- 1/f noise WE52.604
- 2 WE63.908
- 3-D battery architecture MO26.402
- 3-generation MO26.204
- 3D cell culture TU21.304
- 3D electrostatic models TU81.108
- 3D mapping WE62.201
- 3D structure TU81.706
- 3 WE63.908
- 4-arylhydroxyl amine (4AHA-) group TU81.613
- 4 WE63.908
- 5 WE63.908
- 6-pentachlorocyclohexan-1-ol WE63.908
- AAO WE62.116
- Ab initio WE21.801
- ab initio WE21.804
- abiotic TU99.205
- abrasion resistance WE61.502
- abrasion TU51.302
- absorption WE61.801
- AC electrokinetics MO53.303
- accelerometers MO52.404
- access devices WE79.201
- access port WE79.201
- acoustic levitation WE29.307
- acoustic sensor TU81.310
- acoustical signal WE29.301
- acoustics MO52.305
- Actinobacillus actiomycetemcomitans WE62.417
- actuated cantilevers MO72.402
- actuation TH11.704
- actuators WE62.108
- adamantane WE21.804
- adaptivity MO51.804
- adenosine TU82.409
- adhesion MO51.102, MO71.603, TU81.815, WE61.205
- adhesive bonds MO71.603
- adhesive TU99.105
- adsorption TU21.301, WE77.303
- advanced diagnostics TU99.505
- advanced metering infrastructure MO57.203
- aerogel WE63.109
- aerosol synthesis TU59.107, WE29.104
- AFM probes TU81.215
- AFM MO51.204, MO51.603, MO71.503, MO71.602, MO71.604, MO71.804, TU81.808, TU81.902, TU81.905, TU82.203, TU82.606, TU82.616, WE21.804, WE62.114, WE70.103
- afterglow treatment WE29.101
- Ag@TiO2 TU82.201
- agglomeration WE61.405
- aggregation WE71.302
- aging TU81.302, TU81.304
- agitator bead mills WE72.204
- agrichemicals TU21.402
- Aharonov-Bohm oscillation TU81.101
- air conditioning WE27.403, WE27.404
- Air Filter WE64.102
- air quality WE63.802
- airborne nanoparticle MO51.506
- aircraft MO71.701
- air TU76.207
- Al clusters TU99.850
- Al doped ZnO film MO21.604
- Al2O3 TU81.211
- ALD TU99.865
- Algae biomass & fuel TU76.102
- algae TU56.101
- alginate TU21.304
- algorithm TU27.103
- aligned carbon nanotube SCWNT device electronic MO52.103
- aligned film TU81.602
- alignment TU21.803, WE61.601
- Alkali halide nanoclusters TU81.810
- alpha-zirconium phosphate derivative TU51.403
- alpha-zirconium phosphate WE61.711
- alternate or renewable source of energy WE77.402
- alternating current TU81.705
- alternating MO51.803
- alumina MO22.203
- aluminium MO71.303
- aluminosilicates TU21.301
- aluminum nanocrystal WE61.104
- aluminum nitride WE61.104
- Alzheimer TU82.601
- Alzheimer’s disease TU23.103
- amantadine WE21.804
- ameprometry WE61.313
- AMI MO57.204
- ammonia borane TU27.304
- ammonia MO78.101
- amorphous silicon WE67.105
- amorphous MO71.405
- amperometric WE72.304
- amphiphilic MO51.604, MO51.803
- analog circuit design TU52.602
- Analog TU22.102
- analog WE12.602, WE72.603
- analysis WE21.102, WE63.212
- analystical tools MO57.403
- analyte separation TU53.206
- analytic model TU12.603
- analytical ultracentrifuge MO71.203
- analytically pure TU99.838
- anatoxin TU82.407
- and environmental analysis of nanotechnologies TH15.103
- and food/beverage refrigeration facility TU58.106
- anisotropic WE61.713
- Anode materials TU76.209
- anodic aluminum oxide template TU82.412
- anodization WE61.808
- anodizing MO22.203, TU81.705
- Antenna MO72.405
- anthraquinonnyl (AQH2-) group TU81.613
- anti-counterfeiting WE29.107
- anti-fogging MO51.103
- Anti-fogging TU59.107
- antibacterial TU81.208, TU81.704, WE62.503
- antibodies MO23.104, TU82.206
- antibody conjugated TU82.401
- antibody TU82.406
- anticipatory governance TU82.709
- antifouling surfaces WE62.407
- antigen TU82.614
- antimicrobial properties TU82.109
- antimicrobial susceptibility TU23.201
- antimicrobial MO71.204, TU21.303, WE62.510
- antioxidants TU82.113
- antiparasitic TU82.516
- antireflection TU59.106
- antiviral properties TU82.605
- AOT WE63.204
- apoptosis WE73.303
- applications WE63.605, WE72.205
- application TU81.515, WE12.602, WE21.102, WE61.509
- aptamers TU82.407
- aptamer TU82.221, TU82.402, TU82.409, WE62.410
- architecture MO57.402
- army WE21.102
- aromatic adsorption TU51.803
- array TU51.203, TU51.605, TU81.215
- arsenic WE63.903
- arteries WE62.401
- artificial muscles TH11.704
- Artificial Muscle TU59.202, TU99.103
- artificial muscle WE21.701
- artificial receptor TU21.404
- aspect ratio TU52.306, TU81.109, WE61.711
- aspheric microlens array WE61.114
- aspragalan TU82.505
- assembling tool TU52.304
- assembly MO73.102, WE71.504
- assessment TU58.103
- asymmetric nanomaterials WE61.810
- asymmetrical DG TU72.602
- atmospheric pressure WE29.101
- atomic force microscope WE61.205
- atomic force microscopy MO71.503, TU81.924, TU82.608, WE29.306
- atomic layer deposition (ALD) WE62.102
- atomistic quantum transport WE21.802
- atomistic-based continuum MO51.704, TU81.814
- Au galvanic displacement TU57.305
- Au/ZnO MO73.205
- authentication/document security TU99.504
- automated mapping TH21.603
- automation WE67.206
- autonomous power supply MO72.403
- b-Hexachlorocyclohexane WE63.908
- bacillus WE63.907
- backlight WE61.114
- backwashable cartridge WE63.906
- Bacterial Cellulose TU82.115
- bacterial flagella MO51.203, WE71.502
- bacteria MO71.204, TU23.201, WE63.905, WE63.907
- bacteriochlorin TU82.210
- bacteriophage MO53.103, MO73.101, TU23.202, TU59.206
- baculovirus TU82.306
- ballistic transport TU52.603, WE61.907
- bamboo-structured carbon nanotubes WE61.510
- barium titanate WE61.712
- barrier films MO21.401
- barrier properties WE61.711
- barrier property WE61.704
- barrier TU99.831
- basins MO76.401
- basis set TU81.809
- batch process WE61.308
- batteries MO26.401, MO26.406, TU99.845, TU99.853, TU99.8565
- battery management systems TU76.208
- battery MO26.403
- Battery TU76.201
- battery TU76.202
- Battery TU76.203
- battery TU99.710, WE77.604
- BCC WE63.603
- bearings MO26.302
- bearing TU26.304
- beneficial re-use TU27.103
- bent SWNT TU21.703
- benzene WE63.907
- best practices MO51.503, TH15.101, TU58.101, TU58.104
- best practice TU58.103
- beta-Ala-T10 PNA WE62.406
- Beta TU81.802
- BET WE61.801
- beverage WE64.202
- BHJ WE29.401
- bi-polar WE67.105
- binary collision approximation WE61.902
- binary mixtures WE63.208
- binder WE61.710
- bio nanoparticles WE62.501
- bio oil TU76.106
- Bio sensor TU81.604
- Bio-Battery TU99.844
- bio-fuel WE63.207
- bio-inspired design TU21.101
- bio-nano materials WE62.512
- bio-security MO53.102
- bio-sensors TU81.307
- bioactive molecules TU99.202
- bioadhesion MO53.304
- bioartificial mucosa WE79.201
- bioartificial TU82.105
- bioassay technology WE69.203
- bioavailability MO21.503
- biocatalyst TU99.404
- biochemical WE77.503
- biocidal activity TU82.701
- biocompatibility TH13.101, TH23.103
- biodegradable TU21.303, WE62.513
- biodegradation WE63.908
- biodiesel TU26.103, WE63.201
- biodistribution TU53.102, TU53.104, TU82.616
- bioenergy TU76.104, WE63.206
- bioengineering WE29.202
- bioengineer TU76.105
- biofuel cell WE63.606
- biofuels TU48.103, TU76.105, WE63.206, WE63.211
- biofuel TU26.102, WE63.205
- biofunctionalization WE62.508
- biogas TU76.104
- bioinformatics WE62.104
- biological hydrogen production WE63.204
- biological separation WE29.104
- biologics TU99.607
- bioluminescence MO73.101
- biomarkers WE62.410
- biomarker MO73.203, TU99.205
- biomass wastes WE63.208
- biomass TU26.102, TU56.102, TU59.404, TU76.103, TU76.105, TU76.106, WE63.203, WE63.212
- biomaterials MO21.301, TU82.510
- Biomaterials TU99.102
- biomaterial TU59.201
- biomechanical assays WE29.303
- biomedical TU99.201
- BioMEMS TU82.410, WE61.306
- biomimetics TU82.621
- biomoleculade WE69.203
- biomolecules MO21.202
- biomolecule WE62.201
- Bionanomaterials MO73.104
- bionanoparticle MO51.201
- bionanotechnology TU53.206
- biopharmaceuticals WE79.202
- biopolymer TU99.837, WE61.417
- bioprocessing TU59.206
- bioremediation TU99.404, WE27.203
- biosafety MO21.503
- biosensors MO53.205, MO53.303, MO73.201, MO73.204, TU23.205, TU82.514
- biosensor MO52.105, TU53.201, TU53.205, TU81.112, TU82.405, TU82.406, TU82.409, TU82.410, TU82.411, TU82.417, TU99.304, TU99.306, TU99.837, WE62.210, WE62.408
- bioseparation TH22.402
- biosolvents WE64.202
- Biotech/Medical TU99.604
- biotech/pharma TU99.606
- biotech TU99.505, TU99.602, TU99.603, TU99.607
- Biotin-PAMAM-cisplatin (BPC) TU82.207
- biotinylated bovine serum albumin MO72.301
- Biotinylated PAMAM dendrimers TU82.207
- biotransformation TU99.404
- bipolar plate MO21.102
- bismuth trioxide MO71.304
- Bisphosphonate TU82.213
- block copolymers TU21.401
- block copolymer TU21.403
- block TU99.101
- blood plasma WE62.407
- blue shift WE61.807
- boat WE77.602
- body diode WE12.603
- body effect TU22.603
- body fluid MO21.504
- body sensor networks MO52.403
- body-contact TU22.604
- bone mineral MO73.102
- bone TH23.101, TU82.102
- boost converter WE12.603
- boranes WE61.816
- Borohydride WE27.302
- boron hydride WE71.106
- Boron Nitride Tubes WE29.105
- bottom-up design MO21.201, MO71.801
- bottom-up process TU52.204
- bottom-up-design MO21.202
- bottom-up TU81.707, WE72.204
- bradyrhizobium japanicum TU81.518
- brain machine interface TU82.602
- brain-machine interface. WE29.201
- brain WE29.206
- branched fibers TU81.405
- break junction TU81.103
- breakdown MO51.708, TU99.840, WE72.603
- breast cancer cells WE62.513
- breast cancer TU23.302, TU82.211, TU82.305
- brine TU75.105
- BSE TU82.601
- bsim WE12.602
- bsn MO52.404
- BST thin films WE61.115
- BTEX WE63.907
- bubbles WE22.403
- bubble MO52.305, TU82.218, TU82.610
- buccal nanoparticles TU82.503
- buck converter WE12.603
- buckling WE61.901
- Buckypaper MO51.403, MO71.704
- Building element TU59.406
- building MO57.401
- Bulk concentration WE61.416
- bulk heterojunction WE29.401
- bulk modulus TU81.929
- bulk nanocomposite magnets TU99.857, WE63.612
- bulk TU52.305
- Business Case MO57.204
- business model WE56.202
- business strategy TU48.102
- C-reactive protein TU82.404
- C-V WE70.101
- C60 MO71.504
- cables TU51.603
- cabling WE70.101
- cadence spectre WE12.602
- cadence WE72.603
- cadmium selenide MO22.102
- calcium alginate beads MO21.404
- calcium phosphate TU82.505
- calcium silicate WE62.501
- calibration standards TU81.901
- California TU82.707
- Cancer drugs TU82.213
- cancer marker TU82.405
- Cancer Prevention TU82.204
- cancer therapeutics WE69.201
- cancer treatment MO53.305, TU99.603, WE29.202, WE62.111
- cancer vaccine WE29.204
- cancer TU23.301, TU23.303, TU82.205, TU82.209, TU82.217, TU82.218, TU82.222, TU82.223, TU82.302, TU82.511, TU99.205
- cancrinite TU81.804
- cantilever arrays TU81.816
- cantilever TU81.310, WE61.302
- CaP biomaterials TH23.103
- capacitance WE52.605, WE61.305, WE71.705
- capacitive load WE12.603
- Capacitor TU76.203
- capacitor WE67.104
- capacity constraints MO57.202
- capacity factor WE63.302
- CAPACITY MO26.406
- Capping agent WE61.416
- Capping molecules WE21.601
- capsules TU82.514
- capsule WE62.305
- carbazole WE62.509
- Carbohydrate antigen 15.3 MO73.205
- carbohydrate MO23.104
- carbon black WE61.703, WE61.815
- Carbon Capture MO75.203
- carbon capture MO75.205
- carbon co-implant WE61.902
- carbon constraints MO57.202
- carbon dioxide TU59.404, WE27.301
- carbon emissions mitigation technology MO75.201
- carbon emissions reductions credits MO76.301
- carbon emission WE63.207
- carbon fiber composites TU99.832, WE61.717
- carbon fiber MO51.707, TH11.706
- carbon healthy MO78.104
- carbon nano tube MO21.702
- carbon nanofibers TU81.409
- carbon nanofiber MO51.708, TU99.840, WE63.610
- carbon nanoparticle WE69.107
- carbon nanotorus TU99.837
- carbon nanotube (CNT) TU81.414, WE21.606
- Carbon nanotube composites TU99.833
- carbon nanotube growth termination TU99.835
- Carbon nanotube growth TU99.835
- carbon nanotube junctions WE61.501
- carbon nanotube sheet TU99.841
- carbon nanotube thin film TU99.863
- carbon nanotube transistor TU52.604
- carbon nanotubes MO21.701, MO21.704
- Carbon nanotubes MO26.401
- carbon nanotubes MO51.702, MO51.704, MO51.705, MO71.404
- Carbon nanotubes MO71.705
- carbon nanotubes MO71.709, TH11.703, TH11.704, TH21.601, TU51.602, TU53.204, TU57.303, TU81.202, TU81.413, TU81.416, TU81.515, TU81.605, TU81.606, TU81.607, TU81.608, TU81.610, TU81.813, TU81.920, TU82.212, TU82.707, TU82.709, TU99.834, TU99.842, TU99.843
- Carbon nanotubes TU99.8565
- carbon nanotubes WE61.505, WE61.506, WE61.508, WE61.702, WE61.705, WE61.708, WE61.709, WE61.901, WE62.510, WE63.607, WE71.704, WE71.705
- carbon nanotube MO21.703, MO71.707, MO71.710, TH11.705, TH11.706, TH23.102, TU21.702, TU51.605, TU81.311
- Carbon Nanotube TU81.410
- carbon nanotube TU81.411, TU81.602, TU81.604, TU81.611, TU81.612, TU81.613, TU81.814, TU82.215, TU82.607
- Carbon Nanotube TU99.844
- carbon nanotube WE21.701, WE21.703
- Carbon Nanotube WE29.105
- carbon nanotube WE61.410, WE63.610, WE71.706, WE73.302
- carbon nanutubes TU81.514
- carbon neutral MO78.104
- carbon quantum dots TU81.911
- Carbon Sequestration MO75.203
- Carbon Supported Catalyst WE61.507
- carbon-nanotubes TU99.836
- Carbonate MO75.203
- carbon MO58.102, MO78.103, TU82.108, WE21.705
- carborane WE71.106
- carcinoembryonic antigen TU82.405
- cardiac disease protein biomarker TU82.404
- cardiovascular WE62.401
- carpets TU81.606
- carrier statistic WE22.604
- carrier velocity limite TU52.604
- carrier velocity WE22.604
- cartilage repair TU59.201
- case studies TU26.302
- Casimir TU81.111
- catalysis WE27.302, WE63.902, WE77.301
- catalyst support WE29.104
- catalysts MO21.301
- catalyst TU59.402, TU81.607
- catalytic oxidation TU99.836
- catalytic TU59.404
- catheters WE79.201
- catheter TU59.204
- cathode material TU59.403
- cathode TU99.846
- cattle biomass WE63.202
- cavern TU99.856
- cavitation WE64.103
- CBN TU81.205
- CCS MO75.203
- CD4/CD8 counting TU82.416
- cDNA WE62.406
- CdS-TiO2 WE63.901
- CdSe TU59.303, TU82.401
- celecoxib TU82.517
- cell adhesion TU82.103
- Cell adhesion TU82.108
- cell binding peptide TU82.302
- cell culture TU59.201
- cell internalizing peptide TU82.302
- cell penetrating peptide MO53.301
- cell seeding TH13.104
- cell targeting TU82.507
- cell-imaging TU82.110
- cell-to-cell interactions WE29.204
- cells TU76.208, WE61.305
- cellular uptake TU82.104
- cellulose WE61.714
- cellulosic ethanol TU26.102
- cellulosic TU76.105, WE63.205
- cell MO22.304, TU99.847
- centrifugal feeder TU52.304
- centrifugation WE62.110
- ceramics TU59.105
- ceria nanoparticles TU82.113
- ceria WE71.102
- cerium oxide nanoparticles TU23.304
- certification MO57.401
- CFC WE63.803
- CFD simulation WE27.303
- CFL TU82.710
- CGI(CNT-Gold Island) TU81.604
- characterization MO21.602
- Characterization MO71.604
- characterization WE21.603, WE61.403, WE69.102
- charge and discharge MO26.405
- charge transport MO56.202
- charge MO71.605
- chemical functionalization WE61.410
- chemical imaging WE21.604
- chemical immobilization TU23.202
- chemical modification MO73.105
- chemical resistance WE71.103
- chemical sensors WE72.301
- chemical treatments TU99.104
- chemical vapor deposition TU81.201, TU81.606, TU99.836
- chemical warfare agent MO21.504
- Chemically Nanopatterned Interfaces WE22.201, WE22.202
- chemical WE72.303, WE77.503
- chemilumineacence TU81.306
- chemiluminescent WE62.416
- chemistry TU99.104
- chemosensor TU99.304
- CHF WE62.302
- chirality sorting MO71.703
- Chirality MO71.706
- chirality MO71.707, MO71.710
- chitosan film TU82.107
- chitosan membrane TU82.107
- chitosan TH13.102, TU81.504, TU82.521, WE62.112
- CHP WE56.201
- chromato-panning TU82.308
- Chronic Lymphocytic Leukemia WE62.413
- chronic lymphoid leukemia TU82.206
- circuit model MO51.708, TU99.840
- circuit simulation TU22.601, TU72.602
- circuit MO56.201, TU99.866
- cisplatin chitosan microparticles TU82.209
- Cisplatin TU82.207
- citrate - urea assisted combustion TU81.510
- CJD TU82.601
- clamping TU52.304
- clay WE61.703
- clean coal MO55.202
- Clean Coal MO75.203
- clean coal MO75.205
- Clean Development Mechanism (CDM) MO76.301
- clean tech start-ups WE64.403
- clean technology TU48.104, WE56.203, WE58.204
- cleantech WE29.303, WE58.204, WE59.101, WE59.203
- click chemistry WE62.508
- climate change WE56.202
- climate MO27.403, WE61.509
- clinical diagnosis WE62.415
- cluster reactions TU55.301
- cluster WE71.106
- CMOS inverter TU52.603, WE61.907
- CMOS-MEMS WE61.311
- CMOS TU22.102, WE22.603
- CMP WE72.205
- CNT bundles MO51.701
- CNT Interconnects WE61.103
- CNT Nanocomposites Epoxy Resin WE61.504
- CNT rope TU81.605
- CNT-FET Modeling WE61.103
- CNT-FET WE61.103
- CNTFET MO52.102, TU52.602
- CNT MO56.202, MO71.707, TH23.101, TU51.304, TU51.603, TU76.205, TU99.871, WE61.303, WE61.509, WE63.501
- CO annealing TU57.302
- co-polymer TU99.101
- CO2 capture WE27.301
- CO2 trigger TU59.102
- CO2 TU55.303, WE27.301
- coatings MO51.103
- Coatings TU99.206, WE62.106
- coatings WE69.106, WE71.102
- coating MO51.301, MO51.603, MO71.708, TU59.106, TU81.502, TU81.521, TU82.103
- cobalt ferrite TU81.403, TU81.505
- codes of conduct MO51.504
- Coflow TH11.803
- cognitive radio TU99.862
- cold development of photoresist TU81.216
- collagen MO51.204, TH13.101, TU82.114
- colloidal metal nanoparticles TU81.525
- colloidal solution of nanoparticles TU81.908, WE61.402
- colloidal synthesis TH11.503
- colloid WE70.105
- colon cancer TU82.220
- Color Fiber WE29.103
- colored TU81.501
- Combustion Process TU81.522
- combustion synthesis MO71.304
- commercial buildings TU58.104
- commercial powder WE61.712
- commercialization WE61.509
- commercial WE56.303
- commodity TU21.303
- communications TU99.862
- community benefit TU76.101
- compact modeling TU52.601, TU52.602, TU72.605
- compact model TU12.602, TU22.601, WE12.601, WE52.603, WE52.605
- comparison WE12.602
- competitive QCM WE62.417
- competitive WE56.203
- complex fluids MO52.302
- complex permittivity TU51.602
- complex selectors MO23.102
- complex MO51.204
- Composite Materials WE29.105
- composite membranes WE27.305
- composite polymer materials WE29.104
- composites MO71.602, TH23.101, TU21.303, TU81.412, TU99.839, WE21.401, WE21.702, WE61.702, WE61.708
- composite MO26.302, TU26.304, TU81.519, WE61.505, WE61.713
- compound TU99.202
- compressors WE27.404
- compton spectroscopy WE62.104
- computation efficiency TU72.604
- computational model WE63.602
- computational WE77.503
- computer simulation MO53.305
- computing WE77.101
- COMSOL WE61.305
- concentrator TU56.206
- concetration tuned interaction WE62.301
- condition monitoring MO72.403
- conductance WE61.305
- conductive films MO21.401
- conductive microstructure TU81.204
- conductive polymers TU76.205
- conductive MO71.708, MO72.302
- conductivity sensor WE62.403
- conductivity TU51.603, TU81.520, TU99.831, WE21.602, WE61.405, WE61.702
- confinement effects TU81.806
- confinement effect TU51.803
- confocal Raman microscopy TH21.601
- conformal antennas TU99.833
- conformal mapping TU72.601
- conjugated polymers TU81.416
- conpact model TU72.602
- conservation TU57.403
- constriction WE61.913
- constructed wetlands TU57.103
- consumer goods WE69.305
- consumption WE27.404
- contact angle WE61.905
- contact resistance TU52.105
- contactless WE29.307
- contact TU52.305
- containerless WE29.307
- contaminants WE27.204
- contamination WE79.204
- continuous commissioning WE27.401
- continuously variable transmission WE77.601
- continuous TU99.839
- continuum mechanics TU81.611
- contracting WE58.201
- contrast agent WE21.604
- contrasting agent TU82.202
- control release TU81.517
- controlled release TU82.512
- controlled structure WE21.303
- controls for battery technology TU76.206
- control MO51.507
- Control MO71.706
- convection WE62.205
- convective boiling WE62.302
- conventional WE63.305
- convergence WE12.602
- cooling tower WE64.103
- cooling TU59.401
- Cooling TU59.406
- coplanar WE61.101
- copolymer MO51.803, TU82.501, TU99.101
- core-shell nanocomposite TU82.201
- core-shell TU51.205
- Core-Shell TU81.914
- core/shell WE61.410
- coreflood TU75.102
- corner simulations WE22.602
- corn WE63.205
- corrosion WE21.101, WE21.102, WE27.504
- Cortical implant WE29.201
- cosmetic WE64.202
- cost effective WE27.403
- cost optimization TU22.301
- cost-effective fabrication MO53.204
- Coulomb interaction TU22.101
- Coulombic efficiency MO26.405
- coumarin derivatives TU81.517
- counter electrode MO56.202
- CPV TU56.206
- crack healing TU81.913
- crack retardation TU81.913
- crack WE62.115
- crop disease control WE62.505
- cross-reactivity MO23.104
- Cross-section TU51.204
- crossbar TU99.301, WE61.109
- cryogenic probe stations WE62.105
- crystallization WE72.202
- crystallographic databases TH21.602
- CSP plant WE26.202
- CSP WE56.303
- CTN TU21.701
- Cu-64 TU23.301
- Cu-Copper sulfide TU81.524
- Cu-ZSM-5 zeolite TU81.811
- CuInSe2 TU56.202
- curcumin WE62.513
- cure TU23.303
- curing MO72.302
- current slump WE61.906
- curved nanochannel fabrication TU81.213
- curved surface WE61.301
- cutting TU99.834
- CVT WE77.601
- cyanoacrylate MO51.102
- cylinder pressure WE64.303
- cytological specimens TU82.203
- cytotoxicity TU82.509, TU82.517, TU82.704
- cytotoxicty WE73.303
- daphnia magna TU82.706
- Daphnia TU82.702
- data analysis WE69.202
- data center WE77.102
- DC thermal plasma TU81.915
- dc voltammetry MO51.403
- DcR3 TU82.221
- DDT WE63.904
- deagglomeration WE72.204
- decentralized TU57.103
- deembedding WE52.601
- deep sequencing MO23.102
- defense WE21.102
- Deformation WE71.503
- degradation WE62.113, WE63.905
- degree of exfoliation WE61.711
- dehydration of hydrous ethanol to ethylene TU81.806
- dehydrogenase WE63.606
- delivery vector TU82.513
- demand response MO57.202, MO57.203, TU58.105, TU58.106, TU99.860, WE67.203, WE67.207
- demand side management WE67.206
- demineralization TU75.105
- dendrigraft polymer MO51.604
- dendrimer TU53.101
- dendriplexes TU82.208
- dendritic cells vaccine WE29.204
- dendron WE62.509
- dense nanoscale patterning optimization TU81.216
- Density funcitonal theory TU99.850
- density functional approximation TU81.809
- Density functional theory TU81.802
- density functional theory TU81.810, TU99.837
- Density Functional WE21.803
- density of states TU81.107
- density variation WE61.205
- dental nanorobotics TU82.621
- dental nanotechnology TU82.621
- dentifrobots TU82.621
- Department of Defense WE58.201
- deposition techniques MO71.803
- deposition WE63.607
- Depth profile MO51.602
- DEP WE29.204
- desalination TU27.102
- design environmen TU22.301
- design of experiment WE61.912
- design rules MO22.203
- desktop factotry TU52.304
- destruction WE63.803
- destructive adsorption TU82.701
- Detection MO52.201
- detection MO73.202, TU82.415, WE63.502
- detector WE61.804
- DETERIORATION MO26.406
- detonation TU59.104
- developments WE70.104
- development WE72.205
- device modeling TU72.601, WE72.602
- device physics TU72.604, TU72.605, WE61.910
- device simulation TU52.104
- device variability TU81.106
- devices MO71.705, TU81.918, WE69.306
- device TU82.103
- dewetting WE61.603
- DFT TU51.803
- dft TU81.110
- DFT TU81.817, WE21.805, WE61.102
- DG-MOSFETs WE61.909
- diacetylenes TU51.406
- Diagnosis and Treatment TU82.204
- diagnosis TU59.207
- diagnostics WE62.210, WE62.414
- diagnostic TU82.406, TU99.304
- diamantane WE21.804
- diameter MO71.710
- Diamond Anvil Cell TU81.929
- diamondoids WE21.804
- diamond TU99.847
- dichroic mirror WE29.403
- dielectric breakdown WE61.411
- Dielectric electro active polymer TU59.202
- dielectric spectroscopy TU81.910
- dielectric TU59.301, WE61.115
- dielectroforesis TU23.204
- dielectrophoresis MO53.303, TU53.205, TU82.403, WE29.204, WE61.305
- diesel particulate filter WE64.301
- diesel WE77.602
- die TU21.803
- differentiation TU82.403
- diffusion WE62.305, WE71.302
- DIGIMAT MO51.702
- digital microfluidics WE61.905
- digital paper WE61.107
- digital signals WE29.304
- Dimatix MO72.306
- Dimethylnaphthalene TU81.802
- diode TU21.605, WE12.603
- Dip Pen Nanolithography MO52.204
- dip pen nanolithography MO72.201
- Dip Pen Nanolithography WE22.201, WE22.202, WE22.203, WE22.204, WE22.205
- dip-pen nanolithography MO52.202
- dipsersion WE71.301
- direct amination TU82.112
- Direct writing TU99.302
- directed assembly MO26.401, MO71.705, TU99.8565
- directed self-organization TU22.202
- direct WE63.502
- discharge TU27.103
- discrete dopant atoms TU81.108
- diskette TU82.503
- dislocations WE62.115
- dispersion technology MO77.401
- dispersion MO51.703, MO71.702, MO71.707, MO71.709, TU81.519, TU99.853, WE21.302, WE61.509, WE70.105
- displays TU59.101
- disposable filter cartridges WE63.906
- disposal TU75.105
- dissipation WE64.201
- dissolution TU82.506
- distributed generation TU76.103, WE58.203
- distributed power TU56.202
- distributions MO71.404
- distriuted hydrogen stations WE77.302
- disulfide linker TU81.517
- diversity MO23.102
- DLC thin film WE71.105
- DLC MO71.804
- DLP WE29.202
- DMS materials WE61.807
- DNA adducts TU82.222
- DNA analysis WE69.204
- DNA sensor WE61.806, WE62.402
- DNA sequencing WE62.208
- DNA-like molecule TU81.107
- dna MO51.204
- DNA MO52.201, MO53.103, MO73.202, TU59.205, TU82.112, TU82.406, TU82.416, TU82.619, TU99.305, WE62.114, WE62.202, WE62.203, WE62.303, WE63.905
- docking TU82.504
- domestic TU48.101
- dopamine TU82.512
- doped nanocrystals TU81.527
- doped MO71.303
- doping TU21.103, TU51.202, WE21.602, WE61.102
- Dopler radar WE62.401
- dose regulation WE79.202
- double gate FET MO52.105
- double gate mosfet TU72.602
- double gate WE52.604
- double pipe MO76.406
- double-gate device TU72.601
- double-gate MOSFETs TU72.604, WE61.907
- DPN MO72.201, WE22.201, WE22.202, WE22.203, WE22.204, WE22.205
- drain lag WE61.906
- drift resistor WE12.602
- drilling fluid TU59.405
- drilling TU75.104
- drop breakup MO52.302
- drop formation MO52.304
- drop on demand MO22.302, WE72.404
- drop visualisation MO72.306
- drop visualization MO52.304
- droplet impact MO21.103
- droplet MO22.304, WE61.804, WE62.305
- drug carriers TU82.509
- drug carrier TU82.607
- drug delivery systems TU82.504
- drug delivery MO51.201, MO53.304, TU23.102, TU23.104, TU53.104, TU82.209, TU82.211, TU82.212, TU82.507, TU82.511, TU82.514, TU82.515, WE29.203, WE62.113, WE62.511
- Drug depot WE79.202
- drug elution MO51.603
- drug implant WE79.202
- drug nanoparticle TU82.213
- drug release TU82.501
- drug resistance WE73.302
- Drug targeting TU82.213
- dry wells MO76.406
- dryfilm photoresist WE62.308
- DSMC WE63.109
- dual use TU27.103
- DualBeam MO72.203
- durability WE63.610
- Dye sen. solar cells WE29.402
- dye sensitized solar cells WE63.101
- dye-sensitized solar cell MO26.203, WE63.106
- dynamic charge sharing TU22.603
- dynamic depletion TU22.601
- Dynamic interfacial tension WE61.416
- dynamic threshold voltage TU72.605
- dysprosium WE61.113
- E.coli TU23.202
- early detection MO73.203
- EB MO57.401
- eco-friendly TU99.104
- economic analysis MO51.504
- economic development WE63.206
- economics WE56.201, WE63.305
- economic TH15.103, TU76.104, WE63.212
- eddy currents WE29.302
- EDLC TU76.205
- EDS WE62.109
- education MO72.201, TH15.104, TU81.818
- EELS WE62.109
- efficiency MO56.202, TU27.102, TU56.101, TU56.207, TU57.402, TU57.403, TU99.705, TU99.708, WE27.404, WE64.101, WE64.303
- efficient MO57.401
- EGFR MO53.302
- egg-shell and sonochemical method WE62.501
- EHS MO51.501, MO51.502
- EKV3 WE52.603
- elastic instbility WE63.601
- elastic modulus MO71.405, MO71.601
- elasticity TU81.812, WE61.915
- elastin-like polypeptides MO21.203
- electoless plating TU57.304
- electric drive TU76.202
- electric induction MO22.304
- electric vehicle WE77.604
- electrical and thermal characterization WE71.704
- Electrical Characterization WE70.101
- electrical conductivity MO51.702, MO71.709, WE61.505, WE61.703
- electrical grid WE67.208
- electrical properties WE61.716
- electrically conductive WE29.106
- electrical MO71.303
- electro-gravitational aerosol balance TU81.909
- electro-osmotic pump WE29.203
- electro-thermo-mechanical modeling TU21.801
- electrocatalyst TU59.402, TU81.609
- electrochemical capacitor TU57.304
- electrochemical charging TU81.202
- electrochemical deposition TU82.412
- electrochemical immunoassay MO53.204
- electrochemical TU82.406
- electrochemistry-SPR WE61.312
- electrochemistry TU81.307
- electrodeposition MO21.701, TU56.202
- Electrodeposition WE62.116
- electrodes MO51.404, TU99.845, WE29.401, WE61.306, WE63.608
- electrode TU59.303, TU59.402, TU82.411, WE27.302
- electrografting WE61.604
- electroluminescence TU21.605, WE61.104
- electromagnetic actuator MO72.402
- electromagnetic field WE29.302
- electromagnetic interference WE29.106
- electromagnetic transistor TU82.602
- Electromechanical properties TU81.603
- Electromechanical sensor TU81.309
- Electromigration TU81.103
- electron beam technology WE79.203
- electron diffraction TH21.603
- electron field emission TU81.202
- electron hopping process TU81.613
- electron transfer MO51.403
- electron transport TU81.101, TU99.837
- Electronic Cooling WE22.404
- electronic device WE29.304, WE61.317
- Electronic fetal monitoring WE29.205
- electronic integration WE79.103
- electronic properties TU51.402, WE21.804, WE71.706
- electronic structure WE63.603
- electronics TU99.871
- electron WE21.705
- Electrophoresis TH11.803
- electrophoresis WE62.202, WE62.203
- electrophotocatalysis WE63.108
- electropolymerization TU81.411, WE61.312
- Electroportation TU59.205
- electrorheology TU81.408
- electrospinning TH13.103, TH23.101, TU51.205, TU57.304, TU81.401, TU81.406, WE61.407, WE61.408, WE61.810
- electrospray TU81.516
- electrostatic actuation WE61.304
- electrostatic coating TU99.864
- electrostatic drop ejection MO22.302, WE72.404
- electrowetting-on-dielectric(EWOD) WE72.406
- Electrowetting TH11.803
- elemental analysis WE70.102
- eletronic type MO71.710
- Elicitors TU99.204
- ellipsoidal anode TU81.204
- Elongation at Break (Eb) TU81.912
- elongation TU81.407
- embedded non-volatile memory TU22.602
- embedded power TU76.204
- embedding TU81.906
- embrittlement WE77.304
- emerging processes TH21.504
- emerging technology TU58.104
- emergy response applications MO52.402
- emissions conversion WE69.301
- emissions reduction policy MO75.204
- emissions reduction MO77.403
- emissions MO58.102, WE63.802
- emission MO51.505, TU51.301
- EMI MO51.402, MO71.701, WE61.503
- emulsions WE72.202
- encapsulation WE77.502
- endocytosis TU82.104, TU82.208
- energy conversion MO26.204, WE67.102
- energy density MO26.405
- energy dissipation TU52.203
- energy efficiency MO27.403, TU58.101, TU99.860, WE27.402, WE56.201, WE56.202, WE67.203
- Energy Efficiency WE67.205
- energy efficiency WE69.309, WE77.101, WE79.103
- energy efficient light TU57.401
- energy efficient TU57.103, WE77.102
- energy harvesting MO72.403, TU81.412
- Energy Harvesting TU99.844
- energy harvesting WE61.315
- energy management TU58.105, WE67.207
- energy modeling MO57.403
- energy production TU99.705
- energy product TU99.857, WE63.612
- energy scavenging WE63.111
- energy security WE63.206
- energy sotrage TU99.853
- energy star MO57.401
- energy storage devices. TU99.868
- energy storage technology TU27.303
- energy storage MO26.401
- Energy storage MO26.404
- energy storage TU76.202, TU99.506, TU99.710, TU99.8565, WE61.706, WE63.604
- energy transfer TU57.402, WE61.113
- energy transmission WE63.607
- energy water monitoring conservation efficiency realtime MO78.102
- energy MO26.406, TU27.102, TU48.103, TU58.104, TU59.404, WE27.404, WE61.509, WE63.209, WE64.101, WE69.306, WE79.303
- engineered nanoparticles TU51.303, TU81.526
- engineering MO53.102
- engine WE64.302
- enhanced nutrient removal TU57.104
- entangled fibers MO71.404
- enviromentally sensitive TU75.104
- environmental management WE69.306
- environmental monitoring MO22.402
- environmental performance MO78.104
- environmental stewarship TU28.105
- environmentally friendly. TU59.102
- environmental TU82.701
- environment TU81.526
- enviroquip MBR TU57.104
- enzymatic biofuel cell TU82.414
- Enzyme Catalysis TU99.844
- enzyme production TU59.206
- enzymes TU82.101, WE62.510, WE77.502
- enzyme TU99.404
- eos WE72.603
- epidermal integration WE79.201
- epigenetics TU99.203
- epirubicin hydrochloride TU82.211
- epitaxial liftoff TU56.208
- epoxy nanocomposite WE61.711
- epoxy MO51.703, TU21.403, WE61.703
- equipment TU99.865
- error estimation MO51.804
- escape WE63.107
- ESD MO51.402
- esterification WE63.212
- ethane TU81.807
- ethanol MO71.302, TU48.103, WE63.205
- ethene TU81.807
- etoposide WE62.111
- europium WE61.715, WE62.101
- EUV source TU22.203
- EUVL TU22.203
- EU MO51.504
- evaporation condensation WE61.204
- ex situ WE61.405
- EXAFS/XANES TU81.927
- excimer irradiation WE61.107
- exciting/pickup coil TU81.301, WE29.302
- excitons TU22.101
- exfoliation TU51.403
- existing MO57.401
- experimet MO52.305
- Exploration TU26.303
- exposure MO51.506, MO51.507, TU81.526, TU82.708
- extended range electric vehicle WE77.603
- external fixation WE79.201
- external TU82.602
- extracorporeal photochemical plasma treatment WE79.205
- extraction TU56.101
- eye TH11.602
- F127 TU81.601
- fabrication process WE21.703
- fabrication MO22.204, TU21.605, TU81.911, TU99.205, WE61.303
- farming TU99.703
- fate TU82.707
- fathead minnow TU82.705
- Fatty Acid TU59.103
- Fe-ZSM-5 zeolite TU81.807
- Fe2O3 MO51.301
- FEA TU21.801
- federal government TU28.105
- federal MO27.403
- feedstocks WE77.503
- feedstock WE63.201, WE63.212
- feldspar TU81.912
- Fermi level TU81.101
- ferrite foam TH11.502
- ferrite nanoparticles WE61.402
- ferrite TU81.506
- ferroelectric properties WE62.108
- ferroelectricity MO71.605
- Ferroelectric WE67.104
- ferrofluid WE62.306
- ferromagnetism TU81.927
- ferronematics WE61.412
- fetal heart WE29.205
- FET MO52.106, TU59.301, TU81.105, TU81.112, TU81.309, WE61.805, WE61.906
- fiber core TU81.402
- fibers TU81.501
- Fibers TU99.102
- fiber WE61.714, WE63.211
- fibrils TU82.114
- fibrin TH13.104
- fibroblasts WE73.302
- FIB MO72.203
- field effect transistor TU59.301, WE61.206, WE61.309
- field emission TU51.203, TU51.605, WE61.111
- field plate WE61.906
- field-effect transistor TU82.405
- Field-Emission WE29.105
- field-flow fractionation MO53.202
- filamentous phage MO23.104
- film conductivity TU81.910
- film thickness TU81.910
- films WE67.104
- film MO71.708, TU21.602, WE63.607, WE72.303
- filter TU21.301, TU52.202, WE64.302
- filtration efficiency WE64.302
- filtration TU99.202, WE69.308
- finance WE58.203
- FinFET TU72.603, TU72.605
- finfet WE52.604
- finite element analysis MO51.702, MO71.401
- finite element simulation WE71.105
- finite elements MO71.404
- fireplace WE63.802
- fire TU51.301
- firming storage MO78.101
- Firming storage WE63.611
- firming TU99.856
- first principles bottom-up study TU81.810
- first principles TU81.110
- first-mover advantage TH15.102
- first-principles MO51.705
- fisheries TU99.703
- fitting TU52.303
- flagella WE62.507
- flame retardancy TU81.409
- flame spray pyrolysis TU81.302, TU81.304, TU81.914
- flame synthesis MO51.303
- flame TU81.502
- FlashJet TU99.104
- flexibility WE71.105
- flexible solar cell TU56.201, TU56.202
- flexible-power TU76.204
- flicker noise WE52.603
- flow cytometry TU82.206
- Flow Cytometry WE29.305
- flow focusing devices WE61.913
- flow-aids WE21.401
- flow-cell system TU53.201
- flowers TU81.513
- fluid characterization MO52.304
- fluid dynamics WE62.306
- fluidisation WE29.101
- fluorescence MO22.103, TU81.303, TU82.110, TU82.408, TU82.609
- fluorides TU81.508
- fluorous films WE62.508
- fluoxetine hydrochloride TU82.503
- flywheel TU27.303
- focused magnet TU82.522
- food poisoning WE62.418
- food toxins TU23.203
- food WE64.202
- Food WE79.204
- force discrimination TU23.205
- force spectroscopy MO71.603
- force-distance analysis TU81.905
- Founctionalized-CNTs WE61.503
- four probe method WE61.314
- fracture allowable MO71.402
- Fracture WE71.503
- Fraud WE79.204
- free layer damping WE61.314
- free radicals TU82.101
- freestanding TU81.215
- freeze drying TU21.304
- FRET imaging MO73.205
- FRET TU59.203
- frictionless WE29.307
- friction MO26.302
- Friction WE62.106
- FSNPs TU81.305, TU81.306
- FT-ac voltammetry MO51.403
- FTIR spectroscopy WE21.605
- FTIR TU81.509, TU81.512, TU81.522, WE61.815
- FTO TU81.918
- fuel cells MO21.102, MO26.404, MO26.407, TU76.206, TU99.402, TU99.871
- fuel cell TU27.304, TU57.301, TU59.402, TU99.846, TU99.853, WE21.403, WE27.301, WE27.302, WE27.304, WE29.404
- fuel efficiency WE77.601
- fuel etahnol WE63.206
- fuel ethanol WE63.211
- fuel TU99.847, WE63.209
- full-band WE21.802
- Fullerene hydride TU99.8435
- fullerenes MO71.503
- fullerene TH11.705, TU82.607
- functional coatings TU59.107
- functional materials MO72.303
- Functional MRI WE79.206
- functional surfaces WE29.101
- functionalization MO21.403, TH13.103, TU99.834, TU99.837, WE21.602, WE61.509
- functionalized fullerenes TU99.8435, TU99.8435
- Functionalized Synthesis of C60 TU81.917
- functional TU81.706
- funding system MO24.102
- funding WE58.201
- fundus camera TU59.207
- Fuzzy Logic MO71.604
- GaAs WE61.906, WE67.101
- Gage factor TU81.603
- galenic formulation WE79.202
- gallium arsenide WE67.101
- gallium nitride WE61.110
- gamma irradiation WE61.503
- Gantrez MS-955 TU82.503
- GaN TU81.104
- Gas flow in nanochannels WE62.307
- gas ionized TU81.311
- gas production TU75.104
- gas sensing TU81.302, TU81.304, TU99.833, WE61.101, WE72.304
- gas sensors MO52.102, WE61.802
- gas sensor MO71.302
- gas-phase TU81.502
- gasification MO55.202, TU48.104, TU76.103
- gas TU75.105, TU99.101, WE72.303
- gate voltage TU81.101
- gate TU59.301
- Ge heteroepitaxial growth WE67.103
- Ge nanocrystals WE61.106
- gel network WE62.305
- gelation WE61.417
- gels WE21.303
- gel TU21.602, WE62.305
- gene delivery TU82.611
- gene expression TU82.705
- gene therapy TU82.306
- generalised Langevin dynamics MO71.201
- generalized gradient approximation (GGA) TU81.613
- genetic algorithms TU81.817
- genipin TH13.101
- genotoxicity TU82.704
- geologic sequestration MO75.205
- geometric optimization MO51.803
- geopressured MO76.401
- geostatistics WE27.204
- geothermal power TU26.301
- geothermal MO76.401, MO76.406, TU26.302
- Geothermal TU26.303
- geothermal TU26.304, TU48.104, TU99.855, WE27.403, WE63.305
- germanium FET WE61.401
- germanium quantum dots WE61.401
- germanium TU52.105
- GHG MO78.103
- gird interconnection WE26.203
- glaciers MO22.402
- GLAD WE61.801
- glancing angle deposition WE61.801, WE61.809
- glass coatings TU59.107
- glass waveguides WE61.409
- glass TU52.306, TU59.107
- glibenclamide TU82.502
- glioblastoma multiforme MO53.302
- global warming MO26.303
- gluconeogenesis TU82.515
- Glucose TU99.844
- glucose WE63.606
- glycerol MO72.301
- gold nanoparticles MO23.103, MO53.104, TH21.502, TU81.924, TU82.219, TU82.303, TU82.409, TU82.703, WE61.415, WE71.502
- gold nanorods MO21.203, TU82.115, WE62.409, WE62.411, WE71.502
- gold surface TU23.202
- gold MO22.204, TU57.102, TU82.604, TU82.606, TU82.608, WE61.811, WE62.112
- graduate programs TH15.105
- grafting TU81.607
- grain size TU81.926
- graphene TU51.604, TU99.831, WE21.704, WE21.705, WE61.704
- graphen WE71.701
- graphite WE69.107
- green brands TU48.104
- green building materials MO27.402
- green building MO27.402, WE79.308
- green chemistry TU81.523, WE77.605
- green construction MO27.402, WE69.105, WE79.308
- green nuclear power TU55.301
- Green Power TU99.844
- green roofs WE77.401
- green technology TU99.104
- greenhouse emissions WE63.205
- greenhouse gas emissions MO57.202
- greenhouse gases MO77.403
- greenhouse WE69.307
- green MO78.104, TU57.403
- Green TU59.102
- Green’s function TU81.101
- grid technology MO57.203
- Grid TU76.201
- grinding TU99.853
- growth TU81.210
- Grubbs catalyst WE61.705
- guidance MO51.507, WE63.212
- Guided Catheter WE79.206
- guided-mode resoance TU53.201
- guided-mode resonance TU52.202
- Gummel symmetry TU72.603
- H-MOR zeolite TU81.806
- hair TU81.501
- hall sensor WE61.307
- halloysite nanotubes TU81.407
- handheld devices TU59.207
- HAP TU59.103
- hard disk drives MO71.804
- hazard determination MO51.507
- HCI WE61.911
- HDPE WE71.704
- head-disk interface MO71.804
- health effects TU82.708
- health TH15.103
- hearing aids TU52.303
- heat capacity TU75.106
- heat exchange WE62.307
- Heat pipes WE22.404
- heat pipe WE71.104
- heat recirculation WE63.112
- heat sink WE61.713
- heat transfer WE22.403, WE61.713
- heating and cooling with waste water MO77.103
- heating MO51.708, TU23.303
- Heating TU59.406
- heating TU99.840
- Heavy Metals TU99.403
- heavy metals WE27.202
- Heck TU51.404
- heirarchical surfaces MO21.103
- HeLa cell TU82.201
- HeLa Cell TU82.214
- hematology WE62.413
- hemodialysis WE79.201
- hemoglobin TU82.411
- HEr2 TU82.205
- heteroepitaxy MO26.202
- heterogeneous solid-phase or liquid-phase colloid systems WE79.203
- heterojunction photovoltaic cells WE61.202
- heterostructures WE61.814
- heterostructure TU81.210, TU81.524
- HEV TU59.403, WE77.604
- high aspect ratio TU81.215
- high definition microextrusion TU82.518
- high dielectric nano materials electric insulation composite TU99.859
- high efficiency materials TU56.205
- high efficiency solar array lightweight deployable structure TU56.204
- High efficiency solar cell TU56.201
- high efficiency MO56.201, TU56.207, TU56.208, TU99.866, WE67.106
- high energy capacitors WE21.301
- high energy density TU76.207, TU99.852
- high frequency MO51.708, TU51.603, TU52.602, TU99.840
- high gradient magnetic separation TH22.402
- high intensity discharge lamp WE61.110
- high mechanical and electrical conductivity MO71.704
- high mobility WE61.101
- high molecular weight DNA MO53.303
- high performance MO57.401, TU57.403
- high quality WE61.101
- high resolution transmission electron microscopy TU81.903
- high shear WE72.202
- high specic power TU56.201
- high surface area TH11.502
- high- frequency noise WE29.304
- high-capacity TU76.209
- high-energy density WE61.706
- high-Tc superconductors WE29.301
- high-throughput screening TU23.203
- high-throughput TU99.306
- high-voltage WE12.602, WE12.603, WE72.603
- high-yield TU99.306
- HiPCO CNT MO71.204
- hippocampus TU82.703
- hisim-ldmos WE12.602
- HiSIM TU72.602
- hisim WE12.602
- HIV WE62.204, WE62.207
- hollow boron clusters WE61.816
- Hollow cathode WE67.105
- hollow nanoparticles WE61.410
- HOMO WE21.804
- Horizontal Nanowire TU51.204
- horizontally oriented TU81.201
- hot WE64.101
- HRTEM WE61.815
- HSA MO71.203
- HSE-issues WE61.509
- human nature WE56.202
- human skin MO21.504
- humidity sensing TU82.303
- humidity MO71.302
- humid WE64.101
- HVAC WE27.402, WE27.404, WE64.102
- HVTEM WE62.115
- HWCVD MO56.204
- hybrid cooling MO26.303
- hybrid nanocrystals TH11.503
- hybrid vehicle WE61.706
- hybrid-composites TU81.912
- hybrid/organic photovoltaics WE29.402
- hybride nanoparticles WE21.301
- hybrid MO21.601, WE63.104, WE77.602, WE77.603, WE77.604
- hybrimer TU52.202
- hydrocarbon fuels WE77.402
- hydrocarbons WE27.203
- hydrocarbon TU56.102
- hydrocortisone TU82.510
- hydrodechlorination TU57.102
- hydrodeoxygenation TU56.102
- hydrodynamic flow focusing WE71.303
- hydroelectric potential in Louisiana WE63.303
- hydrogels MO21.201, MO51.205
- hydrogel TU59.204, TU81.402, WE29.207, WE79.202
- hydrogen generator TU57.301
- hydrogen induced amorphization WE63.601
- hydrogen production TU99.402, WE26.202, WE77.302
- hydrogen purification WE27.305
- hydrogen separation WE27.305
- hydrogen storage materials TU27.304, WE63.602
- hydrogen storage TU99.708, TU99.849, TU99.850, TU99.851, WE63.601
- hydrogen sulfide TU81.311
- hydrogenation WE21.704
- hydrogenperoxide TU81.306
- hydrogen MO78.101, TU27.304
- Hydrogen TU59.404
- hydrogen TU81.525, TU99.856, WE63.203
- Hydrogen WE63.603, WE63.611
- hydrogen WE64.303, WE77.303, WE77.304, WE77.603
- hydrophilicity MO51.101
- hydrophilic MO21.102
- hydrophobic toxins WE79.205
- hydrophobic WE72.406
- hydrothermal TU81.803
- hydroxyapatite WE62.507
- hydroxylapatite TU82.102
- hyperspectral WE29.202
- hyperthermia TU82.609, WE62.511
- hysteresis TU81.808, WE12.604
- I-V properties TU81.919
- I/O TU22.102
- ICG WE62.412
- ICPs TU76.205
- IGF1R TU82.205
- IgF1R TU82.224
- III-Nitrides TU81.307
- III-V MO56.203, WE61.803, WE63.107
- imaging agent TU82.516
- imaging TU23.301
- Imaging TU26.303
- imaging TU82.111, WE29.202, WE62.114, WE70.102
- IMA MO51.803, WE21.603
- imepdance spectroscopy WE21.602
- Immobilization WE62.402
- immunization MO23.104
- immunoassay TU23.304, TU59.203, TU81.306, TU82.418
- immunogenicity MO23.104
- Immunopathology WE62.413
- immunosensor WE62.418
- impact destruction TU59.104
- Impedance and Electrical conductivity TU81.522
- impedance spectroscopy MO71.303, TU81.910
- Impedance Spectroscopy TU82.404
- impedance WE61.306, WE61.407
- Implantable device WE29.201
- Imprint Lithography TU53.102
- improved drilling techniques TU99.707
- impulse WE29.304, WE61.317
- in situ polymerization WE61.701
- in situ waste management TU99.401
- in situ WE61.405
- in vivo imaging TU82.609
- in vivo phage display MO23.103, MO53.104
- in vivo selection MO23.102
- in vivo TH23.102
- In-111 TU23.301
- in-situ TU81.902
- in-vitro release TU82.519
- incubation WE64.403
- India MO24.103
- indium oxide shell layer WE61.101
- induction heating MO22.202
- inductive heating TU99.836
- inductive load WE12.603
- inductor MO72.406
- industrial energy efficiency TU58.106
- industrial production TU81.207
- industrial WE63.906
- Inertia sensor WE29.304
- inertia sensor WE61.317
- infant HIV TU82.416
- Infrared TU26.303
- infrared WE61.804
- InGaAs TU81.105
- InGaN TU81.104
- Inhibitors WE27.504
- ink-jet printing TU81.303, WE61.414
- Inkjet Pringing MO22.302
- inkjet printing MO72.303, TU99.833, TU99.867
- inkjet MO52.301, MO52.305
- Inkjet MO71.204
- inkjet MO72.301, MO72.304, MO72.306
- Inks WE29.102
- inks WE63.105
- ink MO72.304
- Inlastor TU99.103
- InN nanowires WE61.101
- innovation alliance WE61.509
- innovation policy TH15.102
- innovation tool WE63.210
- innovation TH15.101
- innovative TU76.104
- installations WE56.303
- instruementation TU99.507
- instrumentation WE70.104
- insulation TU57.402
- insulin pump WE29.207
- insulin TU82.407, TU82.521
- integrated power plant MO75.202
- integration models TU51.303
- integration WE72.603
- intellectual property TU48.101, TU48.102
- Intelligent rubber TU59.202
- Intelligent Rubber TU99.103
- intensive therapy TU82.612
- interaction potential MO71.603
- interactions among nanotubes MO51.701
- interactions TU81.111
- intercalating dye WE62.410
- Interconnect TU22.102
- interface conditions MO71.406
- Interface traps TU12.602
- interfaces WE22.402
- interface MO51.704, WE72.603
- interferometric detection TU52.203
- intergrated circuits TU21.101
- interlaced battery TU59.302
- intermolecular charge transfer TU81.303
- intermolecular interactions TU82.615
- internal combustion engine WE64.303
- internalization TU81.815
- international TU48.101, WE27.404
- interpretation of NMR measurements MO71.201
- intoxication syndrome. TU82.612
- intra muscular WE79.202
- Intrabody communication WE29.206
- intracellular transport TU82.617
- intratumoral delivery MO53.301
- investment TU48.103, WE58.203
- invivo toxicity TU53.101
- ion beam TU22.202, TU81.209
- ion bombardment TU51.801
- ion exchange WE61.409
- ion source WE63.501
- Ion-mobility Mass Spectrometry TU81.917
- ionic liquids TU21.405
- ion WE63.608
- IP TU48.101, TU99.862, WE29.107
- Ireland MO24.105
- iron oxide nanoparticles TU23.201
- iron oxide TU51.205
- iron-oxide nanoparticles MO53.302
- iron TU81.914
- isomerization TU75.107
- Isomerization TU81.802
- IT WE77.101
- janus particles MO21.701
- Janus particles WE61.810
- Janus TU81.914, TU99.306
- Joule heating WE61.903
- Kelvin-Helmholtz TH22.404
- kinetic monte carlo WE61.902
- kinetics TU81.402
- Knudsen compressor WE63.109
- lab on a chip WE29.305
- lab-on-a-chip TU53.202, TU53.204, TU99.201, WE29.307
- lab-on-a-film-chip MO53.204
- label-free TU81.308, TU82.409, TU82.413, TU82.418
- Label-free TU99.304
- lambda MO53.103
- laminar flow WE62.305
- land fills WE64.401
- landscape phage display MO73.102, TU82.302
- landscape phage library TU82.301
- landscape phage TU82.305
- large area patterning WE61.603
- large area TU81.404
- large rotary machine MO72.403
- large scale manufacturing TU99.865
- large-area MO51.102
- large-format TU76.208
- large-scale TU59.107
- laser ablation TH21.502, TU81.203, TU81.908
- laser-induced thermal therapy MO53.305
- laser-plasma TU22.203
- lasers TU52.201
- laser TH11.602, TU82.218, TU82.610
- Laser TU99.8435, TU99.8435
- lateral asymmetry doping profile TU81.106
- lattice TU81.916
- layer by layer fabrication MO71.702
- layer transfer TU81.213
- layer-by-layer assembly MO21.401, TU82.303
- layer-by-layer self assembly WE61.404
- layered composite TH11.706
- LCD manufacturing TU99.502
- LCP TU81.408
- LDMOS WE12.601
- ldmos WE12.602, WE12.603, WE72.603
- lead-free solder WE61.708
- lead TU81.608, WE62.204, WE62.207
- leaky-mode resonance TU81.805
- learning impairment TU82.703
- LED Light Bulbs TU57.401
- LEDs TU57.401
- LED WE61.114, WE64.201
- LEED MO57.401, MO57.402, MO57.403, MO57.404, WE64.103
- legislation MO78.104
- lenses TU59.107
- lens TU59.106
- Li batteries TU99.854
- Li-ion batteries TU57.303
- Li-ion TU76.201
- li-polymer batteries MO26.407
- licensing TU48.103
- life cycle TU51.302, TU51.303, TU51.304, TU82.709
- life sciences TU29.102, TU29.103, TU29.104, TU29.201, TU29.202, WE59.104
- ligand-induced conformational change MO73.204
- Light emission TU59.306
- light emitting device WE61.104
- light modulation WE62.306
- light scattering TU81.415
- light sensitive WE62.112
- light transmittance TU81.406
- light water reactor WE69.303
- light weight construction WE61.509
- lightweight TU56.208
- linear capacitor TU21.802
- linear response TU21.804
- lipid bilayer WE72.302
- lipid-coated silica WE21.604
- lipid WE62.416
- liposomes TH21.503, TU82.519, TU82.520
- Liquid Air TU76.210
- liquid binding WE62.406
- liquid bio fuels TU76.106
- liquid crystal WE61.412, WE71.504
- liquid fuel WE77.402
- liquid toners TU99.864
- liquid-mediated adhesion WE61.601
- liquid TU99.101
- listeria WE62.418
- litetime TU82.110
- Lithium Ion Capacitor TU99.852
- lithium ion polymer TU76.208
- lithium metal phosphates TU59.403
- Lithium-ion battery TU59.403
- lithium-ion intercalation TU57.302
- lithium-ion TU99.853
- lithium MO26.406
- Lithium TU76.207
- lithium WE63.608
- lithography TU52.202
- Lithography TU99.305
- live mesangial cell TU81.905
- loans energy solutions WE58.202
- long carbon nanotubes TU81.201
- Long wave TU26.303
- low cost MO56.201, TU99.866
- Low Emission TU59.103
- low energy electron-beam lithography TU81.216
- low energy nuclear reaction TU55.301
- low frequency noise WE52.602
- low molecular weight proteome WE61.602
- low molecular weight MO73.203
- low power lossy networks MO57.205
- low power systems WE63.111
- low temperature WE52.603
- low voltage TU59.301
- low-cost TU59.304
- low-energy ion implantation WE61.106
- low-impact TU75.104
- low-k WE61.201
- low-pressure plasma TU81.528
- Low-temperature synthesis TU99.836
- lower respiratory infection WE73.302
- lubricants WE21.401
- lubricant MO71.804, WE64.202, WE64.302
- luid-cooled heater exchanger WE69.309
- luminescence mechanism MO21.604
- Luminescence TH11.603
- luminescence WE61.111
- LUMO WE21.804
- lumped model analysis TU21.801
- lung epithelial cells MO21.503, MO21.504
- lyophilization TU81.602
- m-lines WE62.101
- M13 bacteriophage TU82.307
- macro porous silicon WE61.806
- macromodel WE72.604
- Macroporous TU21.304
- macroporous TU81.703
- magnesium oxide TU82.603
- magnetic beads TU99.203
- Magnetic bead WE61.313
- magnetic bearings TU76.206
- magnetic biotransport TH22.402
- magnetic field WE29.301
- magnetic fluid hyperthermia WE73.301
- magnetic fluid TU82.522, WE61.411
- magnetic flux TU81.101, TU99.837
- magnetic Freedericksz transition WE61.412
- magnetic images TU81.301
- magnetic moment TU81.101
- magnetic nano particles(MNP) WE62.414
- magnetic nanoparticles MO53.202, TH21.501, TU21.603, TU81.401, TU81.518, TU82.515, WE21.303, WE61.402, WE61.406, WE61.412, WE62.511, WE73.301
- Magnetic nanoparticle TU82.213
- magnetic nanoparticle TU82.214
- magnetic nanospheres TU82.609
- magnetic nanostructure WE61.105
- magnetic particle transport TH22.402
- magnetic particles TU23.205, WE29.104
- magnetic polymer TU81.403, WE61.403
- magnetic resonance imaging MO53.302, TU82.202
- magnetic-bead immunoassay TU81.305
- magnetic WE61.408, WE61.714
- magnetism TH11.503, TU23.104
- magnetite nanoparticles TU82.612
- magnetite MO21.404, TU81.921, WE63.903
- magnetitic drug targeting TU82.522
- magneto-mecanical cancer cell destruction WE62.512
- magnetocaloric application TU81.511
- magnetocaloric effect TU81.506
- magnetophoresis TH22.402
- magnetophoretic microsystem TH22.402
- magnetotactic bacteria WE62.502
- magnetron sputtering WE71.105
- MALDI matrices TU81.917
- MALDI TU99.205
- manganese-zinc ferrite nanocrystals TU81.511
- manganese TU82.202
- manufacturing TU56.206, TU82.506, WE29.104, WE79.104, WE79.305
- mapping EDS TU81.906
- marine pollution WE69.310
- marine WE77.602
- marketing WE56.203
- maskless patterning TU22.202, TU81.209
- mass analysis WE62.201
- mass sensor MO57.103
- mass TU81.922
- Material processing TU99.206
- materials for battery technology TU76.206
- materials TU56.207, TU99.503, WE21.102
- Materials WE29.102
- materials WE72.205
- material WE29.302
- maternal contraction WE29.205
- mathematical TU81.111
- matrix modulus WE61.707
- matrix TU82.602
- MBE MO52.206
- MD simulation WE62.301
- mean-field homogenization MO51.702, MO71.401
- measurement MO51.505
- mechanical properties MO51.702, MO71.702, WE61.702
- mechanical resonance TU52.203, TU81.611
- mechanical strength TU99.843
- mechanical stress/strain WE61.318
- mechanical TU81.208
- medical application TU59.105
- Medical devices TU99.206
- medical devices TU99.605
- medical device WE29.202
- medical diagnostics WE29.307, WE69.204
- medical imaging MO73.105
- medical nanotechnology TU82.612
- Medical substances WE79.203
- medical TU99.602
- medtech WE29.303
- MEH-PPV MO21.601
- melamine TU23.203
- Melanoma TU82.519
- melt processing WE61.709
- memantine WE21.804
- membrane penetration TU82.507
- membraneless fuel cell WE27.303
- membranes MO26.407, MO71.503, TU27.102, TU53.206
- membrane TU21.301, TU82.403
- Membrane TU99.101
- membrane TU99.202, TU99.839, WE62.411
- memories of polarization interactions TH22.403
- memory MO72.402, WE61.105
- memristor TU99.301, WE61.109
- MEMS drop ejector MO22.302, WE72.404
- MEMS silicon microphone TU52.302
- MEMS switch TU52.305
- MEMS MO72.406, TU22.302, TU52.301, TU52.303, TU53.204, TU82.511, TU99.305, WE61.303, WE61.304, WE72.205, WE72.405, WE72.604
- meniscus force WE61.601
- mercury capture TU82.710
- mercury WE62.204, WE62.207
- merging technologies WE63.206
- mesh networks MO57.205
- mesoporous film TU21.104
- mesoporous materials TU21.401
- mesoporous silica nanoparticle TU23.102
- mesoporous TU81.504
- mesoscopic simulations MO51.701
- metal nanofiller WE29.106
- metal nanoparticles WE62.209
- metal nanorods TU51.402
- metal nanostructures TU59.307
- metal oxide nanoparticles TU82.603
- metal oxides MO51.303
- Metal oxides TU75.107
- metal oxides TU81.207
- metal substrate MO26.203
- metal-organic framework (MOF-505) TU81.811
- metallaborane WE71.106
- metallic MO71.710
- metal WE27.504
- metamaterials TU81.110
- methane MO75.201
- methodology WE72.603
- methylation detection TU99.203
|
- methylation TU99.203
- Methylene chloride TU99.104
- metrology MO24.103
- Metrology MO52.201
- MET TU22.203
- micellar dispersion TU82.202
- micelles WE62.511
- mice TU82.703
- micro fluidics WE72.402
- Micro Grid Smart Grid WE67.201
- micro total analysis systems (µTAS) WE29.307
- micro- and nanopore membrane WE72.302
- micro-combustion WE63.112
- micro-combustor WE63.112
- micro-electro-mechanical systems WE29.306
- micro-electrochemical etching TU81.204
- micro-electroremoval WE61.107
- micro-emitter WE63.112
- micro-sensor WE29.306
- micro-thermophotovoltaic device WE63.112
- micro/nano-fluidic valve WE72.405
- microarrays TU99.606
- microarray TU82.402, TU82.705, WE62.206
- microbalance TU81.922
- microbattery TU59.302
- microbe TU99.404
- microbial activity WE62.209
- microcantilever MO72.301
- microcarrier TU82.518
- microchannels TU59.304, WE62.302
- microcrystalline silicon MO56.204
- microdroplet WE61.905
- Microelectromechanical system WE29.203
- microelectronics WE62.109
- microencapsulation TU82.212
- microfabrication Sandia National Laboratories TU99.870
- microfabrication TU82.106
- microfludics WE29.207
- microfluidic networks WE61.913
- microfluidic simulation WE62.304
- microfluidic systems WE29.305
- microfluidic valve TU57.301
- microfluidics chip TU21.702
- microfluidics TU52.201, TU53.202, TU81.308, TU82.408, TU99.201, TU99.305, WE22.403, WE27.303, WE29.307, WE61.903, WE62.203, WE62.205, WE62.305
- microfluidic TU52.306, WE72.302
- microfluidizer MO71.709
- microlens TU59.106
- micromagnetic modeling WE61.914
- micromechanics MO71.401
- microneedles TU82.410
- microneedle WE29.203
- micron TU99.853
- microparticle TU82.513
- microphage TU82.307
- microphone TU52.303
- micropower generation TU99.863
- microprobe array WE61.316
- microreactor TU81.206
- microresistor TU59.304
- microrobotic swarms TU22.302
- microscopy WE29.202
- microsensors WE72.301
- microsensor WE29.207
- microspheres TU99.851
- microstructure MO71.401, TU99.302
- microsystems WE29.303
- microtechnologies TU99.302
- Microtiter WE29.204
- microtopography TU82.108
- Microtribology WE62.106
- microtubules TU82.617
- microtubule TU82.618
- microvalves WE61.903
- microvalve WE29.207
- microvascular networks TU82.106
- microwave absorbing coating WE29.104
- microwave absorbing properties TH11.706
- microwave frequency TU51.602
- microwave-assisted magnetization reversal WE61.914
- microwave MO71.701, TU82.223
- microwells TU23.204
- microwell WE29.204
- military applications TU82.415, TU99.104
- military WE21.102
- milk TU81.305, WE61.313
- milling TU82.620
- mineralization TU82.102, WE62.507
- Mineralogic Sequestration MO75.203
- miniaturization WE62.202
- miniaturized nanoprobe WE29.206
- minimal surface TU21.803
- mitochondria WE61.306
- mixed metal oxides TU81.207
- mixed-level model WE72.604
- Mixed-Signal TU22.102
- mixed-signal WE12.602, WE72.603
- mixing TH22.404, WE62.305
- MLP Multilayer perceptrons neuro-networks classifier TU99.303
- Mn doped ZnO TU81.923
- mnufactureing TU81.206
- mobility WE61.509, WE61.911
- MOCVD method WE61.302
- modeling and simulation TU81.216, TU99.870, WE61.909, WE67.208
- modeling MO51.705, MO52.305, MO71.404, TU81.526, TU81.528, TU81.803, WE12.604, WE61.304, WE61.904, WE61.905, WE61.908, WE61.910
- model WE61.911
- modes of vibration WE29.304, WE61.317
- modes TU21.803
- modification surface TU59.105
- module and system design TU56.205
- modulus MO71.602
- molar extinction coefficient WE62.117
- molecular beacons MO73.204
- molecular conformation MO71.804
- molecular dynamcis WE63.601
- molecular dynamics simulations MO71.405
- molecular dynamics simulation WE61.205
- molecular dynamics MO71.402, MO71.403, TU51.802, TU81.808, TU82.504
- Molecular Electronics WE21.805
- molecular imaging MO23.103, MO53.104, MO73.103
- molecular imprinting WE61.312
- molecular imprint TU81.411
- molecular modeling TU81.809, TU82.114
- molecular recogniion MO73.201
- molecular recognition TU21.404
- molecular simulations TU81.804
- Molecular MO52.201
- molten salt WE26.202
- molybdenum WE63.105
- monitoring of blood glucose TU82.410
- monitoring TU27.103
- monocytes TU82.220
- monodisperse TU81.921
- Monte Carlo simulations WE22.602
- Monte Carlo MO71.404, TU81.804
- montmorillonite (MMT) TU81.414
- montmorillonite TU21.602
- morphological properties. TU81.926
- morphology control WE61.809
- morphology TU81.513, TU81.916, TU81.918, TU82.513
- MOSFET like CNFET TU52.604
- MOSFET noise WE52.602
- MOSFET TU12.602, TU12.603, TU81.108
- mosfet WE12.603
- MOSFET WE52.601, WE52.603, WE72.602
- mosfet WE72.603
- motion control WE77.601
- motor oil TU75.106
- moving fluid WE22.402
- moving temperature front WE64.301
- MPECVD growth WE61.510
- MRAM WE61.105
- MRI marker TU82.215
- MRI-PET TU82.516
- MRI TU53.102, WE63.604, WE79.206
- mRNA TU59.205
- mucoadhesion TU82.521
- mucosa TU82.105
- Mukaiyam Aldol Reaction TU81.811
- multi stage TU82.513
- multi-fin transistor TU81.109
- multi-functional property WE21.703
- multi-junction MO56.203
- multi-quantum well MO56.203
- multi-scale modeling TU99.836
- multi-scale MO51.702, MO71.401
- multi-stage TU53.104
- multifunctional composites TU99.832, WE61.717
- multifunctional targeting strategy TU82.518
- multifunctional WE61.314
- multigate TU52.104
- multijunction WE63.102
- Multimodal WE29.304
- multiple sclerosis WE69.205
- Multiple-Gate MOSFETs TU52.601
- multiplex TU99.304
- multiscale modelig MO71.201
- multiscale modeling MO51.804, TU81.813, TU81.815, TU81.913
- multiscale modelling TU81.816, TU82.114
- multiscale MO51.704
- multiwall nanotube WE63.102
- muscles MO51.404
- mutagenesis MO53.102
- mutual inductance TU81.301
- MWCNTs TU82.705
- MWCNT MO51.404, TU81.609, TU81.912, WE61.502
- MWNT TU99.8435, WE61.303
- n-Type Si WE61.202
- Nafion TU81.412
- nano confinement effects TU81.811
- nano fab cost modeling MO72.204
- nano fabrication MO21.703
- nano gap MO21.703
- Nano graphene TU76.209
- nano imprint lithography WE61.205
- nano initiative - action plan MO24.102
- nano materials WE71.701
- nano porous alumina WE61.806
- nano systems for bio imaging TU82.111
- nano-bio WE69.202
- nano-carriers TU82.224
- nano-cleantech WE59.103, WE59.202
- nano-coating WE29.101
- nano-cutting WE21.704
- nano-electrodeposits TU52.303
- nano-FET device WE62.406
- nano-filtration TU53.206
- nano-fragmentation WE62.115
- nano-imprint lithography WE61.601
- nano-inks TU52.301
- nano-micro structure TH23.103
- nano-optical properties TU82.114
- nano-particles TU99.864, WE61.107
- nano-particle TU56.203
- nano-pattern WE61.301
- Nano-powder TU59.104
- nano-range TU99.853
- nano-reinforced polymers TU81.814
- nano-reinforced MO51.704
- nano-selenium TU82.710
- nano-size Si/SiO2 film TU81.919
- nano-UPLC WE61.108
- nanoalloys WE62.104
- nanoassemblies MO21.203
- nanobarcode TU82.416, WE61.811
- nanobaskets MO26.402
- nanobatteries MO26.402
- nanobattery TU59.302
- nanobelt MO52.106
- nanobiomaterial WE62.505
- nanobiosensor TU82.412
- nanocages TU81.524
- nanocaotings TU51.302
- nanocarbon TU82.223
- nanocarriers TU82.220
- nanocarrier TU82.518
- Nanocatalysis TU75.107
- nanoceramics TU59.104
- nanoceria TU23.304, TU82.104
- nanochannel TU81.212
- nanoclay TU81.409
- nanoclusters TH21.503
- nanocolumns TU81.307
- nanocomposite materials TU59.104
- nanocomposite material TU81.908
- nanocomposite processing TU76.204
- nanocomposites MO21.601, MO51.402, MO51.701, MO51.702, MO71.401, MO71.404
- Nanocomposites MO71.406
- nanocomposites MO71.709, TH11.603, TU27.304, TU51.301, TU51.304, TU51.305, TU59.105, TU81.208, TU81.409, TU81.413, TU82.621, TU99.710, TU99.854, WE61.709, WE61.716
- nanocomposite MO21.402, MO21.404, MO71.702, MO71.704, TU21.302, TU21.403, TU51.205, TU51.403, TU52.305, TU53.101, TU76.209, TU81.403, TU81.408, TU99.831, WE21.703, WE29.106, WE61.403, WE61.701, WE61.704
- nanocontact printing WE62.208
- nanocrystal quantum dots TU81.520
- nanocrystalline diamond WE61.310
- nanocrystalline materials WE61.807
- nanocrystalline metal oxides MO21.504, TU82.701
- nanocrystalline NiFe2O4 TU81.510
- nanocrystalline ZrO2 powder TU81.509
- nanocrystallites TU59.403
- nanocrystals TH11.603, TH21.603, TU81.505, TU81.527, TU81.903, TU81.921, WE61.112
- nanocrystal MO21.602, WE62.502
- nanodelivery TU53.104
- nanodevices MO52.104
- Nanodiamonds TU81.528
- nanodiamond TU81.519
- nanodielectrics WE61.706
- nanoelectronics MO24.103, TU81.107
- Nanoelectronics TU99.868
- nanoenergetic gas-generators MO71.304
- nanofabrication MO52.205, MO52.206
- Nanofabrication MO72.201
- nanofabrication TU99.507, TU99.868, WE61.810
- nanofabricattion TU52.204
- nanofibers TH13.103, TU81.401, TU82.102
- nanofiber TH13.102, TU81.415, WE61.407, WE61.408
- nanofibrous MO51.205
- nanofilter WE61.813
- nanofluidics TH22.404
- nanofluidic WE72.406
- nanofluids WE71.302
- nanofluid TU75.102, TU75.106
- nanogap WE61.206
- nanogenerator WE62.103
- nanografting WE70.103
- nanoholes MO51.203
- Nanoimprint Lithography TU81.801
- nanoimprinting TU81.212
- nanoimprint TU81.213, TU81.706, WE61.206
- Nanoindentation-based flat punch method WE71.503
- nanolipoprotein particles TU82.614
- nanolithography MO52.203, WE61.203
- nanomagnetism WE61.105
- Nanomaterials and Nano Structures WE29.102
- nanomaterials risk governance MO24.104
- nanomaterials MO21.504, MO26.204
- Nanomaterials MO51.501, MO51.502, MO71.502
- nanomaterials MO71.705, TU81.206
- Nanomaterials TU81.917
- nanomaterials TU82.103, TU82.706, TU82.711
- Nanomaterials TU99.105
- nanomaterials WE61.207, WE64.202, WE69.101, WE69.102, WE77.301, WE77.303
- nanomechanical resonators MO53.205
- nanomechanics MO71.602
- nanomedicine MO53.303, WE62.113
- nanometric TU81.916
- nanoneedles TU81.215
- nanonets WE29.404
- nanoparticle catalysis TU57.102
- Nanoparticle conjugate WE62.413
- nanoparticle dispersion WE71.103
- nanoparticle exposure MO51.503
- nanoparticle production TH21.504
- nanoparticle size TU81.909
- nanoparticle trafficking TU82.617
- nanoparticle uptake WE73.301
- nanoparticle-doped TU99.869
- nanoparticles contrast systems TU82.111
- nanoparticles of metals and/or oxides. WE79.203
- nanoparticles MO21.301, MO21.304, MO21.401, MO22.204, MO51.302, MO53.303, MO53.305, MO57.103, TH11.501, TH11.601, TU21.303, TU21.402, TU51.306, TU53.103, TU75.102, TU81.104, TU81.207, TU81.405, TU81.501, TU81.506, TU81.507, TU81.508, TU81.515, TU81.523, TU81.920, TU82.203, TU82.218, TU82.222, TU82.502, TU82.505, TU82.506
- Nanoparticles TU82.509
- nanoparticles TU82.514, TU82.606, TU82.608, TU82.610, TU82.611, TU82.620, TU99.851
- Nanoparticles WE21.601
- nanoparticles WE29.101
- Nanoparticles WE29.102
- nanoparticles WE61.113, WE61.404, WE61.708, WE61.715, WE62.109, WE62.503, WE62.504, WE62.513, WE63.105, WE69.103, WE69.104, WE71.302, WE72.301
- nanoparticle MO21.402, MO51.506, MO71.203, MO72.302, TU21.302, TU21.403, TU23.303, TU51.301, TU51.304, TU51.305, TU53.102, TU59.402, TU81.303, TU81.815, TU82.411, TU82.417, TU82.513, TU99.306, TU99.853, WE21.604, WE61.407, WE61.408, WE62.305, WE62.416
- Nanoparticle WE62.506
- nanoparticle WE63.902, WE67.106, WE70.105, WE71.303
- Nanoparticulate WE61.418
- nanopatterning MO72.203, TU81.805
- nanopattern MO71.801, MO71.802
- Nanophosphate TU76.201
- nanophotonics TU23.203, TU52.201
- nanopiezoelectronics WE62.103
- nanopipette WE61.203
- nanoplatelets TU99.831
- nanopores TU53.206
- nanoporous alkali halide TU81.810
- nanoporous materials TU21.401
- nanoporous MOF-505 TU81.811
- nanoporous silica thin film WE61.602
- nanoporous silicon WE27.304
- Nanoporous Thin Films WE61.418
- nanoporous zeolite sodalite TU81.810
- nanoporous MO22.203, TU81.702, TU81.918, WE62.113
- nanopowders WE61.207
- nanopowder TU81.915
- nanorods TH11.603, TU51.205, TU81.507, TU81.703, WE62.103
- nanorod TU82.217, WE61.801
- nanoscale characterization instrumentation accomodation TH21.604
- nanoscale characterization WE21.604
- nanoscale device TU22.103, TU81.109, WE61.909
- Nanoscale FinFET WE61.911
- nanoscale MOSFET TU72.601
- nanoscale processes TU81.204
- nanoscience TU99.832, WE61.717
- nanoscissor TU82.619
- nanosensor TU99.304
- nanoshell photothermal tumor ablation MR-guidance TU82.216
- nanoshells TH11.602, TU23.301, TU82.702, WE61.404, WE62.412
- nanosilica TU51.305
- nanoslits WE62.303
- nanospheres TU23.104
- Nanostructered carbon WE79.205
- nanostructural forms TU82.210
- nanostructure growth TU99.835
- nanostructure thin films TU81.925
- nanostructure. TU59.107
- nanostructured coating MO21.101
- nanostructured graphite WE72.304
- nanostructured Zeolites TU51.803
- nanostructured TU21.405
- nanostructures MO51.303, MO52.202, MO71.705, MO71.802, TH13.104, TU81.111, TU81.214, TU99.845, WE61.808
- nanostructure MO51.803, TU99.205, WE71.101
- Nanostructure WE71.104
- nanostructuring TU81.707
- nanosuspensions WE72.202
- Nanosystem TU22.102
- nanotech design MO51.801
- Nanotechnolgy WE29.102
- nanotechnologies TU99.302
- nanotechnology education TH15.105
- nanotechnology MO24.105, TU59.405, TU81.527, TU81.818, TU82.710, TU99.201, TU99.205, WE21.102, WE29.401, WE29.404, WE61.207, WE71.102
- nanotehnology users program MO24.103
- nanotextile TU51.303
- nanotoxicity TH11.705, TU82.603, TU82.607, TU82.703
- nanotoxicology TU82.708
- nanotoxic MO71.503
- nanotransfer MO52.206
- nanotube infiltration TU99.843
- nanotubes MO21.403, MO22.204, MO51.203, MO71.704, TU81.405
- Nanotubes TU81.917
- nanotubes TU82.712, TU99.832
- Nanotubes TU99.838
- nanotubes WE21.302, WE61.102, WE61.303, WE61.717, WE62.507
- nanotube MO51.707
- Nanotube MO71.706
- nanotube MO71.708
- Nanotube TU81.902
- nanotube TU82.205, TU82.224, WE21.603, WE63.103
- nanotubular phage TU23.103
- nanotubular structure TH11.502
- nanoubrificant WE61.508
- nanovector delivery WE62.113
- nanowire FET MO52.105
- Nanowire Gated Field Effect Transistor WE61.908
- nanowires MO22.202, MO26.402, MO51.402, MO53.304, MO71.405, TH11.601, TU51.201, TU51.202, TU59.407
- Nanowires TU81.503
- nanowires TU81.804, WE29.106, WE61.803, WE61.814, WE61.915
- nanowire MO26.202, TU51.203, TU52.603, TU59.303, TU81.112, TU81.210, TU81.812, TU81.929, WE21.603, WE52.605, WE61.110, WE61.318, WE61.910, WE67.101, WE71.504
- nano MO51.104, TU29.101, TU29.204, TU59.106, WE59.102, WE59.201, WE59.204, WE63.608, WE79.102, WE79.104
- nasal TU82.502
- natural attenuation WE27.203
- natural convection WE72.402
- near infrared MO21.203
- near zero emissions MO75.202
- necrosis WE73.303
- NEMS MO53.205, TU52.203, TU81.605, WE21.804, WE61.318
- nerve conduit TH13.102
- nerve growth factor TU23.102, TU82.108
- net carbon benefit TU76.101
- networks TU81.610, TU81.612
- neural cell TU23.104
- neural interface TU99.301
- neural microprobe WE29.206
- neural TU82.403
- neurodegenerative diseases TU82.601
- Neurostimulation WE29.201
- Neurotechnology WE29.201
- neutron activation analysis TU81.514
- neutron generator WE63.501
- Ni/Au coated polymer particles WE71.503
- nickel oxide WE61.410
- Nickel-Zinc WE77.604
- nickelocene TU81.609
- nickel TU51.604, WE61.410
- NIOSH MO51.507
- NIR TH11.602
- nitrate TU82.411
- nitric oxide TU59.204, WE62.204, WE62.207
- nitride semiconductors TU81.214
- nitrite TU82.411, TU82.417
- nitrogen compounds TU82.415
- nitrogen doped WE61.204
- nitroimidazole TU82.515, TU82.516
- NLP MO72.201
- NMR WE21.601
- noble metal nanostructures TU81.701
- NODAS WE61.311
- nodular TU81.916
- noise absorbing WE29.301
- noise modeling TU52.601
- noise model WE52.604
- non-classical MOS transistor TU72.604
- non-classical MOSFETs WE61.909, WE61.910
- non-contact WE29.307
- non-food TU76.105
- non-invasive TU99.605
- non-linear spin dynamics WE61.914
- non-local elasticity WE61.901
- non-Newtonian fluids WE61.913
- non-thermal plasma WE29.101
- non-volatile memory WE61.106
- nonbiofouling WE62.509
- nonequilibrium Green’s function method TU99.837
- nonisothermal microscale systems WE22.402
- nonlinear stiffness TU21.804
- nonlinear MO51.704, TU81.814, WE63.502
- norbernene WE61.705
- normalized power curve WE63.302
- novel magnetic nanoparticles WE62.512
- novel therapy TU23.103
- Novel TU99.871
- NOx reduction WE63.202
- NOx TU21.104, WE77.401
- nozzle/diffuser element WE62.304
- NSOM WE61.302
- NST TU52.305, WE71.104
- nuclear power TU55.303
- nuclear WE69.303
- nucleation TU82.615
- nucleic acid delivery TU82.520
- numerical simulation TU81.816, TU81.910
- obviousness TU48.104
- OFET WE12.604
- oil & gas wells MO76.401
- oil contaminated with PCB WE63.803
- oil refinery vent stacks WE64.401
- oil wells TU59.405
- oil WE63.501, WE64.202, WE64.302
- oligo(ethylene oxide) TU82.401
- oligonucleotide TU82.418
- olivine FePO4 TU57.303
- on-chip sensor TU82.415
- one-pot TU81.921
- ONIOM TU81.806, TU81.807, TU81.811
- online software tool TU21.801
- operating conditions WE63.208
- operations TU27.103
- Ophthalmoscopy TU59.207
- opportunities identification TU58.103
- optical band gap TU81.923
- optical filters TU81.102
- optical properties TH21.503, TU22.101, TU51.402, TU81.415, TU81.915
- optical ring resonators TU81.308
- optical tomography WE62.412
- optical waveguides WE29.306
- optical TH11.501
- optics TU56.205, TU59.106
- Optics TU99.206
- optimization TU51.802, WE29.304
- optoelectronic TH11.701
- Oracle WE62.206
- oral delivery TU82.521
- ordered array TU81.611
- ordered mesoporous WE63.101
- organic devices MO71.803
- Organic electrochromic windows TU59.101
- Organic Electronics WE21.805
- organic medium TU81.701
- organic photovoltaic cell WE63.102
- organic photovoltaics MO71.802
- organic TU99.202
- organodithiol WE70.103
- organometallic TU81.920
- ornithine-conjugated PAMAM dendrimers TU82.208
- OSB TU99.105
- osseointegration WE79.201
- OTFTs TU81.211
- out-of-plane WE61.316
- overlap capacitance TU22.602
- oxidase activity TU23.304
- oxidase WE63.606
- oxidative dehydrogenation TU81.807
- Oxide nanoparticles TU59.105
- oxides WE62.102
- oxide MO52.106
- oxy-combustion MO75.202
- Oxygen plasma TU81.601
- oxygen reduction electrocatalysts TU57.305
- oxygen reduction reaction TU59.402
- oxygen reduction TU99.846
- oxygen vacancy TU81.927
- P(VDF-CTrFE) WE62.108
- P(VDF-TrFE) WE62.108
- P-C-T curve WE63.602
- Packaged Modular Geothermal Energy Plant Solutions TU26.305
- packaging and pharmaceutical industries WE79.204
- paclitaxel MO53.301, TU82.220
- PAE TU12.603
- paint removal TU99.104
- paint stripping TU99.104
- paint WE64.202
- paired-linear traps TU12.602
- Palladium nanoparticles TU51.404
- palladium TU57.102, TU99.849
- pancreatic cancer TU82.517
- pancreatic cells TU82.306
- Paper Substrate MO72.405
- parameter extraction WE72.602
- parellel-plate capacitor TU21.802
- particle assembly WE62.301
- particle formation TU51.302
- particle instability TH22.403
- Particle processing WE29.101
- particle sampling MO51.506
- particle size TU82.620, WE70.102, WE71.301
- particle swarm optimization TU81.805
- particle transport TH22.403
- particle WE72.201
- partnership TH15.101, WE77.102
- passive house MO22.403
- patent analysis tool WE63.210
- patent analytics WE63.210
- patent information MO59.201
- patent life cycle management WE79.202
- patent software WE63.210
- patent TU48.101, TU48.104
- pathogens inactivation WE79.205
- pathogens TU99.204
- pathogen MO73.101
- patient monitoring WE29.202
- pattern recognition TU99.301, WE61.109
- patterning MO52.203, MO71.803, TU22.204
- patterns WE62.114
- pattern TU81.708
- payback period TU58.104
- PbSe WE62.117
- PCE WE63.902
- PCR WE62.205, WE62.414
- pcr WE72.402
- Pd nanofilms TU81.701
- PDE TU12.603
- PDMS micropump WE62.304
- PDMS Stamp WE61.301
- peak demand MO57.202
- PECVD WE72.203
- PEGylation WE62.409
- PEM fuel cell WE63.610
- PEMFC WE61.507
- penetration testing WE63.609
- pentacene WE12.604
- PEO TU21.602
- peptides MO21.201
- Peptides MO73.104
- peptide MO23.104, MO73.203
- percolation conduction TU81.108
- percolation threshold WE61.707
- percutaneous devices WE79.201
- Perdew-Burke-Ernzerhof (PBE) method TU81.613
- perfluorpolyether MO22.102
- performance MO71.704, TU57.402, WE12.602, WE63.610
- perinuclear recycling compartment TU82.617
- periodontitis WE62.417
- permittivity WE61.712
- perovskite TU81.508, TU99.846
- peroxide TU82.417
- peroxyoxamide TU81.306
- persuasive technology WE67.204
- PET-Diaphragm WE61.107
- petroleum TU59.405
- PET TU23.301, TU53.102
- pH dependent MO51.803
- pH-sensitive TU82.519
- phage display MO23.101
- Phage Display MO73.104
- phage display TU82.301, TU82.308, TU82.618
- phage fusion protein TU82.304
- phage liposomes TU82.304
- phage-banks MO53.102
- phage MO23.102, MO73.103, MO73.105, TU82.102, TU82.303
- pharmaceutical process development TU82.506
- pharmacokinetics TU82.220
- pharmacy schools TH15.105
- pharma TU99.601, WE64.202
- phase composition TU59.104
- phase noise MO72.406
- phase stabilization TU57.305
- phase transfer WE61.405
- phase transformation TU81.708
- phenol formaldehyde resin TU99.105
- phenol WE77.502
- PHEV TU59.403
- phone TU59.106
- phonon engineering WE61.814
- phonon MO71.403
- phosphor MO72.304
- photo-current WE62.107
- photoactivity TU81.502
- photocatalysis MO77.401, TH11.503
- Photocatalysis TU21.103
- photocatalysis TU21.104, WE63.904
- photocatalysts TU21.402, TU82.101
- photocatalyst WE61.808
- photocatalytic mortar MO77.402
- photocatalytic TU82.201
- photoconductivity MO56.204
- photoconversionefficiency WE63.108
- photocurrent WE61.808
- photodetector TU59.303
- photodynamic therapy TU82.210
- photoelectrochemistry TU81.525, WE63.901
- photolithography MO71.801, TU51.402
- Photoluminescence TU81.512
- photoluminescence TU81.918, TU99.832, WE21.605, WE61.717, WE62.103, WE62.411
- photolumniscence spectroscopy TU81.908
- photolumniscence TU81.203, WE61.413
- photonic crystals TU81.102
- Photonic crystal TU59.307
- photonic crystal WE29.306
- photonic MO72.301
- photoplymerization TU81.402
- photoresponsive MO21.203
- photosensitive TU52.306
- photosynthesis WE62.505
- photothermal ablation TU82.224
- photothermal effect TU82.115
- photothermal therapy WE62.409
- photovoltaic conversion TU99.867
- photovoltaic devices TU59.306
- photovoltaic materials WE67.102
- photovoltaic pumping systems WE63.110
- photovoltaics MO22.102, MO26.204, MO71.708, TU56.207, TU81.416
- Photovoltaics TU99.871
- photovoltaics WE29.403, WE63.104, WE63.105
- photovoltaic TU56.202, TU56.206, TU99.863, WE26.201, WE29.401, WE63.106, WE67.101, WE67.104
- phthalocyanine TU82.202
- PHY Layer TU22.102
- physical vapour deposition WE61.801
- pH MO52.106
- pico fluorescein spectrometer WE62.204, WE62.207
- picoliter MO22.304
- picotechnology WE62.204, WE62.207
- piezoelectric devices TU59.304
- piezoelectricity MO71.605
- Piezoelectric MO52.301
- piezoelectric TU81.310
- piezogenerator MO72.403
- piezoresistance WE29.303
- piezo WE61.315
- PIE TU12.603
- pigment MO72.304, MO77.402
- Pilot Plant WE63.611
- pipelines MO78.101, WE77.304
- pipeline TU99.856
- pitting TU81.705
- planning TU58.104
- plant defense activator TU99.204
- plasma diagnostics TU81.528
- plasma processing WE77.302
- plasma torch WE61.204
- plasma MO51.104, MO52.205
- Plasma TU81.704
- plasmon resonance TH21.502
- plasmonics TU59.307, TU81.104
- Plasmons TH11.601
- plasmons TU52.201
- plasmon TU81.521
- plastic electronics TU59.301, WE29.402
- platinum acetylacetonate TU82.222
- platinum catalyst WE61.510
- platinum TU59.402, TU81.608, TU81.920, TU99.849
- PLGA TU23.302, TU53.103, TU82.508
- pMDI TU99.105
- PMMA MO52.205, TU81.801, TU82.215, WE61.701
- PMN-PT TU81.310
- pneumatic TU52.304
- PNRC TU82.617
- POC diagnostics TU99.201
- Point-of-care TU59.203
- polarization WE61.306
- policies MO57.401
- policy MO27.403, MO51.504, TH15.104, TU82.708
- polish WE64.202
- Pollution MO71.502
- pollution TU99.702
- poly aspartic acid TU82.501
- Poly N-isopropylacrylamide TU82.110
- poly(butylcyano acrylate) nanoparticles TU82.211
- poly(caprolactone) TH13.102
- poly(styrene-Beta-isobutylene-Beta-styrene) MO51.403
- Poly-Gate TU12.603
- Poly-lactic-co-glycolic acid TH21.501
- polyamine transport system (PAT) TU82.208
- polyaniline MO21.403
- polycaprolactone MO51.604
- polydimethylsiloxane WE29.203
- polyelectrolytes MO26.407, TU21.402
- polyelectrolyte WE62.408
- Polyethyleneglycol-phosphatidylethanolamine MO53.301
- polyimide TU81.403, WE61.704
- polymer brushes WE61.604, WE71.101
- polymer composite TU81.406
- polymer gel electrolytes TU99.854
- polymer magnets WE61.307
- polymer nano composites high mechanical perfrmance MO51.706
- polymer nanocomposites TU81.401, WE61.406
- Polymer nanocomposite TU51.404
- polymer/semiconductor nanocomposite TU81.203
- polymeric composites WE21.301
- polymeric micelles MO53.301
- polymeric nano-carrier drug TU82.501
- polymeric nanoparticle MO51.604
- polymerization TU82.615, WE21.603
- polymersomes TU82.517
- polymers MO21.401, MO51.804, MO71.801, TU21.405, TU51.402, TU82.514, TU99.101, WE21.401, WE21.403
- polymer MO51.404, MO51.603, MO52.205, TU21.402
- Polymer TU59.103
- polymer TU59.204, TU81.706, TU81.922, WE29.106, WE64.202, WE72.201
- polynucleotide extraction TU99.203
- polyol process TU21.603
- polyol synthesis TU81.509
- PolyPower® TU99.103
- polypropylene TU51.403
- polypyrrole WE21.603, WE71.705
- polypyrrol TU23.102
- Polyurethane Foam WE62.506
- polyvinylpyrrolidone TU81.405, WE61.415
- poorly-water-soluble compounds TU82.620
- pore bifurcation WE61.812
- pore network TU75.102
- pore termination WE61.812
- porosity TU82.513
- porosometry WE61.801
- porour materials WE21.303
- porous alumina WE61.812
- porous silica MO73.203
- porous silicon TU53.104, TU81.906, TU82.509, TU82.513
- porous sunstrates TH11.703
- porous TU21.301
- POSS WE21.401, WE21.403
- posture MO52.404
- potato TU99.204
- potentiometric WE72.304
- powder materials WE29.104
- power conversion efficiency WE12.603
- power conversion WE61.706
- power plants TU99.706
- power source TU57.301
- Power Storage TU99.848
- power MO72.404, TU99.502, TU99.708
- Power TU99.844
- power WE12.603, WE69.307, WE72.603, WE79.306
- poylmer composite WE61.712
- PPA WE58.203
- PP TU81.912
- pre-amorphization WE61.902
- pre-ceramic polymer WE61.710
- precession electron diffraction TH21.602
- precession TH21.603
- preconcentration MO73.202
- predictability WE12.602, WE12.603, WE72.603
- predictive compact model WE22.601
- preparation WE61.403
- pressure driven flow WE62.307
- pressure sensor WE29.306, WE61.318
- pressure vessels WE77.304
- pressurized gas WE61.301
- printed circuit board TU81.414
- printed electronics TU99.506
- printed MO72.302
- printing techniques MO71.801
- printing MO52.301, MO71.708
- Printing TU99.871
- prion WE61.806
- priority MO52.403
- prismatic TU76.208
- probabilistic CMOS WE22.601
- probe storage MO72.402
- probe MO71.605
- process development TU56.205
- process fluctuation WE22.601
- process variation TU22.103
- Processes TU99.102
- processing WE61.303
- process WE72.205
- produced water treatment TU27.103
- product TU21.303
- project cluster WE61.509
- proplan WE63.212
- proposal WE58.201
- prostate brachytherapy TU82.215
- protection WE29.107, WE71.106
- protein adsorption WE62.509
- protein aggregation MO73.205
- protein conformations MO71.201
- protein crystallization MO71.203
- protein design MO71.202
- protein detection TU82.221, WE62.410
- protein interaction MO71.203
- protein oxidation MO21.503
- protein-surface interactions MO73.205
- proteins MO53.205, MO73.202
- protein MO51.602, MO52.106, TU53.205, WE62.206
- proteome MO73.203
- proteomics MO51.602, MO73.203, WE61.108
- prothrombin TU82.402
- protocol MO52.403
- proton exchange membranes WE21.403
- proton exchange membrane WE27.304
- prototyping TU52.301
- pseudocapacitance TU76.205
- pseudomonas aeruginosa ITRC-5 WE63.908
- PSpice WE12.604
- PSP WE22.603
- Pt-Ru TU81.609
- PTX MO51.604
- public engagement MO24.104
- public policy WE56.201
- pull-in free TU21.802
- pulsed field WE62.202
- Pulsed I-V WE70.101
- pulsed laser ablation WE61.402, WE61.413
- pulsed laser deposition TU81.205
- pump TU26.304, WE72.406
- purification MO71.702, MO71.709, TU99.838
- PV technology TU99.501, WE79.301
- PVC TU81.407
- PVDF MO51.102
- PVD WE61.801
- PV TU56.205, TU56.207, TU99.871, WE29.401, WE56.303, WE79.303
- pyrolysis TU56.102
- pyrolyzed carbon TU81.601, TU82.112
- Q factor MO72.406
- Q-dots TU81.906
- Q-TOF WE61.108
- QCM-D TU81.922
- QCM WE62.402, WE62.418
- QD-FRET TU99.203
- QTF-AFM WE61.203
- quality control WE62.206
- quality factor TU52.203
- quantification of methylation TU99.203
- quantitative MO53.204
- quantum conductance WE21.804
- quantum confined WE63.107
- quantum dot array TU81.708
- quantum dot FET WE61.401
- quantum dots TH21.503
- Quantum Dots TU21.605
- quantum dots TU22.101, TU81.527, TU82.101, TU82.206, TU82.407, TU82.617, TU82.706, TU99.203
- quantum dot MO21.603, TU81.105, TU81.415, WE62.410
- quantum effects TU72.601
- quantum efficiency TU81.415
- quantum point contact TU81.103
- quantum ring WE61.804
- quantum-confinement TU52.104
- quartz cyrstal microbalance (QCM) MO57.103
- quasi-ballistic transport TU52.603, WE61.907
- quorum sensing MO73.101
- qusiperiodic structures TU81.102
- R-Value TU57.402
- R.F magnetron sputtering MO21.604, TU81.919
- R/W MO71.605
- R3f WE63.906
- radial gradiometer TU82.602
- radio frequency TU82.214
- radiofrequency TU82.219
- radiolabeling TU23.301
- radiopharmaceuticals TU82.616
- radiosensitizers TU82.516
- RAFT polymerization WE61.604
- Raman imaging WE61.811
- Raman instrumentation MO72.202
- Raman spectroscopy MO51.603, WE61.815
- Raman TU81.508, TU82.702, WE61.102, WE62.405
- ramping TU27.302
- random dopant fluctuation TU22.103
- random dopant TU81.106
- random telegraph signals WE52.602
- rapid engineering TU99.601
- rapid prototyping MO72.203
- rare earth dopants TU81.505, TU81.511
- rational optimization MO73.204
- reaction mechanism TU51.803
- reactive nitrogen species TU82.113
- real comminution WE72.204
- real time raman TH23.102
- real-time grid monitoring WE67.204
- real-time monitoring TU81.702
- real-time TU82.413, TU82.418, TU99.304, TU99.306
- rearrangement TU51.801
- reburn WE63.202
- receptor TU82.305
- ReCiprocating Water Technologies TU57.103
- reclaim fabrication TU81.204
- Recognition MO71.604
- recombination MO53.102, WE63.104
- recording WE29.206
- recovery WE64.401
- rectenna TU99.870
- recyclable TU59.102
- recycled polycarbonate (RPC) TU81.414
- recycling e-waste WE77.103
- recycling WE69.302, WE77.403
- redeposition TU22.204
- Reduced Energy Consumption WE64.102
- reduced order models TU81.816
- reducing peak demand TU58.106
- reduction capacity MO21.503
- reflection high energy electron diffraction MO21.603
- refractive index TU81.308
- refractometer WE29.305
- refrigeration TU59.401, WE27.404
- regulation of cell metabolism TU82.612
- regulation MO51.504, TU82.707
- Reinforcement WE61.502
- reinforce MO51.707
- release TU51.301, TU51.303, TU51.304, TU51.305, TU81.526
- reliability TU52.305, WE61.911
- remediation TU99.401, WE63.211
- renewable energy production TU99.704
- Renewable energy MO26.403
- renewable energy MO57.402, MO59.201, MO77.403, TU58.101
- Renewable Energy TU99.844
- renewable energy TU99.855, WE29.403, WE79.307
- renewable engergy WE63.202
- Renewables WE63.611
- renewable TU48.103, TU59.404, TU76.104, WE63.206, WE77.503
- RES-uptake TU82.220
- research commercialization WE64.403
- research laboratories MO51.503
- reservoir engineering TU75.102
- residential power WE79.307
- residential WE56.303
- Residual Organics MO71.504
- residual stress MO71.601, TU21.804
- Resin TU59.103
- response surface model WE61.912
- restenosis TU59.204
- results MO51.505
- retailers TU58.105
- retinal and intraocular observations TU59.207
- retinal diseases TU59.207
- retroreflector TU23.205
- reuse TU75.105
- reverse micelles WE63.204
- reverse micelle TU81.507
- reverse recovery WE12.603
- rf mems WE61.308
- RF MEMS WE61.310
- RF modeling TU52.601, WE52.601
- RF Sputtering TU81.214
- RF switch WE72.604
- RFCMOS WE52.601
- RFID TU99.833
- RF WE61.311
- rheology MO52.302, WE61.417, WE61.709
- rhodium TU99.849
- rhodopseudomonas palustris CGA009 WE63.204
- Rickettsia conorii TU23.205
- rimantadine WE21.804
- risk characterization TU82.709
- risk minimization TU58.103
- risk profiling MO21.503
- risk/benefit analysis TU82.709
- RLF TU57.401
- rms sensor WE61.308
- RNA interference TU53.103
- RNA TU82.416
- robotics TU99.301, WE61.109
- robust diaphragm TU52.302
- roll-to-roll WE67.105
- roll TU21.803
- romp WE61.705
- rooftop WE63.301
- rosette nanotube SEM TEM AFM XRD TU81.907
- rotation/revolution mixer TU82.620
- RSV TU82.604, TU82.608
- RTS WE52.602
- rubber substrate WE71.105
- rule MO52.403
- ruthenium TU81.608
- sacrificial layer TU59.304
- sacrificial membranes WE61.903
- safe operating area WE72.603
- safe practices MO51.503
- safe process TH21.504
- safe product TU51.303
- safety TH15.103
- salmonella WE62.418
- Sandia National Laboratories WE67.208
- satillites MO71.701
- saturation velocity TU22.602
- scalability WE12.602
- Scalable MO71.706
- scalable TU56.202
- scaleable TU76.208
- scanning atom probe WE62.201
- scanning mobility particle sizer TU81.516
- scanning probe microscopy MO52.203, MO71.202, TU81.901
- Scattering WE21.805
- SCCs TU23.302
- scheelite type nanocrystalline oxide TU81.522
- schottky barrier device WE61.910
- Schottky barrier TU81.112, WE61.805, WE62.107
- schwann cell TH13.102
- Schwarzschild optic TU22.203
- scientific TH15.103
- sCO2 extraction TH21.501
- Scratch resistance WE62.106
- sealing TU81.212
- SEB TU81.305, WE61.313
- second generation TU76.106
- secondary metabolites TU99.204
- security TU27.103, WE29.107, WE56.201, WE63.609
- sedimentary basins WE63.305
- sedimentary MO76.401
- sediments WE27.204
- segmented flow WE22.403
- Segregated Network TU81.410
- segregated network WE61.707
- segregation TU51.604
- seismic TU26.302
- SELDI TU99.205
- selective laser sintering TU81.409
- Selective sensing MO52.102
- selectivity MO71.302
- selenocysteine MO73.105
- SELEX TU82.402
- self assembling WE62.114
- self assembly MO21.703, WE61.401
- self- assembling MO51.205
- self-assembled monolayers(SAMs) WE70.103
- self-assembled TU56.203, WE21.603
- self-assembling TU81.303
- self-assembly MO21.201, MO21.202, MO51.201, MO51.204, MO52.205, MO71.801
- Self-Assembly MO73.104
- self-assembly TU21.401, TU51.402, TU51.802, TU81.215, TU82.307, TU82.417, WE21.303, WE27.304, WE61.201, WE62.305, WE71.303
- self-cleaning surfaces TU21.104
- self-cleaning MO77.402, TU59.107
- self-organization TU81.209
- self-regulation MO51.504
- SEM-EDS TU81.510
- semiconducting MO52.106, MO71.710
- semiconductor manufacturing MO51.804
- semiconductor/polymer nanocomposite WE61.413
- semiconductors TU21.101, TU99.305, WE62.104
- semiconductor MO72.304, TU81.525
- semicontact mode TU82.203
- semicrystalline polymers TU81.413
- semisynthesis MO73.105
- SEM WE71.503
- sensing MO52.106, TU82.407
- sensitivity analysis WE22.601, WE61.912
- sensitivity TU81.112, TU81.302, TU81.304
- sensor array TU82.602
- sensor development and integration WE67.206
- sensor node powering MO72.403
- sensors MO21.202, MO21.301
- Sensors MO71.502
- sensors MO72.404, TU52.301, TU59.306, TU81.308, TU99.839
- Sensors WE29.105, WE29.303
- sensors WE63.111, WE71.501, WE79.101, WE79.102
- sensor MO71.707, MO72.301, MO72.303, TU59.303, TU81.411, TU99.306, WE61.309, WE62.408, WE62.510, WE71.106, WE72.303
- separation technology TU99.505
- separations TU99.101
- separation MO71.707, MO71.710, TU21.702, TU99.202
- SERS imaging WE62.405
- SERS TU82.702, WE61.811, WE62.405
- server WE77.102
- shale TU75.105
- shape characterization WE70.102
- shape-conforming TU76.204
- Shape-Controlled TU81.503
- shear thinning WE61.913
- shear WE71.504
- sheet resistivity TU99.841
- shells WE72.201
- short channel effects TU22.602, TU22.603
- Short wave TU26.303
- short TU99.834
- Si core/Ge shell TU81.210
- Si nanostructures WE67.103
- Si-Cu clusters TU81.817
- SiC nanowires WE61.815
- sickle cell anemia TU82.615
- SiC TU81.503, TU81.703, TU81.929, WE61.302
- sigle wall carbon nanotubes WE62.111
- signal TU81.302, TU81.304
- silica aerogel WE77.502
- silica coating WE29.104
- silica gel TU81.504
- silica membrane MO51.602
- silica nanoparticles WE61.417
- silica nanoparticle TU81.517
- silica nanowires WE73.303
- silica zeolite WE61.201
- silica MO51.203, TU81.521, TU82.510, TU82.512, WE72.201
- silicon carbide WE72.203
- silicon carbonitride TU52.203
- silicon nano-pattern TU81.205
- silicon nanotubes WE61.809
- silicon nanowires MO52.104
- silicon nanowire MO52.105, TU72.603
- silicon photonics MO22.103
- silicon-based solar cell TU99.869
- silicon-on-insulator WE29.306
- silicon-on-sapphire MO72.406
- silicon TU52.105, TU81.914, WE21.602, WE29.404
- silk fibroin WE62.513
- silver nano-electrodeposits WE72.405
- silver nanomaterials TU82.704
- silver nanoparticles WE61.409
- silver nanorod WE71.504
- silver-CNT TU82.109, TU82.605
- silver TU23.302, TU81.521, TU81.523, TU82.606, TU82.608, WE61.113, WE61.715, WE62.503, WE71.106
- silylation WE61.201
- simulated annealing TU51.802
- simulation MO51.801, TU82.414, WE21.801, WE21.802, WE61.910, WE63.605, WE72.603
- single carrier levels TU22.101
- single molecule dynamics TU82.413
- single wall nanotube WE63.102
- single walled carbon nanotubes MO71.702, WE62.110
- single walled WE71.706
- Single-Cell assays WE29.305
- single-cell WE29.204
- single-electron transistor TU52.204
- single-walled boron nanotubes WE61.816
- single-walled carbon nanotubes MO71.703, TH11.701, TU21.704, TU82.613
- single-walled carbon nanotube MO51.403
- sintering aid WE61.710
- sintering WE61.207
- SIR process WE63.203
- siRNA TU53.103, TU82.613
- size-dependent WE62.117
- Size WE61.416
- sizing WE70.105
- skills TH15.104
- skin TU82.105, WE62.416
- SLN TU82.521
- small analyte TU59.203
- small molecule WE71.106
- small reactors TU55.302
- small-scale wind turbine WE63.301
- small-signal modeling TU52.601
- smart coatings WE71.101
- smart dust MO57.205
- smart energy management system WE67.204
- smart grid ami amr meters green energy efficiency phasors MO57.201
- Smart Grid management signaling feedback closed-loop control WE67.202
- Smart Grid MO57.204
- smart grid MO57.205, TU99.851
- Smart Grid TU99.862
- smart grid WE67.207
- smart metering WE67.206
- smart meters WE67.204
- smart meter WE63.609
- Smart Textile WE29.103
- smart transformer TU99.701
- smart windows TU59.101
- smartcool WE27.404
- smartgrid TU58.101
- SmartGrid WE67.205, WE67.208
- SMES WE63.604
- smooth muscle cell TH13.101
- soa WE72.603
- social implications MO24.104
- social responsibility TU76.101
- societal/ethical TH15.103
- sodium alginate WE27.202
- sodium bisulfite treatment TU99.203
- SOFC materials TU59.105
- SOFC TU76.206
- soft lithography MO22.102
- software MO51.705, WE29.304, WE61.317, WE63.210
- SOI-MOSFET TU22.601
- soil amendment TU81.504
- soil sequestering MO78.103
- SOI TU22.604
- soi WE61.308
- sol-gel spin coating TU81.923, TU81.925, TU81.926
- sol-gel TU82.512, WE62.101, WE63.101
- solar cell efficiency WE79.305
- solar cells MO26.204, TU99.501, TU99.871
- Solar Cells WE29.105
- solar cells WE29.403, WE67.102
- solar cell MO26.202, MO56.201, MO56.202, MO56.203, MO56.204, TU56.203, TU56.206, TU56.208, TU59.303, TU99.866, TU99.868, WE29.401, WE61.803, WE63.107, WE67.101, WE67.105
- solar electric design TU86.201
- solar electric industry TU86.201
- solar energy TU81.525, WE63.103, WE63.109, WE79.304
- solar hydrogen generation WE29.404
- Solar Panels TU59.406
- solar power tower WE63.113
- solar power WE79.309
- solar thermal double-effect absorption chiller steam renewable WE56.302
- solar thermal renewable heat electricity Stirling engine WE56.301
- solar thermal TU99.855, WE26.201
- solar to electric conversion WE79.302
- solar water heating WE56.303
- solar MO71.708, TU48.103, TU48.104
- Solar TU56.205
- solar TU59.401, WE26.201, WE56.303, WE58.203, WE63.105, WE67.106, WE69.106, WE79.301, WE79.302, WE79.303, WE79.306
- Solid electroltes MO26.405
- solid phase synthetic process MO21.702
- solid pre-cursor WE72.203
- solid solution MO71.302
- solid-solid phase transitions WE61.915
- solidification WE63.801
- Solution calorimeter WE63.801
- solvent exchange TU81.404
- Solvents TU59.102
- solvent TU99.104
- solvothermal TH11.501
- sonoelectrochemical WE63.901
- Sonogoshira TU51.404
- soot regeneration WE64.301
- sound-sensitive diaphragm TU52.302
- Soy-based WE62.506
- space applications MO52.401
- space charge WE62.107
- space exploration power generation WE26.201
- space power TU56.202
- space MO56.203
- SPCEs WE61.313
- specific detection TU23.202
- specifically adsorbing material TU21.404
- spectre WE72.603
- Spectrometers TU26.303
- spectromicroscopy WE21.604
- SPECT TU23.301
- spherical devices WE79.101
- SPICE models WE22.602
- SPICE WE72.602
- spin injection TU52.105
- spin vortices WE62.512
- spin wave hybridization WE61.914
- spintronics TU52.105
- SPM WE21.804
- sporting goods TH21.601
- spouted beds WE63.208
- SPR sensing WE61.312
- Spray deposition TU81.603
- spray pyrolysis MO22.205, WE61.506
- SPS WE61.207
- sputtering WE61.115, WE61.801
- squeeze film analysis MO22.302, WE72.404
- SRAM TU22.103, WE61.907
- stability MO52.305, WE61.415, WE61.501, WE62.117, WE71.301
- stabilty of dispersion TU81.512
- stable polymeric microparticle TU82.518
- standard reference material TU81.514
- standards WE67.206
- staphylococcus aureus TU82.301
- staphylococcus WE62.418
- starch WE63.606
- start up TU48.103
- startups WE58.204
- stationary batteries TU59.403
- statistical modeling WE22.602
- statistical variation WE22.601
- Statistical WE22.603
- stearic acid TU82.502
- steel foil substrate WE67.105
- steel WE77.304
- stem cells TU59.201, TU82.403
- STEM-EELS WE21.604
- STEM WE62.109
- stent TU59.204
- STF WE61.801
- stiction WE61.601
- stimulation WE29.206
- stimuli-responsive polymers WE21.302
- STM TU81.902, WE21.804
- stochastic modeling WE63.201
- storage MO26.406
- Storage TU76.201
- storage WE63.113
- storm water WE77.401
- strain gauge TU59.304
- Strain sensor TU81.603
- strained silicon WE22.604
- Strain TU51.204
- strain WE63.103
- stranded renewables MO78.101, TU99.856
- strategic WE63.212
- strategy MO58.102, TU58.101, WE56.203, WE63.209, WE64.403
- streptavidin MO72.301
- stress-strain behavior MO71.405
- stress TU52.302, WE62.102
- structural component TU76.204
- structural properties TU81.925
- structure fingerprinting TU81.903
- structured thin film WE61.801
- structure TH21.603
- Styrene TU59.103
- SU-8 TU52.304
- sub-micron WE70.102
- subcooling WE62.302
- subcutaneous WE79.202
- submicron TU99.305
- SuFET WE29.301, WE29.302
- sugar WE77.503
- super caps TU76.206
- super paramagnetic WE29.104
- super-hydrophilic MO51.103, MO51.104
- super-hydrophobic MO51.104
- supercapacitors MO51.404, TU99.849, WE61.706, WE63.605
- supercapacitor TU76.204, TU76.205, TU81.813
- superconducting field-effect transistor (SuFET) TU81.301
- superconducting magnet WE63.604
- supercritical CO2 WE63.101
- supercritical fluid TU81.211
- Superhydrophilic WE22.404
- superhydrophobic surfaces MO21.103
- superhydrophobicity MO21.101
- superhydrophobic MO51.102
- Superhydrophobic WE22.404
- supermacroporous cryogel TU82.308
- superoleophobicity MO21.101
- superparamagnetic carriers MO21.301
- superparamagnetic MO51.301
- supply side aggregation WE67.206
- supported lipid bilayer TU82.408
- surface acoustic wave WE61.904
- Surface Analysis WE70.104
- surface binding WE62.406
- surface characterization WE70.102
- surface chemistry MO57.103
- surface deposition WE29.101
- surface energy MO71.804
- Surface Enhanced Raman Scattering WE62.413
- surface enhanced Raman Scattering WE62.415
- surface functionalization TH11.703, TU81.512, WE21.605
- surface imaging TU51.605
- surface loss effects TU52.203
- surface modification WE71.101
- surface morphology WE61.807
- surface nanostructure TU51.801
- surface plasmon resonance biosensors WE62.407
- surface plasmon resonance WE62.408
- surface plasmons polaritons TU59.307
- surface plasmon MO21.203
- surface potential based models TU22.603
- surface potential based WE12.601
- surface potential compact model TU22.602
- surface potential model TU72.604
- surface preparation WE62.114
- surface roughness WE62.102
- surface tension WE61.601, WE72.406
- surface-enhanced Raman scattering (SERS) TU23.203
- surface-modified TU82.508
- surfaces TU21.101
- surface MO51.104, WE71.106
- surfact tension WE64.202
- surfactant free MO21.601
- surfactant TU59.102, WE63.904
- surgery WE29.202
- surgical amputation WE29.202
- surrogate biomarkers MO21.503
- suspended microarray variance microbeads luminex accuracy WE62.404
- sustainability WE63.206, WE63.212
- sustainabilty TU28.105
- sustainable biodiesel TU76.101
- sustainable design MO57.402, MO57.404, WE64.101
- sustainable innovation TU51.303
- sustainable materials WE69.105
- sustainable metals WE77.403
- sustainable WE77.503
- sustained release WE29.203
- Suzuki TU51.404
- SWCNT film TU81.603
- SWCNT mat MO52.102
- SWCNT-mediated redox reaction TU81.613
- SWCNT MO51.703, TU51.603, WE21.702
- swelling/shrinking TU81.402
- swirl cancellation MO76.302
- Switchable TU59.102
- switch TU81.605
- SWNT MO71.710, TH11.701, TU21.701, WE61.202, WE61.701, WE63.104, WE71.706
- swollen liquid crystal TU81.701
- symbiotic nitrogen fixation TU81.518
- SymBio TU57.104
- synchronous motors WE61.307
- SynCoal MO75.204
- synfuels TU55.303
- syngas TU59.404
- synthesis MO21.602
- Synthesis TU81.503
- synthesis TU81.506, TU81.513, TU81.921, WE61.509
- Synthesis WE62.406
- synthetic proliferation TU82.601
- system integrated optimization for commercial HVAC WE27.401
- system-level model WE72.604
- systems engineering WE67.206
- Systems engineering WE79.104
- systems WE79.103
- T Cells TU59.205
- T-Junction TH11.803
- tandem TU56.206, WE63.102
- tapping mode TU81.924
- Target Drug Delivery WE79.206
- targeted delivery TU82.212
- targeted liposomes TU82.304
- targeting therapy TU82.619
- TAT peptide MO53.301
- technological TH15.103
- technology commercialization TH15.101
- technology transition WE21.102, WE58.201
- temperature control MO52.202
- temperature measurements WE62.105
- temperature-time plot WE63.801
- Template Synthesis WE62.116
- template TU81.708, TU99.839
- templating TU21.401
- TEM TH21.602, TH21.603, TU51.204, TU81.509, TU81.902, TU81.906, WE62.109
- Tensile Strength (T.S) TU81.912
- Terahertz Signal Detection WE61.908
- testing WE21.102
- tetrahymena WE61.108
- Texas MO76.401
- textile dye TU82.712
- Textile TU81.704
- TFT MO71.707
- TG/DTA TU81.509
- The Complete Transistor TU12.601
- therapeutics TU53.104
- therapy MO71.204, TU82.613
- thermal ablation TU82.217
- thermal analysis MO71.406
- thermal conductivity MO21.704, MO51.702, TU75.106, WE61.814
- thermal diffusivity WE61.713
- thermal emission TU59.307
- thermal microactuator TU59.304
- thermal plasma TU99.842
- thermal storage TU99.855
- thermal treatment WE63.208
- thermal WE64.201
- thermodynamics MO73.204
- thermoelectric TU81.410
- THF MO71.504
- thick-film TU59.304
- thin film battery TU59.302
- thin film solar cells TU99.869
- thin film transistor WE12.604
- thin films MO71.202, TU51.202
- Thin films TU99.206
- thin film MO71.601
- Thin Film MO71.604
- thin film TU56.202, TU56.203, TU56.207, TU81.205, TU81.708
- Thin Film TU99.403
- Thin-film solar cell WE67.103
- thin-films WE61.603
- Thin-film WE56.303
- three dimensional solubility parameter WE63.801
- three-dimensional TU81.610, TU81.612
- thrombosis TU59.204
- thyroxine TU82.407
- Ti1-xFexO2 films TU81.927
- Tight Binding WE21.803
- tight-binding TU81.101
- tightbinding TU99.837
- time synchronized mesh protocol MO57.205
- time-domain NMR WE21.606
- time-temperature indicator TU51.406
- TIM WE64.201
- TiO2 nanoparticles MO21.601
- TiO2 nanotubes TU81.525
- TiO2 sol WE62.505
- TiO2/UV WE63.904
- TiO2 MO21.602, WE61.808, WE63.101
- tips MO72.402
- tire tread WE61.502
- tissue distribution TU82.508
- tissue engineering MO51.201, TU82.106, TU82.107
- tissue repair TU59.201
- tissue TH23.102, WE29.302
- titania nanotube arrays TU57.302
- titania MO21.403, MO22.204
- Titania MO77.401, TU52.305
- titania TU81.702, TU82.510
- Titania WE71.104
- titanium dioxide MO51.101, MO77.402, TU21.103, TU21.104, WE61.204
- titanium oxide TU82.103, TU82.603
- titaniumdioxide WE63.108
- titanium TU26.304
- Titanium TU52.305
- titanium TU81.705, TU82.604, WE61.506
- TMB/Poly80-HRP WE61.313
- tocodynamometer WE29.205
- tomography TU81.906
- tools TU99.507
- top-down design MO71.801
- top-down TU81.707, WE72.204
- toroidal carbon nanotube TU81.101
- torque rheometry WE61.710
- torsion WE61.901
- touch-panel WE61.107
- toughening mechanism TU21.403
- toughness MO51.707
- toxic chemicals TU82.701
- toxicity TU82.702, TU82.707
- toxicological MO21.504
- toxicology WE62.209
- TPIE TU81.911
- trace NO2 sensing WE72.304
- tracking MO58.102
- trademark TU48.104
- tranmission electron microscopy TH21.601
- transdermal WE79.202
- transfection efficiency TU82.208
- transformer WE61.411
- transgene TU82.306
- transient dynamic WE67.208
- transient simulation WE12.602
- transistor TU82.307, WE61.414
- transmission constraints MO57.202
- transmission electron microscopy TU81.528
- transmission electron microsocopy WE62.502
- transmission line matrix method WE61.904
- transmission spectrum WE21.804
- transmission TU99.856
- Transmission WE63.611
- transmissivity TU81.107
- transmittance TU99.841
- transparent coatings TU59.107
- transparent conductive coating TU59.407
- transparent MO21.402, MO51.103, MO71.708, TU21.302, WE61.406
- transportation WE77.605
- transport MO52.104, MO71.303, TU81.815, WE21.606, WE62.107
- transscleral illumination TU59.207
- trapping TU23.204, TU53.205, WE61.305
- trap WE61.906
- trends MO59.201
- trend WE77.102
- tribological properties WE61.508
- tribology WE71.105
- trichloroethene TU57.102
- Trickle Charging TU99.844
- trigeneration WE63.207
- triggerable release TU82.520
- triplex forming oligonucleotide TU82.619
- Tropical plants extracts WE27.504
- troponin MO52.106
- TSCA TU82.711
- tube control agent MO21.702
- tubulin TU82.618
- tug WE77.602
- tumor marker MO73.205
- tumor migration and invasion TU82.107
- tumor-targeted nanoparticles TU82.616
- tumor TU82.515
- tumours TU82.520
- tunable capacitor TU21.804
- tunelling WE21.705
- tunnel junction WE61.318
- tunneling transistor TU52.104
- tunneling WE63.107
- Tunsten TU51.203
- turbine selection index WE63.302
- turbines MO26.303
- turbogenerator MO72.403
- Tween 20 MO72.301
- tweezers TU81.605
- two dimensional devices WE22.604
- two probe method WE61.314
- type 1 diabetes WE29.207
- U.S. MO51.504
- UHF RFID MO72.405
- ultimate stress WE61.903
- Ultra capacitor TU99.852
- ultra-low power TU99.858
- ultra-thin membrane WE61.318
- ultracapacitor electrodes TU99.503
- ultracapacitors TU99.845
- ultracapacitor TU76.205
- Ultrananocrystalline TU99.847
- ultrasensitive MO73.205, TU99.304
- ultrasonic levitation WE29.307
- ultrasound WE63.905
- uncertainties WE63.201
- uncertainty TU81.909
- unified compact model TU72.603
- unified regional surface potential TU12.602
- uniformity WE61.316
- unimolecular micelle MO51.604
- unique two-dimensional signatures WE72.304
- universal conductance fluctuation TU81.101
- universal DNA nanoarray WE62.208
- unmanned aerial vehicles MO26.404
- upscaling MO26.203
- upstream E&P TU75.102
- UPS WE63.604
- uptake MO21.503, TU82.706, WE27.202
- uranium hydride TU55.302
- urbach energy. TU81.923
- urban WE63.301
- urea-formaldehyde resin TU99.105
- urgent quest clean energy billions in grants WE58.202
- use methane gas liberated coal mines WE64.401
- USGBC MO57.404
- utility incentives TU58.106
- utility-scale solar WE26.203
- utility-scale WE56.303
- UV emission MO22.103
- UV radiation TU51.305
- uv-absorber WE71.102
- uv-curable polymer TU81.404
- UV-Visible WE71.301
- vaccines MO53.103
- vaccine TU82.614
- vacuum technology TU76.206
- valveless micropump WE62.304
- vapor-solid mechanism MO22.202
- Variability WE22.603
- variable capacitor WE61.311
- Variable Power TU99.848
- vascular targeting MO23.103, MO53.104
- vCJD TU82.601
- VCO MO72.406
- venture capital WE58.204
- vertical alignment TU81.610, TU81.612
- Vertical Scanning Interferometry WE21.101
- vessel prosthesis TH13.104
- VGA TU59.106
- VHSV WE62.402
- Vibration Energy Harvester MO72.403
- vibrational modes WE63.106
- vibration TU81.412
- virtual testing MO71.402
- virtualization WE77.101, WE77.102
- virus MO51.201
- viscoelasticity TH13.101
- viscosity WE64.202
- visible upconversion WE61.112
- Visible TU26.303
- Visual prosthesis WE29.201
- visualisation MO22.404
- VLS TU81.210
- VOC TU59.103
- VOF TH11.803
- Von Mises stress TU81.801
- wake convergence MO76.302
- waste heat recovery MO77.403
- waste heat TU99.855
- waste management WE69.302
- waste plastics WE77.402
- waste reduction TU59.102
- waste to energy TU99.702
- waste water WE69.304
- wastewater remediation TU99.402
- wastewater treatment TU57.103, TU57.104
- wastewater TU81.608
- waste TU76.106
- water borne coatings WE71.103
- water conservation WE64.103
- water distribution system TU27.103
- water management MO21.102
- water meniscus TU81.808
- Water purification MO71.502
- water purification WE63.903
- water remediation WE63.902
- water splitting TU81.525, WE61.808
- water technology MO26.304
- Water Testing TU99.403
- water turbines WE63.304
- water-splitting TH11.502
- water TU27.102, TU75.105, TU76.207, TU99.405, WE69.308, WE69.310
- wave energy converters TU99.709
- wave energy MO26.302
- waveform MO72.306
- waveguides TU22.204, WE62.101
- waveguiding TH11.601, WE71.501
- wear MO26.302
- weibull statistics model WE63.302
- West Nile virus TU82.614
- wet chemical synthesis WE61.410
- wet synthesis TU21.402
- wettability MO51.101
- Wettability WE22.404
- wetting MO21.103
- whole blood MO53.303
- wholesale distributed generation WE26.203
- wick WE71.104
- width-offset TU22.604
- wind farm TU27.302
- Wind Farm TU99.848
- wind power MO76.301
- wind resource MO76.302
- wind statistics WE63.302
- wind turbine arrays MO76.302
- wind turbine generator WE63.302
- wind turbine WE26.201
- windows TU57.403
- wind TU48.104
- wireless power transfer TU76.206
- Wireless Recharge TU76.203
- wireless sensor networks MO22.402, MO22.404, MO52.402, MO52.403, TU22.301
- Wireless Sensor Network MO72.403
- wireless sensors network MO52.401, MO72.401
- wireless sensors TU22.302
- wireless sensor TU99.833, WE61.315
- wireless MO72.404, WE29.205
- wiring capacitance WE52.601
- Wiring harness MO71.701
- wood composite TU99.105
- wood smoke WE63.802
- workforce TH15.104
- workplace MO51.505
- WSN MO22.403, MO52.401
- x-band MO71.701
- X-Y micro-mover MO72.402
- XPS MO51.602, MO72.301, WE61.106, WE70.104
- XRD TU81.509, TU81.522, TU81.929
- Xtreme Power TU27.302
- yarns TU51.603
- yaw TU21.803
- yersinia WE62.418
- Young’s Modulus (Y.M) TU81.912
- Young’s modulus TU81.812
- yttrium aluminium garnet WE62.101
- yttrium WE61.112
- zeolites TU21.301, TU81.525
- Zeolite TU81.802
- zeolite TU81.804
- zero emissions WE77.603
- zeta potential TU81.512
- Zigbee receiver TU99.858
- ZigBee MO72.404
- zinc oxide nanoparticle WE61.414
- Zinc oxide MO22.202
- zinc oxide TU81.513, TU82.603, WE61.801
- ZIncOxide nanoparticles MO22.205
- zinc WE61.801
- zirconium WE61.112
- Zn2SnO4 TU81.915
- ZnO nanoparticles WE61.805
- ZnO nanowires WE61.802
- ZnO Nanowires WE62.116
- ZnO nanowire TU81.309
- Znonanowires TU81.803
- ZnO MO71.303, TH11.603, TU51.202, TU51.204, TU81.703, TU81.918, TU81.925, TU81.926, TU82.110, WE61.111, WE61.801
- Zn WE61.801
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