- (Zn WE79.135
- 1.55 um TU81.222
- 1D assemblies TU81.312
- 1D nanochannels WE47.02
- 2.5 Gbps TU81.222
- 3-axis MO45.02
- 3D atomic-scale structure MO21.04
- 3D fabrication TH47.02
- 3d interconnect TU81.404
- 3D Poissons equation TU69.04
- 3D video tracking TH52.51
- 3D-Photonic Crystals MO47.01
- 3D MO40.04
- 3d TU81.207
- 5-Aminolevulinic acid TU80.708
- 32 nm WE28.01
- 45nm technology TU29.03
- [2]catenane TU47.03
- _biocompatibility WE78.111
- A=T base pair TU81.105
- ab initio quantum chemistry TU81.106
- ab initio WE86.03
- ab. initio WE83.04
- ABAQUS TU80.912
- abductive network WE78.917
- aberration corrector TH46.02
- absorption WE78.809
- accelerometer MO45.02
- accommodation TH46.01
- accumulation mode WE79.602
- acid gases WE77.306
- acidification rates MO44.01
- acoustic streaming TH82.02
- acoustic TH62.05, WE79.210
- acrylamide TU80.724
- acrylic acid TU80.516
- active coatings TU81.402
- active glass WE78.810
- active TH26.01, TH62.04
- acuous oily wastes TH52.73
- acute toxicity TU80.407
- ac WE84.01
- adamantanethiol TU80.905
- adaptive grid refinement TU81.410
- adaptive sliding mode control TU81.424
- adaptive TH26.01
- adenovirus WE78.202
- adhesion and spreading WE79.125
- adhesion WE42.01
- adsorption TU80.408, TU81.108, TU81.110
- advanced materials TH86.02
- Advanced oxidation WE77.258
- aerogels WE79.133
- aerolysin WE78.212
- aerosil 200 WE69.01
- Aerosol Flame Deposition TU80.743
- aerosols TU80.404
- aerosol MO43.02, MO43.03, MO43.04
- Aerospace & Defense TU78.45, WE98.21
- AFM (atomic force microscopy) anodic oxidation WE79.137
- AFM MO67.03, MO67.04, TH44.02, TH46.05, TH46.06, TU67.02, TU67.03, TU80.122, TU80.912, WE44.03, WE78.311, WE78.906, WE79.104, WE79.107
- afm WE79.503
- AFM WE85.02
- Ag powder WE78.309
- Ag thiolate WE78.309
- agarose TU81.107
- agglomerate MO43.03
- aggregation TH28.04, WE78.208
- AIDS WE78.824
- Air Cooling System WE77.203
- air pollution WE77.202
- airborne molecular contamination TU81.327
- airborne MO25.03
- ALD WE87.02
- alginate nanohydrogels TU80.710
- algorithm WE78.313
- Algorithm WE93.71
- aligned films WE93.52
- aligned nanotube MO62.04
- alignment layer TU81.220
- alignment TH67.01
- alkali melt WE77.254
- alkoxides TU81.316
- alkylating agents TU80.222
- allergic WE50.03
- allowance WE79.402
- alpha-cyclodextrin TU80.504
- alpha-helical peptides WE78.212
- alpha-hemolysin WE78.212
- Alq3 TU80.915, TU81.320
- Alternative fuel WE93.72
- alumina TU81.326
- ambient intelligence TH52.51
- Ambisone-lyposom TU80.104
- amines WE77.301
- AMI TU80.716
- Amorphous Diamond WE77.353
- amorphous diamond WE79.305
- amorphous Si nanoparticles TU81.317
- amperometric detection TU80.316
- amphiphile self-assembly WE41.04
- amyloid beta WE78.923
- Amyloidogenesis TU80.746
- analog circuit analysis and design TU29.02
- analog design TU29.01
- analog mixed-signal sytems TU68.03
- analysis MO61.01, TU81.421
- analytic model TH29.03
- analytic solutions WE79.609
- analytical analysis TU80.802
- analytical TU81.328
- anatase WE77.305, WE79.127
- anchoring energy TU81.220
- and Bacillus anthracis spores TU80.315
- Anderson-Schulz-Flory equation WE78.813
- angiogenesis MO71.01
- anistropic particles TU62.02
- annealing WE78.819
- anode TU80.743, TU81.331
- Antenna Array TH52.54
- anti-cancer agent WE93.05
- anti-fog TH52.75
- anti-HER2 TH48.02
- anti-viral TH52.04
- antibodies TH84.04
- antigens WE46.02
- antimicrobial TH85.02, WE78.822, WE79.102
- antioxidant WE41.05
- antisolvent TU80.709
- antitubercular drug delivery WE78.214
- antiviral therapy TH48.03
- APID WE79.103
- apodization MO47.02
- apoptosis WE78.109
- applications WE90.05
- aptamers MO24.03
- aptamer TU80.111
- Aptamer TU80.207
- AqpZ MO70.04
- aquatic TU80.407
- aqueous media TU80.522
- architechtural glass TH52.77
- architecture TU61.04, WE77.304, WE77.401, WE79.502
- arctic WE78.808
- area detector MO21.03
- area effect TU81.205
- armor glass TH52.77
- Army TU81.402
- array TH62.04, TU80.920
- art unit WE79.402
- asbestos WE77.254
- ascorbate oxidase WE78.301
- ascorbic acid WE41.05, WE78.301
- ASIC WE50.07
- assemblies WE21.01
- assembly TU67.01, TU80.722, WE43.04, WE64.03, WE78.621
- assessment WE79.501
- astrocyte WE78.826
- asymmetric nanocatalysts WE78.814
- asymmetric TU75.02
- atmosphere TU80.404
- atomic force microscope (AFM) TU81.120
- atomic force microscopy TH46.05, WE45.02, WE78.310
- atomic force TU81.314
- atomic layer deposition TU81.422
- atomistic continuum mechanics TU81.103
- atomistic modeling MO66.01, TU80.918
- ATPase TH50.04
- Au nano particle TU80.742
- augmented materials MO25.02
- AUSM+ TU81.411
- authenticity verification TH85.52
- autoimmune disease TH52.01
- autologous WE50.02
- automation imaging synaps cortex TH68.02
- automotive glass TH52.77
- automotive WE93.72
- autonomous behavior TH52.52
- autonomy TU48.03
- Au WE81.02
- avalanche WE79.701
- awards TH74.51
- AWG TU81.211
- axon regeneration TH68.03
- Bacillus spores TH27.03
- bacterial leaching WE77.152
- bacterials adhesion WE78.102
- bacteria WE78.305
- bacteriophage TU81.120
- balistocardiography WE78.303
- Ballistic transport WE79.709
- ballistic WE30.01
- band diagram WE78.710
- band structure WE78.605
- bandwidth WE78.706
- barium titanate WE77.307
- barriers WE77.502
- batteries WE77.502
- battery TH86.02, TU81.331
- beam TU81.421
- behavioral modeling TU68.03
- bending TU81.421
- benefits WE79.501
- BET surface area WE78.904
- BGA MO22.04
- bHCG MO44.04
- bi-polar plates WE79.304
- bi-stable mechanism TU81.417
- Bi-stable WE79.126
- bilayer TH27.02
- bio sensors TU80.310, TU80.321, TU81.304, WE78.307
- bio-AFM TU80.313
- bio-analytical and electronic measurement TH24.02
- bio-detection WE65.02
- bio-diesel improvement WE93.72
- bio-interfaces TH84.04
- bio-materials MO70.03
- Bio-MEMS TU80.904
- bio-nano combined interfaces WE79.106
- Bio-safety TU80.301
- bioaccumulation TU80.408
- biochip TU81.423
- biocompatibilities WE78.102
- biocompatible ceramics TU80.119
- biocomposite TH52.72
- bioconjugates WE78.724
- biodegradable polymer TU80.205
- biodegradable TH52.74, WE46.02, WE78.108, WE78.113, WE79.129
- biodiesel fuels TH88.03
- Biodiesel TH88.02
- biodisribution WE78.110
- bioelectronic regenerate TU80.319
- bioelectronics WE78.724
- bioenergy WE77.452
- BioFETs TH51.01
- Biofilm TH76.05
- Biofuels TH88.02
- biofuels WE77.104, WE77.105
- biofules WE77.501
- biofunctionalization TH84.01
- Biogas WE77.101
- biogas WE77.102
- bioimmobilization TU80.904
- bioinformatics WE93.53
- biological WE85.04
- bioluminescence TU80.224, WE65.02
- bioluminescent imaging MO71.03
- biomarker discovery WE93.02
- biomarkers TU80.127
- biomarker MO44.04, WE93.04
- biomaterials TH44.02, WE78.120, WE78.121, WE85.03
- biomaterial TH67.05, WE78.103
- biomatrices WE78.108, WE79.129
- biomedical device TH27.04
- Biomedical Imaging WE78.207
- BioMEMS TU80.223
- biomimetic MO70.05, TH27.01, TH47.03
- biomolecular imaging WE78.209
- biomolecules MO24.02
- biomolecule TU80.125
- biopolymers MO20.02, TU80.603
- Biorecognition WE78.119
- bioremediation WE77.251
- biosensing TH84.04
- Biosensors. WE93.51
- biosensors MO24.02
- Biosensors TH51.01
- biosensors TH65.02
- biosensor MO24.04, TU80.305, TU80.312, TU80.314, TU80.315, TU80.317, TU80.319, TU81.330, WE65.04, WE78.306, WE79.207
- biowaste WE77.102
- bipolar circuit design WE79.701
- bipolar transistors TU81.117
- birefringence TU80.915
- Bisphosphonates TU80.123
- bisphosphonates TU80.124
- bitline leakage TU81.208
- black body WE79.305
- black silicon WE79.307
- blend WE79.306
- Blind channel deconvolution WE93.54
- blind channel equalization WE93.54
- blister test TU80.521
- block copolymer template MO62.03
- block copolymer thin film WE78.907
- block copolymers MO40.02, MO40.03, TU61.52
- block copolymer TH76.04, WE42.03
- blood cell separation TU48.02
- blood WE45.04
- BMP TU80.227
- BN-doped Fullerene WE66.03
- BNP TU80.111
- body current WE74.01
- Bombesin TU80.126
- bond critical point WE78.712
- bonding TH42.01, WE79.211
- bond WE78.610
- bone regeneration TU80.227
- bone WE78.111
- boronic acid WE78.301
- Boron TU80.918, TU81.201
- boss membrane MO45.03
- Bragg grating MO47.02
- brain tumors TU80.120
- brain tumour TU80.204
- brain-machine interface WE78.119
- branched gold nanoparticles WE78.203
- brand protection TH85.52
- brand WE79.401
- break junction WE78.722
- breaking strength WE63.01
- breast cancer WE78.211
- breeding WE77.302
- BRET WE65.02
- bridging domain TH70.12
- broadband WE79.704
- Brodsky WE93.03
- brownfields TH52.71
- BSA TU80.904
- bsim WE79.604
- BSIM WE79.612
- bubble TH62.05, TU80.606
- buckling MO66.06
- building efficiency WE77.309
- bulk FinFET WE78.705, WE78.706
- bulk mos WE79.604
- bundling TU80.114
- business modeling TU81.503
- business strategy WE77.261
- c-level WE77.451
- C60-dimer WE66.03
- cadmium zinc telluride TU80.926
- CAD WE62.02
- caenorhabditis elegans TU80.101
- cahracterisation TU81.425
- Calcium hydroxyapatite TU80.123
- calcium hydroxyapatite TU80.124
- calorimetry WE78.827
- CAM method TU81.103
- cancer cells TU80.116
- cancer cell TU80.113
- cancer detection WE45.03
- cancer gene therapy MO71.05
- Cancer Therapy WE78.207
- cancer TU80.122
- Cancer TU80.126
- cancer TU80.127
- Cancer TU80.207
- cancer WE50.01
- Cancer WE50.05
- cancer WE78.216, WE87.01, WE93.02
- cantilever control MO67.02
- cantilever sensor TU80.302
- cantilever TH46.05
- Cantilever WE79.107
- cantileve WE79.209
- Capacitance Voltge WE79.611
- capacitance MO44.02, WE78.607, WE79.211, WE79.602
- capillary electrophoresis TU80.734, WE78.519
- capillary inkjet head system WE78.523
- capital WE76.03
- carbides MO68.01, WE78.602
- carbohydrates WE78.215
- carbon black TU80.114
- carbon fiber TU80.227
- carbon nanofiber array TH27.04
- carbon nanofibers WE79.110, WE79.313
- carbon nanofiber TU81.331
- carbon nanoribbon TU81.206
- Carbon Nanotube (CNT) WE78.605
- carbon nanotube bundle TU81.205
- Carbon Nanotube Deposition WE50.52
- Carbon Nanotube Field Effect Transistor (CNFET) WE78.605
- carbon nanotube field-effect transistors MO24.03
- carbon nanotube films WE78.623
- carbon nanotube filter TU80.415
- carbon nanotube membrane fluid flow separations WE47.05
- carbon nanotube transistor WE30.02
- carbon nanotubes MO22.02, MO67.05, TH43.02, TH70.13, TU80.114, TU80.226, TU80.511, TU80.512, TU81.210, WE42.04, WE43.03, WE43.04, WE63.03, WE77.308, WE78.301, WE78.613, WE78.618, WE79.106, WE79.109, WE79.112, WE93.52
- carbon nanotube MO22.01, MO22.03, MO22.04, MO42.03, MO42.05, MO62.03, TH43.01, TH43.03, TH45.05, TH70.01, TU47.04, TU80.305, TU80.409, TU80.802, WE78.122, WE78.607, WE78.608, WE78.612, WE78.614, WE79.117, WE87.03, WE89.05
- carbon naosphere chains WE79.132
- carbon recapture WE77.105
- Carbon-nanotubes. TH52.76
- carbon MO62.02, TU80.503
- carbphydrate WE78.402
- cardiomyocytes MO44.01
- carotenoides WE78.201
- carrier transit delay WE79.602
- case analysis TU81.503
- casepase activity WE78.109
- Casimir WE79.133
- catalysis MO43.05, TH88.04
- catalyst-assisted WE78.611
- catalyst WE77.156
- catalytic effect WE87.03
- cathode WE79.313
- caustic soda WE77.252
- cavitation MO64.05
- CCVD WE78.618
- CdS-ZnS TU80.736
- CdSe WE78.812, WE79.310
- CdS TU80.736, WE78.816
- CdTe quantum dots WE78.320
- Cd TU80.408
- cell adhesion WE78.102
- cell culture WE78.115
- cell cytotoxicity screening TH62.01
- cell death WE89.02
- cell destruction TH48.05
- cell diagnostics MO44.02
- cell lysis MO64.05
- cell phone TH85.03
- cell separation TU48.02
- cell signalling TU80.110
- cell sorting WE78.508
- cell stimulation TH27.04
- cell targeting WE46.05
- cells MO64.03, MO64.06, TH62.04, TU80.707
- cellular uptake WE78.211
- cellulose nitrate TU81.330
- cellulose polymer TH52.72
- cellulose TU42.05
- cell WE78.509, WE79.137
- central nervous system TH68.03
- central processing unit WE79.204
- centrifugal microfluidics MO64.02, TH82.01
- CeO2 WE77.158
- ceramic microchannels WE78.515
- ceramics TH47.02
- cerium oxide TH88.04
- CFD TU80.727
- chain architecture TH50.02
- chain confinement and stiffening TH63.03
- chalcogenide MO68.02
- challenges WE77.553
- chaotic advection WE84.03
- chaotic mixing WE78.504, WE78.530
- chaotic WE79.213
- characterisation MO43.06
- characterization methods TU29.01
- characterization tools TH46.01, WE26.01
- characterization. WE78.208
- Characterization MO43.01
- characterization MO43.04, MO45.02, TU80.522, TU80.703, TU80.721, WE21.02, WE62.01, WE78.914, WE85.01
- charge patitioning TH51.03
- charge trap WE30.03
- charge-based compact models WE79.603
- charge-based TU75.02
- charge TU67.01
- Chemical detection MO65.01
- chemical nano sensors TU81.407
- chemical nanopattern TU80.323
- chemical patterning TU80.905
- chemical reactions WE78.520
- chemical sensor MO65.03, TU81.405
- Chemicals TU78.01, WE95.24
- chemical WE79.217
- chemistry WE63.02
- chemoprevention WE47.06
- chip electrophoresis WE78.516
- chip scale packaging TU81.404
- chiral clusters WE78.814
- chitasan TU80.118
- chitosan TH47.04, TU80.109, TU80.708, TU80.713, TU81.311, WE78.104
- chlorohexidine TU80.212
- cholesterol WE93.03
- chondroitin sulfate WE78.117
- chromatography WE79.112
- circuit design automation TU81.420
- circuit model MO66.03
- circuit simulation WE79.606, WE79.607, WE79.707
- circuits TU68.03
- circulating tumor cells MO64.04
- citosan TU80.505
- citrate gel WE78.909
- clay TH63.02, WE21.02
- clean hydrogen WE77.157
- Clean Technology WE97.72
- clean tech WE77.551
- Cleaning Verification TU80.222
- cleanroom TU81.327
- Cleantech policy WE77.503
- cleantech WE77.159, WE77.261, WE77.451
- CleanTech WE77.453
- closed-both-end capillary WE78.531
- closed-loop blood glucose TH85.04
- cluster beam deposition TU80.920
- cluster models TU80.404
- CMM MO45.03
- CMOS-MEMS MO45.02
- CMOS TU81.326, WE78.621
- CMPS WE28.01
- CNEMS TU81.208
- CNR TU81.206
- CNS regeneration TH68.01
- CNS TU80.206, WE89.02
- CNT production WE79.111
- CNT self assembly TU81.318
- CNT toners TU81.318
- CNTs WE63.03, WE78.615
- CNT TU81.502, WE43.02, WE78.603
- Co-Alloys WE78.821
- CO2 capture TH85.54
- CO2 WE77.502
- Co3O4 nanoparticles TU80.704
- coal-fired utilities WE77.306
- coalescence TU80.606
- coating MO63.01
- Coating TH52.75
- coating TU61.51
- cobalt ferrite TU80.719, WE78.116
- CoCrPtO TH64.01
- CoFeHfO thin films TU80.925
- cold field emitters WE78.613
- collaboration WE79.502
- collagen MO21.03, WE78.101, WE78.312
- collidal lithography TH84.03
- colloidal Au particle TU81.405
- colloidal crystals TU42.02
- colloidal lithography TH84.04, TU80.323
- colloidal self-assembly TU42.01
- colloidal stability WE78.922
- colloidal WE93.04
- Colloid TU62.03
- colon cancer WE47.06
- colored waste water WE77.258
- combinatorial methods TU21.01
- combinatorial TU61.02
- combustion synthesis WE78.615
- combustion TU80.724
- commercial mortars WE77.305
- communications WE77.261
- compact modeling TH51.04, TU75.04, WE74.01, WE74.02, WE79.604, WE79.606, WE79.607, WE79.703
- compact models WE48.03
- compact model MO66.03, TH51.02, TU29.03, TU49.01, TU75.01, WE30.02, WE79.609, WE79.610
- Compact Model WE79.705
- compact model WE79.707
- compact MOSFET model TU29.02
- compare TU81.315
- comparison TU81.421
- compatibility TH63.01
- competitive WE90.04
- complex step method TU81.109
- composite material TU80.732
- composite nanoparticle TU80.505
- composites MO40.04, TH50.02, WE63.01, WE63.02
- composite TH70.12, TU47.02, WE78.610, WE78.803
- Composite WE87.01
- composition TH50.02
- compression WE93.71
- computation efficiency WE79.703
- computational binding MO20.02
- computational design TU80.318
- computational modeling TH86.02
- computation TU81.421
- Computer Chips WE50.52
- computer modeling WE83.04
- computer simulation TU81.112
- concentrated suspension TU62.02
- concentration WE79.206
- Concept Aspect Profile WE77.260
- conceptual phase WE77.260
- concurrent equalizer WE93.54
- condensation TU80.702
- conductance WE78.617
- Conducting polymers TU80.602
- conducting polymers WE78.708
- conducting polymer TU80.523
- conduction path TU69.04
- Conduction Properties WE66.03
- conductiuve nanocomposite TH43.01
- conductive polymer WE78.122
- conductivity MO42.01, TU80.501
- conductors TH75.02
- confocal MO67.04
- Confocal WE78.514
- confocal WE78.812
- conformal electronics TU81.505
- conjugates WE77.251
- constriants WE85.01
- construction WE77.304
- consumer benefits TU80.401
- consumer products TH49.04
- contact angle WE78.503, WE79.101
- contamination MO61.01, TH85.02
- continuum WE78.616
- contrast agents WE78.206
- control banding TH49.03
- controlled assembly TH50.02
- controlled radical polymerization TU80.522
- Controlled Release TU80.207
- controlled release TU80.710, WE50.55
- convection WE78.405
- coordination polymer WE78.823
- coordination TU47.03
- copolymers TU80.515
- copper TU80.104, TU80.120
- CoPt WE78.821
- COP WE77.203
- core-shell structure TU80.113
- core-shell TU80.108, TU80.736, WE21.01
- corner model WE48.04
- correlated roughness MO67.01
- correlation WE48.03
- corrosion TU61.01
- cosmetic actives TU80.713
- cosmetics TU80.517
- costs WE79.501
- Coulomb oscillation WE78.612
- Coulomb-blockade devices WE78.723
- coulomb TU67.01
- counterfeiting WE79.401
- counterions WE84.05
- counting TU80.740
- coupled domain modeling TU81.419
- coupling TU80.311
- covalent WE43.02
- COX-2 TU80.216
- crack WE86.02
- Critical Care WE50.05
- critical heat flux TU80.927
- critical thinking WE79.501
- cross-contamination TH85.02
- cross-sections MO40.04
- crossbar TU81.219
- crosslinked TU80.515, TU80.728
- crumb rubber WE77.257
- cryogenic WE78.801
- cryoTEM WE85.03
- crystallization TU80.518, TU80.709
- CSI TH75.03
- CSP TU81.404
- CT imaging TU80.125, WE78.215
- cubic phases WE41.02
- CuO nanofilm WE78.809
- CuO/CeO2 WE77.158
- CuO WE77.158
- curing WE42.02
- current blockade WE78.212
- current density WE78.614
- current leakage TU81.117
- current scaling relation WE78.507
- current-induced breakdown WE79.110
- current WE78.725
- cutoff frequency WE78.706
- cutting oils TH52.73
- CVD process MO47.04
- CVD TH70.11
- CVI WE77.201
- cyclic redundancy check WE79.216
- cyclodextrin TU47.03, TU80.726
- cytochrome WE78.724
- cytotoxicity WE78.210, WE79.125, WE89.02
- cytotoxicology TH52.03
- cytotoxic WE78.114
- data storage TU81.414, WE79.208, WE93.74
- data transfer WE79.217
- database TH52.55
- deagglomeration TU80.705
- Debye glass WE41.01
- dechlorination WE29.03
- decision analysis TU80.406
- declarations TU80.402
- Decomposition methanol WE77.158
- DECONTAMINATION WE77.253
- Deep web TH52.55
- defect analysis TU81.303
- defects TU80.741
- deformation measurement WE26.03
- deformation WE78.510
- dehydrogenase TU80.319
- delaminating force TU80.521
- delay distribution WE48.02
- delivery WE46.02
- demolding force TU68.05
- demolding TU68.05
- dendrimer TH44.02
- dendron TU80.313, WE65.03
- density functional theory TH70.02, TH70.11, TU81.101
- density WE78.904
- dental implant WE78.106
- dental resin WE78.105
- dental TU80.212
- dentritic copolymer structures TH50.02
- deposition TH65.03
- desalination MO42.03, TU80.415
- Design-for-Environment WE77.403
- design TU81.117, WE78.725, WE79.205, WE79.209, WE79.217
- DESORPTION WE77.253
- Desulphurization of coal WE77.152
- detection of dopamine WE78.301
- detection MO65.02
- detectors WE79.120
- detector MO47.03
- development of synthetic receptors TU80.318
- development. WE77.101
- development TU81.507
- device modeling TU69.01
- device physics TU49.01, WE79.606, WE79.607
- device simulation TU68.02
- device-circuit coupled simulation WE78.706
- devices TU81.403, WE78.517, WE78.518, WE78.725
- device TH45.02
- dextran TH67.05
- dextrin TU80.201
- DFB TU81.222
- DFT Pt CO adsorption oxidation catalysis diesel TU81.122
- DFT TU81.105, TU81.110, WE66.03, WE78.404, WE78.719
- DG TU75.02
- di-block copolymer MO67.01
- diabetes WE50.02
- diagnostic tests TH52.02
- diagnostics MO24.04, TH85.06, WE45.04
- Diagnostics WE50.01
- diagnostics WE65.01, WE78.824
- diagnostic WE50.04
- diameter MO62.04, WE78.506
- diamond enzyme immobilization electron transfer TU80.809
- diamond film TU81.310
- diblock copolymers WE81.02
- dielectric properties TU81.310
- dielectrophoresis MO44.02, MO64.03, TU81.207, WE81.04
- diesel particle WE77.201
- dies TU81.403
- diffusion TU80.917, WE47.03, WE78.405, WE78.520, WE79.203, WE79.501
- digital circuits WE83.02
- digital image correlation WE26.03
- digital quality power WE79.312
- digital MO67.02
- diisocyanate WE43.02
- diode WE79.703
- dioxin TU80.403
- dip pen nanolithography WE44.03
- Dip Pen WE62.05
- dip-pen nanolithography TH44.03
- dip-pen WE64.02
- direct conversion WE79.311
- direct deposition WE44.03
- direct lithography TU81.301
- direct tunneling gate current WE78.605
- Direct write photolithography WE93.51
- directed assembly MO68.05
- directed growth WE43.04
- dislocation emission WE86.01
- disordered repulsive droplets WE41.01
- disorder MO41.02, WE78.617
- dispersant TU62.02
- dispersion TH43.01, TU42.04, TU80.705, TU80.733, TU80.806
- display devices WE44.01
- dissipation TU80.520
- distillation TU80.415
- distortion WE74.04, WE79.604
- distributed generation TH75.03
- distributed key TH52.53
- distribution TH85.02, WE79.312
- DLC MO45.03
- DNA detection WE45.01
- DNA extraction MO64.02
- DNA functionalized nanoparticles WE45.02
- DNA hybridization WE65.03
- DNA isothermal amplification WE45.02
- DNA methylation WE45.03
- DNA microarrays TH44.03, TH62.03, WE45.02
- DNA microarray WE45.01
- DNA nanoplexes TU80.202
- DNA nanospheres WE45.02
- DNA sensor TH27.04, WE78.306
- DNA standards. TH52.02
- DNA stretching WE47.04
- DNAFET WE78.306
- DNA MO64.06, TH44.01, TH44.02, TH48.04, TH70.01, TU80.107, TU80.226
- dna TU80.302
- DNA TU80.307, WE47.04
- docetaxel WE46.01, WE46.03
- dopamine TH85.05
- dopants TH45.06
- doping WE79.104, WE87.04
- double gate MOSFETs WE79.609
- double gate MOSFET WE74.04, WE79.605
- double gate TU75.04, WE79.711, WE79.712
- double integral drain current y-equation TU49.03
- double wall nanottubes MO62.01
- double-faced wall stagnation flow burner WE78.615
- double-gate MOSFET TH64.03
- double-gate mosfet TU75.03
- double-gate WE79.610
- Doxil TH67.03
- doxorubicin TU80.204
- DPF WE77.201
- DPN WE44.03
- DPSS TU81.304
- drain current TU75.02
- drain-induced charge enhancement TU69.02
- DRIE WE79.214
- Drift Diffusion transport WE79.709
- drinking water treatment WE89.04
- DRM TH52.53
- drop formation TH42.03
- drop-on-demand WE78.523
- droplet boiling TU80.718
- droplet formation TH42.04, TU80.322
- droplet TU80.606, WE78.502, WE84.06
- drug delivery system TU80.205
- drug delivery vehicle WE41.03
- drug delivery TH67.03, TH85.06, TU80.206, TU80.209, TU80.211, TU80.223, TU80.225, TU80.711, WE46.05, WE50.55, WE78.113, WE78.201, WE78.805, WE84.02
- drug development TU80.318
- drug screening TU80.101
- drug-delivery systems TU80.210
- drug/gene delivery WE78.205
- dry condition TH76.03
- dry mechanical screening and flotation WE77.151
- dsDNA TU81.103
- DSMC TU81.119, TU81.121
- dual beam FIB TU81.303
- dual-gate TU75.02
- DUV photolithography MO47.02
- DWNTs TU80.927
- dye molecule WE77.352
- dye sensitization WE79.309
- dye-sensitized solar cell WE79.308
- dynamic authentication TH52.53
- dynamic viscosity TU80.506
- dynamics MO66.06, TH76.01, WE85.01
- dynamic TU80.740
- e-beam lithography TU81.302, WE64.01
- E.coli bacteria WE77.255
- easyscan WE79.503
- eccentrically TU81.418
- eco-compliance TU80.402
- ecobinders WE77.303
- education TH61.01, TH61.02, WE79.501, WE79.502, WE79.503
- effect of random dopant WE78.705
- effective drain-source voltage TH51.04
- effective mechanical properties and responses TU80.802
- effects of thermal treatment WE79.132
- efficiency WE77.105, WE79.612
- effluent reduction WE77.205
- EGFR WE78.204
- EIS TU61.01
- EKV3 model TU29.01
- elasticity WE86.03
- elastic WE78.616
- elastomers TH63.03
- electric field TH44.01, TH46.06, WE43.04
- electrical characterization WE79.702
- electrical conductivity TU81.218, WE79.134
- electrical contacts MO42.05
- electrical detection TU80.308
- electrical mobility technique WE78.905
- electrical properties TU80.512, WE42.04
- electrical transmission grid TH75.02
- electro-depositable resist TU68.01
- Electro-hydrodynamics WE78.526
- electro-thermal actuator MO66.04
- electro-thermal WE78.721
- electrocatalysts WE79.304
- electrochemical capacitors WE79.316
- Electrochemical Characteristic WE78.107
- electrochemical sensing TH82.03
- electrochemical sensor TU80.306
- electrochemistry TU80.602
- electrodeposition WE79.120
- electrode WE78.122
- electrodynamics WE78.614
- electroforming TU80.916
- electrokinetic remediation WE29.01
- electroless plating TH44.04
- electrolytes TU80.911
- electrolyte TH85.54, WE79.309
- electrolyzer WE77.351
- electromagnetic actuator WE79.208
- electromagnetic field TU81.102
- electromanipulation MO44.02
- electromigration WE78.722
- electron beam lithography WE44.04
- electron density WE78.712
- electron effective mass WE78.715
- electron propagator method WE78.711
- electron transport MO42.02, WE78.714
- electronic affinity WE78.712
- electronic circuits TU42.05
- electronic DNA detection WE45.02
- electronic properties WE66.01
- electronic structure calculation TH70.01
- electronic structures TU81.113
- electronic structure WE66.01
- electronic transport WE62.03
- Electronics TU76.41, TU76.42, TU76.43, TU76.44, WE98.22
- electrons WE77.202
- electroosmosis of the second kind WE84.01
- electroosmosis WE29.01, WE78.531
- electroosmostic flows WE79.207
- electroosmotic flow WE78.505
- electroosmotic pump WE77.155
- electrophoresis WE78.531, WE84.05
- electrophoretic deposition WE78.809
- electroporation TH28.02
- Electrospinning process TU81.315
- electrospinning TH67.01, TU80.508, TU81.330, WE78.104, WE78.108, WE78.118, WE79.129
- electrospray MO43.04
- Electrospray WE93.02
- electrostatic inkjet printing system WE78.523
- electrotransfection TH28.02
- Ellipsometry WE78.911
- ellipsometry WE79.306
- Embedded WE50.53
- embossing TH42.01
- emissions WE77.401, WE77.502, WE93.72
- emission TH64.02
- emissive devices WE78.623
- EMP WE87.02
- emulsification WE78.528
- emulsion polymerization TU80.728
- emulsion TU80.804
- Encapsulated and Released Drug TU80.121
- encapsulation NIR dye WE78.304
- encapsulation MO70.02, TH28.04, TU80.108, TU80.603, TU80.713, WE50.55
- encryption TH52.53
- endocytosis WE78.213
- energy efficiency TH75.02, TH75.03, TU80.415
- Energy efficiency WE77.309
- energy scavenging MO45.04
- energy storage TH86.02
- energy TH53.03, WE76.03, WE77.157
- Energy WE77.453, WE95.01, WE95.02, WE95.03, WE95.05, WE98.01, WE98.02, WE98.03, WE98.04, WE98.05
- engine deposits TH88.04
- engine testing WE77.401
- engineered networks WE78.112
- engineering controls TU81.509
- engineering TH68.05
- Engineering TU78.42
- engineering WE77.401
- Engineering WE92.22
- Environmental Directives WE77.403
- environmental health TU80.411
- Environmental Management WE77.259
- environmentally benign design TU81.506
- environmental MO25.03, TU81.508, WE77.401
- environment TH49.02
- envrionment TU80.405
- enzyme TU81.101, WE77.251
- EO2 WE84.01
- EOS TU80.307
- epidermis damage TU80.409
- epitaxy WE50.53
- epoxy networks TU80.514
- Epoxy TH52.76
- epoxy TU61.01, TU81.322, WE87.06
- EPR MO61.02
- ESEM WE85.04
- ethanol WE78.622
- ETS-4 WE79.301
- evaluation WE77.451, WE79.501
- evaporation TU80.702
- evidence based management WE77.260
- evolutionary algorithm TU81.420
- evulutionary algorithms TU68.01
- EXAFS WE79.104, WE79.108
- Excellent electrical and magnetic properties TU80.925
- exchanges TU80.402
- Excimer TU81.304, WE78.514
- excited state TU81.106
- excitons WE66.02
- EXPAR TU80.307
- experimental binding MO20.02
- expert opinion elicitation TH49.03
- explicit compact model WE74.03
- explicit solution WE79.703
- explicit solvent model TU81.106
- exposure assessment TU81.509
- exposure control TU81.509
- exposure TH49.04, TU80.405
- external electric field TU81.113
- extracellular matrix TH67.05
- extrusion process TH52.72
- F0F1-ATP motor WE78.318
- F1F0-ATPase WE78.320
- fabrication techniques TU42.01
- fabrication WE47.02
- Fabry Perot WE79.210
- facility WE77.401
- failure mechanisms WE78.919
- fat soluible micornutrients TU80.215
- fate TU80.405
- Fd3m bulk mesophase WE41.02
- Fe nanopowders WE78.802
- feed-in-tariff WE77.501
- feedstock WE77.104
- felts WE63.01
- femtosecond laser TU81.303, WE79.307
- FePt WE78.819
- ferrite TU80.506
- ferritin TU80.508
- ferrocene WE78.622
- ferrofluid TH82.01
- ferromagnetic TU80.719
- ferromagnetism TU80.725
- FETs TH51.01, TU81.117, WE30.03
- FET WE78.607, WE78.704
- Fe TU80.801, WE86.01
- fiber optic WE79.210
- fibril WE78.101
- fibrinogen WE78.302
- FIB MO40.04, WE26.04, WE44.02
- fictitious domain/Maxwell stress tensor formulation WE84.03
- field effect device TU80.321
- field effect MO24.02
- field electron emission TU81.205
- field emission MO22.03, MO22.04, WE78.614, WE79.305
- field-effect transistor TU81.215, WE78.612
- field-effect WE83.04
- figure of merit WE79.134
- film WE78.606
- filtering TU80.603
- filter WE79.113
- filtration effect TU80.705
- filtration method WE78.623
- filtration TH84.02, WE29.04
- Financial Risk WE77.403
- FinFETs TH29.02
- FinFET TU69.02, TU75.01, WE78.703
- finishing WE78.822
- finite element analysis TU80.802, WE78.917
- finite element method (FEM) TU81.415
- finite element method WE79.202
- finite element MO66.04
- Finite volume TU81.411
- Finn WE93.05
- first-principles TU80.917
- FITC TU80.109
- flame acceleration TU81.411
- flame spray pyrolysis MO43.06
- flame spray MO43.02
- flame synthesis MO43.05
- flat glass TH52.77
- Flat Panel Displays WE50.52
- flat-band current TU49.03
- Flexible Display WE79.126
- flexible electronics TU81.505
- flexible functionality WE78.723
- flexible TU81.207
- flicker noise WE30.03
- flicker WE79.601
- flooding WE77.155
- flourescence WE78.805
- FLOW CONTROL WE79.131
- flow cytometry TU48.04, WE78.211
- flow TH82.03, WE47.03, WE78.316, WE78.506, WE84.04
- fluctuation of electrical characteristics WE78.705
- fluid transport TH82.03, WE84.02, WE84.04
- fluidic device design WE84.04
- fluidic device simulation WE84.04
- Fluidic forces WE77.256
- fluidics TH62.04
- fluorescence enhancement WE45.01
- fluorescence microscopy WE47.02, WE93.76
- fluorescence quenching WE45.01
- fluorescence resonance energy transfer WE78.823
- Fluorescence-based PCR TH52.02
- fluorescence TU80.108, TU80.707, WE78.209, WE78.812, WE93.04
- fluorescent dyes TU80.108
- fluorescent nanoparticles TH28.03
- fluorescent TU80.110
- fluoresencence spectoroscopy TU80.222
- fly ash WE77.151
- fMLP WE78.302
- foam TU80.603
- focused ion beam TU81.305, WE26.04
- foldamer MO70.05
- folding MO70.02
- folic acid and nanoparticle TU80.708
- follow-up WE78.524
- food liquid crystals WE41.02
- Food Products WE92.53
- food safety WE78.308
- food vs. fuel WE77.104
- foodborne bacteria WE78.308
- Food TU62.03
- food TU80.401
- force distance curve TH46.06
- force WE85.02
- forensic TU80.412
- form-in-place membranes WE78.517, WE78.518
- formaldehyde TU80.404
- Fourier transforms WE93.71
- FPGA MO67.02, WE93.53
- fracture toughness TU80.510
- fracture TU47.02
- free radicals TU80.226
- freeze-fracture elecron microscopy WE78.205
- Frenel diffraction TU68.01
- frequency domain MO66.05
- frequency WE78.604
- fringing field TU67.01
- front panel display WE79.305
- front tracking method TH42.04
- front tracking WE78.510
- fsion phage TH67.03
- FT synthesis WE78.813
- FTIR and TG-DTA WE79.115
- FTIR TU80.724
- fuel cell membranes TH76.01
- fuel cell membrane TH76.04
- fuel cells electric vehicles manufacturing cost analysis WE77.204
- fuel cell TH76.04, TH85.06, TH85.54, WE77.157, WE79.303
- fuel consumption TH88.04, WE93.72
- fuel tax revenue WE79.314
- full spectrum solar cells TH85.53
- fullerenes TU80.707, WE79.108
- fullerene TU80.501, TU80.502, TU80.503, WE89.01
- functional return of vision TH68.01
- functionalization MO42.03, TU80.721, WE43.02, WE63.02, WE78.805
- functionalized carbon nanomaterials WE78.210
- functionalized multi-wall carbon nanotubes TU80.806
- functionalize TU80.801
- fungine-infections TU80.104
- GaAsSbN TU81.213, TU81.214
- GaAs TU81.401, WE79.215
- Galerkin projections MO66.06
- gallium-arsenide TU81.123
- gamma ray detection TU80.926
- GaN TH70.02, TU81.203
- gas phase WE78.521
- gas sensor WE79.215, WE87.04
- GaSbN single quantum wells TU80.914
- gas TU80.920
- gate length variation WE48.02
- gatifloxacin TU80.118
- gating WE83.04
- gauge factor TU80.601
- GA TU81.415
- gene and protein delivery TU80.218
- gene expression microarrays WE69.02
- gene expression TU80.203
- gene therapy TU80.214
- generally cylindrical orthotropic TU80.802
- generation TH74.52, WE79.312
- genetic algorithm TU68.04, TU81.415, WE79.202
- genetic disorders WE50.01
- geometry scaling TH51.02
- Germany WE77.501
- Ge MO47.03
- Gibbs energy TU81.118
- GIDL WE74.01
- Gigahertz Oscillators TU81.115
- GISAXS WE78.910
- GLAD TU81.320
- glad WE79.113
- glancing angle deposition TU80.915, WE65.04
- glass lamination TH52.77
- glass transition temperature TU81.218, TU81.406
- glass transition WE85.01
- Glasses TU81.112
- glass MO61.02, WE78.525
- glioblastoma WE78.204
- global poor TU81.501
- globular protein TU81.311
- glucose and hydrazine biosensors TU80.919
- glucose biosensor TU80.303
- Glucose TU80.716
- glycine TU81.108
- glycosaminoglycan WE78.117
- GMP TU80.214
- gold colloids WE78.923
- gold nanoparticles dyes WE78.806
- Gold nanoparticles TU80.123
- gold nanoparticles TU80.124
- Gold Nanoparticles TU80.126
- gold nanoparticles TU80.720, TU81.311, WE45.01, WE78.202, WE78.215, WE78.803, WE78.807, WE78.814, WE81.04, WE89.03
- gold nanoparticle TU80.106, TU80.112, WE89.01
- gold nanoparticl TU80.307
- gold nanorods TU80.722
- gold TU81.105, WE78.119
- Government WE77.502
- grafted polymeric drug delivery system TU80.221
- grain growth TU80.916
- grain size distribution TH64.01
- Grand Challenge TH52.52
- grazing incidence X-ray scattering MO21.02, WE78.907
- green building WE77.304
- green chemistry TH74.51
- green nanoscience TU81.506
- green nanotechnology TH74.51
- Green's function MO42.02
- Green-function WE83.04
- green WE76.03
- grinding TU80.705
- groundwater TH52.71
- grow-in-place TU67.04
- growth mechanism MO62.03
- guidance TH49.02
- guiding-nanochannel template TU67.04
- guidlines WE78.919
- Gummel symmetry TH51.04
- GUV MO70.04
- H-MOVPE WE64.04
- H-ZSM-5 TU81.108
- H2/O2 fuel cell WE77.154
- H4 neuroglioma cell WE89.02
- haemodynamics WE78.405
- halloysite TU80.744
- halo implant TH29.03
- Hamming codes WE79.216
- hard disk drive read head WE78.714
- hardware WE93.53
- harmonic balance MO45.05
- harsh environment TU28.02
- HBT WE79.710
- HCV TU80.224
- healing WE79.129
- Health & Medical Devices WE92.01, WE92.02, WE92.03, WE92.04, WE92.21
- health and nanotechnology TH52.03
- health TH49.02, TU81.508
- heat conduction TU81.414
- heat efficiency TU80.114
- heat sinking & systems WE50.54
- heat transfer WE50.51, WE78.808
- heating rates WE78.827
- heavy metal TU80.312
- helix MO70.05
- hematite particles TU47.01
- hemorrhagic shock TU80.210
- HepG2 WE79.125
- Her2 WE46.01
- hermeticity TU81.422
- hetero-structure WE79.311
- heterogeneous displacement reduction TU80.737
- heterogeneous integration MO68.01
- heterogeneous nucleatioin TH47.04
- heterojunction TH45.02
- Heterostructures WE50.53
- HEV TH86.02
- Hidden Image. WE93.73
- hierarchical holographic modeling TH49.03
- Hierarchical nanocomposites TH45.05
- Hierarchical pore structures TU80.922
- high density via TU81.404
- high frequency MO42.01, WE78.706
- high output experimentation TU61.03
- high power transistors TH85.53
- high pressure flow reactor WE78.825
- high purity TU80.701
- high resolution WE44.02
- high temperature MO42.01, WE78.521
- high throughput TU21.01, TU61.02
- high-aspect-ratio structure TU80.523
- high-content cell imaging WE89.02
- High-frequency applications TU80.925
- high-throuput production WE41.01
- high-voltage WE79.612
- His 195 TU81.101
- histamine TU80.604
- history TU49.01
- HIV WE78.824
- HMM WE78.402
- hollow nanospheres TH45.04
- hollow silica TU80.729
- holographic multi-beam interference TU42.01
- holography WE78.819
- home assistance TH52.51
- homogenization WE86.02
- hook shaped WE79.706
- hot gas filtration WE77.201
- HREM TU80.741, WE78.903, WE78.920
- human health MO25.01
- human interaction TH52.52
- humidity WE79.209
- hurricane glass TH52.77
- hybrid composite and multi-walled carbon nanotubes (MWCNT) TU80.510
- hybrid electric vehicle WE79.315
- Hybrid Electronics WE50.53
- Hybrid metal SBA-15 WE78.811
- hybrid nanostructure TU80.741
- hybrid optimization technique TU81.420
- Hybrid organic/inorganic materials WE77.301
- hybrid powertrain WE79.315
- hybrid simulation TU81.111
- hybrid structure WE79.124
- hybrid system TU47.01
- Hybrid TiO2 nanotubes WE78.811
- hybridisation TH62.03
- hybridization TU81.208
- hybrid TH45.01, WE78.807
- hydrazine TU81.407
- hydrid particles TU80.522
- hydrocarbons TH52.71
- hydrocarbon TU80.902
- hydrodehalogenation TU80.745
- hydrodynamic focusing WE78.501
- hydrogels WE64.01
- hydrogel MO70.02, TH67.05, TU80.212
- hydrogen bonding TU81.102
- hydrogen capture TH76.05
- hydrogen economy WE77.159
- hydrogen powered engine WE77.159
- hydrogen storage material WE78.619
- Hydrogen storage material WE79.302
- Hydrogen storage WE78.601
- hydrogen storage WE79.109
- hydrogen technology WE77.159
- hydrogenation WE78.702, WE78.825
- hydrogen TH85.54, TU80.729
- Hydrogen WE77.352
- hydrogen WE77.502
- hydrophilic drug TU80.710
- hydrophobicity WE78.102
- hydrothermal method WE78.619
- hydrothermal route TU80.704
- hydrothermal synthesis TU80.110, TU80.730
- hydrothermal treatment TU80.726
- hydroxyapatite TU80.119, TU80.723, WE77.301
- hygienic surfaces WE29.04
- hypersensitive WE50.03
- hyperthermia TU80.211, TU80.219, WE78.116, WE78.202, WE78.203
- hyrids WE64.03
- hysteresis WE74.01
- ICP-MS TU80.407
- ICP-OES WE78.817
- IC TH28.51
- identification WE78.308
- identity management TH52.53
- IDG MOSFET WE74.03
- Idsat WE79.706
- IETS TH48.04
- IgG TU81.107
- II-VI compound semiconductor WE79.119
- II-VI semiconductors TU80.901
- III-Nitrides WE64.04
- image processing WE78.914
- Image processing WE93.71
- image registration WE78.914
- Image WE93.71
- Imaging chip WE65.02
- imaging mode TH46.05
- imaging MO67.04, TH28.05, TH48.01, TU62.01, TU80.908, WE78.202, WE78.312
- immobilisation TU80.316
- immobilization TH65.02
- Immunoassay TH62.02
- immunogenecity TU80.112
- immunoglobulin E MO24.03
- immunoliposomes TH48.02
- immunomagnetic cell sorting WE78.508
- immunotherapeutics TH48.03
- immunotherapy WE93.05
- immunotoxicology WE89.03
- impact ionization WE74.01
- impacts TU81.508
- impact WE47.06
- impedance detection WE45.02
- Impedance spectroscopy TU80.301
- impedance TU80.307
- implantable bio-chip TU80.210
- implantable MO44.04
- implants TU80.206
- imprint lithography TU68.05, TU81.307, WE79.130
- Improved Patient Compliance WE50.07
- improvement goals TU81.508
- improvement properties TH43.01
- in situ MO25.03
- in vivo TU80.216
- in-situ gas-heating TEM TH46.03
- in-situ lift-out technique TU81.329
- in-situ MO41.04, WE78.905
- In2O3 nanowire TU80.305
- incineration TU80.403
- independence TH75.03
- independently driven double-gate MOSFET WE74.02
- independently driven WE74.04
- Indirect Fourier Transformation WE78.908
- indium TU80.917
- induced-charge electroosmosis TH82.02
- inductance WE78.314
- inductors WE79.704
- Inductor WE78.603
- industrial hygiene TU81.509
- industrial lignins WE77.303
- industry-academics WE77.552
- industry/academia collaboration TU81.504
- industry TH61.02
- infectious disease detector WE78.824
- inflammation WE78.302
- influence diagrams TH49.03
- information extraction TH52.55
- infrared detection WE79.305
- infrared WE79.120
- infrastructure WE26.01
- InGaP/GaAs WE79.710
- injection WE78.516
- ink jet printing TH42.02
- ink jet TH42.02
- inkject WE78.915
- inkjet printing TU42.05, TU80.601
- inkjet TH42.03, TU81.325
- innovation TH74.51, WE77.451, WE77.452
- inorganic and organic pigments TU61.03
- inorganic TH53.04
- Inorganic TH53.05
- InSb and GaInSb MO68.04
- InSb WE79.120
- InSe TU81.223
- Instrumentation TU76.22
- insulation WE77.502
- insulators WE85.04
- insulin delivery TU80.217
- integrated actuation and read-out TU81.416
- integrated circuit packaging WE50.51
- integrated circuits TH28.51, TU81.505
- integrated readout WE78.315
- integration TU81.403
- intellectual property WE77.451
- intelligence WE90.04
- intelligent sensors TU48.03
- intercalacation WE87.05
- Interconnects WE78.603
- interconnect TU80.742
- Interdisciplinary Search WE90.03
- interdussion TU80.742
- interface dipole WE78.710
- interface stability WE79.206
- interface traps TU49.01, TU49.02
- interface WE63.03, WE78.610, WE85.01
- interfacial properties TU80.806
- interference TU80.303
- intermolecualr interaction TU80.905
- internal & external metrics WE77.260
- internal combustion engine WE93.72
- internal pigmentability WE42.02
- international collaborations TU81.501
- international WE90.02
- interphase WE42.01
- Interpolation WE93.71
- interposer TU81.404
- Interpretation of nanotechnology TU81.502
- intrinsic channel WE79.605
- intrinsic TU75.02
- invar TU80.916
- inverse lithography TU81.301
- inverse opals WE78.921
- invertible polyesters WE81.03
- invertible polymers WE78.922
- investigation WE26.02
- invest WE76.03
- invisible interrogators TH85.52
- Ion beam TU81.303
- ion channels WE78.313
- ion detection TU80.302
- ion exclusion MO42.03
- ion WE93.02
- ip strategy WE77.451
- ip tips WE77.451
- ip WE77.451, WE77.451
- IP WE77.452, WE79.401, WE90.05
- IRES TU80.224
- irinotecan TU80.120
- iron oxide nanoparticle MO71.02
- iron oxide TU80.706, WE69.05, WE78.827
- ISE TU81.406
- isotope tracers WE69.04
- issues WE77.553
- ITRS TU81.327, TU81.328
- jamming TU62.02
- Japn TU81.502
- JAVA TU68.04
- jet breakup TH42.02
- jet instability TH42.02
- jet modulation TH42.02
- JFET WE79.211
- keratoconjuncitivits TH52.04
- kernel methods TU81.109
- kinetic Monte Carlo TU81.201
- kinetics TH27.02, TH27.03, TH70.02, WE65.03
- kinetic WE78.925
- KvAP MO70.04
- L-lactic-co-glycolic acid) (PLGA) WE46.03
- l/f noise TH64.04, TU81.216, WE78.707
- lab on chip WE78.315
- lab-on-a-chip MO64.02, MO64.05, TH85.06
- Lab-on-a-Chip WE78.514
- lab-on-a-chip WE78.520
- lab-on-chip MO64.04
- label-free detection microarray WE93.01
- label-free protein biosensors MO24.03
- laboratory WE77.401
- laccases WE77.303
- lamination WE78.517, WE78.518
- landscape phage TH67.03
- large displacements TU81.408
- laser cutting WE78.517, WE78.518
- laser diffraction WE78.921
- laser pyrolysis TU80.706
- Lasers WE93.74
- Laser TU81.304
- lateral flow strip TU80.309
- lateral heterogeneity TU67.03
- lateral WE43.04
- latex TH43.01
- lattice engineered MO41.05
- lattice match TU81.214
- layer-by-layer TU81.331
- layered silicate nanocomposite TU80.803
- LCST TU80.221
- lead ion TU80.909
- leakage power TU81.208
- LECD TU80.523
- LED(Light Emitting Diode) WE77.402
- LEDs TH85.51
- LED TH45.01, TH85.53, TU81.213, WE79.124
- LEED WE77.401
- Leidenfrost TU80.718
- levitation WE78.524
- Licensing WE77.453
- licensing WE90.05
- Life Cycle Assessment WE77.259
- Life Cycle Costing WE77.259
- lifespan TU80.101
- ligand WE78.812
- LIGA TH62.02
- light commercial vehicle WE79.315
- light emitting diodes TH85.51
- light emitting diode TH45.02, WE78.702, WE79.122
- light emitting TH85.55
- lighting TH53.06
- Lihtium Batteries WE77.153
- line force model TU80.521
- linear encoder TU81.319
- lipid TH27.02
- lipoplexes TU80.214
- lipoproteins TU80.204
- liposome fusion TH27.02
- liposomes TH67.03, TU80.120
- Liposomes TU80.121
- liposomes TU80.214, WE85.03
- liquid crystal (LC) alignment TU80.906
- liquid crystal displays WE93.52
- liquid crystal TU81.220
- liquid layer WE47.06
- liquids TH70.13
- literacy WE79.501
- lithium hydride WE77.156
- lithium-ion battery WE79.313
- lithography WE44.01, WE50.53, WE78.503, WE93.04
- load TU81.418
- local stiffness TH50.02
- local stress TU68.05
- localized surface plasmon resonance WE65.04
- localized therapeutics TH48.03
- logical elements WE79.205
- logic WE83.02
- lorentz force WE79.213
- love TH85.05
- low noise amplifier TU81.420
- low pitch via TU81.404
- low vacuum WE85.04
- Low-k SiCOH Film WE78.910
- low-profile additive (LPA) WE42.02
- low-temperature growth WE43.03
- low-voltage WE84.01
- LSPR WE78.317
- luminescence MO61.03, TH28.05
- lung cancer TU80.214
- lung imaging WE78.215
- luteinizing hormone releasing hormone receptors TU80.220
- lycopene WE78.201
- lysis MO64.06
- lytic peptides TU80.220
- MAC-T cell WE78.213
- macrocycle TU47.03
- macromolecules WE85.01
- maghemite nanoparticles MO43.06
- maghemite TU80.706
- magnesium hydride WE77.156
- magnetic beads WE78.529
- magnetic bead WE78.314
- magnetic cell separation TU48.02
- magnetic cell sorting WE78.508
- magnetic chain WE84.03
- magnetic colloids WE78.817
- magnetic filtration WE78.206
- magnetic fluid hyperthermia WE78.827
- magnetic immunoassay TU80.716
- magnetic materials WE78.821
- magnetic nanoparticles TH68.03, TU80.113, TU80.221, WE69.05, WE78.116, WE78.207, WE78.902
- magnetic nanoparticle WE77.251
- magnetic particles WE78.504
- magnetic properties WE78.820
- magnetic property TU80.508
- magnetic random access memory WE78.714
- magnetic resonance imaging TU80.220, WE78.204
- magnetic response WE78.708
- magnetic sensor WE78.314
- magnetic WE78.519, WE78.819
- magnetism TU80.808, WE79.108
- magnetite nanoparticles TU80.211, TU80.219
- magnetite TU80.706, WE78.820, WE78.827
- magnetoelastic TU80.315
- magnetoliposomes WE78.206
- magnetophoretic microsystem TU48.02, WE78.508
- magnetoresistivity MO42.01
- magnetotunnel junction WE78.714
- magnetron sputtering TU80.720
- MALDI WE93.02
- mammalian cells TH28.02
- management systems TU81.508
- manetron sputtering WE79.104
- Manganese oxide WE78.913
- manganese MO63.02
- mangentic WE62.03
- manipulation TU81.314
- manufacture TU80.513
- manufacturing incentives WE77.501
- manufacturing WE77.552
- mapping method WE78.530
- marine coatings TU61.02
- markers WE50.04
- markets WE77.452
- mask design TU81.302
- mass manufacturability TU67.04
- mass spectrometry TU80.311, WE93.02
- master sintering curve TU81.321
- material characterisation TU80.738
- material characterization TU80.119
- materials science TH49.04
- Materials TU78.03, TU78.04, TU78.05
- materials TU80.402, TU81.425, WE77.552
- Materials WE95.21, WE98.41, WE98.42, WE98.43, WE98.44
- MBE TU81.213
- MC-RIS TH63.03
- MCM-41 TU80.729
- MD simulation WE78.502
- MDF boards/cork panels production WE77.303
- measurement in nanotechnology TH24.02
- measurement TH85.05, WE78.912
- measuring system WE79.217
- MEA WE78.112
- mechanical alloying WE78.602, WE78.619
- mechanical properties TU80.806, WE78.101
- mechanical property WE78.106
- mechanical stiffness MO66.01
- mechanical WE85.02
- mechanism MO62.02
- mechanochemical TU42.04
- medical device TH85.03
- medical software TH85.03
- Medication WE50.07
- membrane penetration WE46.05
- membrane technology TU80.318
- membranes MO20.02, MO70.03, TH67.02, WE78.528, WE79.304
- membrane TH84.02, TU47.04, TU80.910, WE77.252, WE77.308
- MemoPatch WE50.07
- memory devices TU81.223, TU81.317
- memory WE83.02
- MEMS equipment WE79.214
- MEMS gyroscopes MO45.05
- MEMS Materials WE79.214
- MEMS resonators TU80.322
- MEMS switches MO66.03
- MEMS MO66.04, MO66.05, MO66.06, TU28.02, TU28.03, TU48.01, TU80.210, TU80.210, TU81.304, TU81.401, TU81.402, TU81.418, TU81.419, TU81.425, TU81.507, WE44.01, WE78.101, WE78.914, WE78.915, WE78.919, WE79.131
- mems WE79.133
- MEMS WE79.209, WE79.210, WE79.213, WE79.214, WE79.215
- meniscus TH62.05
- mercerization WE77.252
- mercury MO65.02, WE77.306
- meshfree TU81.109, WE86.02
- mesopores MO41.03
- mesopore TU80.504
- mesoporous titanium dioxide TU80.726
- metal clusters WE79.108
- metal matrix WE79.117
- metal nanoparticles WE78.117, WE78.317
- metal nanopowder WE78.804
- metal oxide nanoparticle WE89.02
- metal oxides TH65.03, TU80.701, TU81.316
- metal oxide WE89.01
- Metal-Dielectric Filters WE93.73
- metallic nanoparticles TU80.717
- metallofullerenes TU81.118
- metals TU81.328
- metalworking fluid TH52.73
- metal TU80.801
- Metamerism WE93.73
- metastases TU80.220
- Mextram WE79.701
- MFI-type TU80.910
- MFI WE79.303
- MF WE81.02
- mGISAXS MO67.01
- micelles MO40.02
- micro devices WE44.01
- micro dripping mode WE78.523
- micro electro-thermo-mechanic MO66.04
- micro fluidic devices TH82.03, WE84.04
- micro injection molding WE78.513
- micro mixture WE79.203
- micro screw TU81.418
- micro-bead WE78.522
|
- micro-electro-mechanical-systems TU80.210
- Micro-FIA WE79.212
- micro-flow WE78.522
- micro-grinding WE79.302
- micro-hetero-structure WE78.522
- micro-injector TU68.06
- micro-lateral flow strip TU80.309
- micro-spheres TU81.209
- micro-volume TU80.309
- micro/nano gas flow TU81.119
- micro/nano-structure WE79.137
- microacoustics TU48.04
- microactuator TH85.06
- microarray WE65.02
- Microbial Fuel Cell WE77.103
- microcantilever sensors MO24.01
- microcantilever MO65.03
- microcavity WE79.306
- microchannel optimization TU68.04
- microchannels WE78.501
- microchannel TH42.04, TU81.411, TU81.418, WE78.510
- microchip flow cytometer TU68.04
- microcomponent fabrication WE78.804
- microcomponent WE78.802
- microcontact printing TU80.905
- microdroplet WE78.524
- microelectrodes WE78.112
- microelectronics MO64.03, WE79.216
- microemulsions TU80.731
- microfabrication TU80.223, WE78.803, WE84.01
- microfiber WE78.108, WE79.129
- microfiltration WE78.528
- microfludic channels MO40.01
- microfluidic array TH62.01
- microfluidic device platforms WE78.526
- microfluidic device MO44.01
- microfluidic synthesis TU81.323
- microfluidics MO64.04, TH42.01, TH82.01
- Microfluidics TH85.06
- microfluidics TU48.04, TU80.309, TU80.322, TU81.304, WE78.509, WE78.512, WE78.514, WE78.525, WE78.529, WE79.314, WE84.02, WE84.06
- microfluidic TH62.02, TH62.05, TU81.423, WE78.302, WE78.504, WE78.519, WE79.113
- microfluidizer TU80.709
- microgel TU80.605
- microheater WE79.123
- micromachine WE79.214
- micromachining WE26.04, WE78.514
- Micromeritics WE78.904
- micromixer WE78.530, WE79.213
- micromxing WE78.505
- Microparticle TU80.213
- microparticle WE93.04
- microporous titaniumsilicate WE79.301
- micropump TH85.06, WE84.01
- microreactor WE78.521
- microrheology TH67.04
- microscopic WE78.405
- microscopy WE78.514, WE78.914
- microsensor MO25.03
- microseparator TU80.910
- microstreaming TH62.05
- microstructure TH28.02
- microsystems TU28.01
- Microsystems TU81.425
- microsystems WE79.214
- microsystem TU80.303, TU80.910
- microvalve TH82.01
- Microwave CVD WE78.611
- microwave heating WE79.121
- microwave WE77.254, WE77.307
- MICRO WE79.131
- MIGFET WE78.718
- Minatec Nanocharacterization Center WE26.01
- mineral dust TU80.404
- mineralization WE21.02
- miRNA WE69.02
- mismatch WE79.702
- Mitochondria WE50.05
- MIV WE87.02
- mixed metal oxides TU80.701
- mixed-cignal circuits WE83.02
- mixed-mode WE78.706
- mixer WE79.213
- mixing protocol WE78.530
- mixing TH82.02, TU80.727, WE79.213
- Mn)O nanorods ferromagnetic properties plasma-treated WE79.135
- Mn2O3/SiO2 nanocomposite WE79.115
- mobile device TH85.03
- mobility WE78.607
- modal projection techniques TU81.408
- modeling MO22.03, MO66.05
- Modeling TH51.01
- modeling TH70.02
- Modeling WE62.02
- modeling WE78.402, WE78.616, WE78.721
- modelling TH42.03, WE79.203
- Model WE79.608
- model WE79.612
- MOEMS TU81.304
- MOFs WE78.601
- MOKE WE79.108
- mold TU81.305
- molecular architecture TU80.504
- molecular beacon WE45.01
- molecular beam epitaxy TU80.914
- Molecular biology TH52.02
- molecular conductance WE83.04
- molecular diagnostics WE93.02
- molecular dynamics simulation TU81.114, TU81.414
- molecular dynamics MO66.01, TU80.702, TU81.102, TU81.107, TU81.111
- Molecular dynamics TU81.115, TU81.116
- molecular dynamics TU81.121, WE47.06, WE79.117, WE84.05
- molecular electronics spin-electronics molecular electrodes WE78.713
- molecular electronics TU81.113
- Molecular Flow WE78.527
- molecular forces WE78.310
- molecular imprinting TU80.304
- molecular modeling TU62.04
- molecular motors TH50.04
- molecular nanotechnology WE78.401
- molecular precursors WE78.815
- molecular recognition TU80.318, WE78.309, WE78.311
- molecular simulation TH50.04
- molecular targeting WE78.216
- molecular transistor WE78.722
- molecular wires WE78.711
- molecularly imprinted and conjugated polymers TU80.318
- molecular TH53.06, TH65.03
- molecule detection WE44.04
- molecule WE83.05
- moletronics WE83.05
- monitoring TH75.03, TU80.413, WE78.303
- mono-disperse TH42.04
- monochromator TH46.02
- monoclonal antibodies TU81.107
- monodisperse spheres WE78.528
- monodisperse WE93.04
- monodispersion TU80.735
- monolayer WE78.819
- monolithic concept TH28.51
- monolith WE79.212
- Monte Carlo simulations and methods TH63.03
- Monte Carlo-rotational isomeric states TH63.03
- Monte Carlo TH64.03, TH70.11, WE78.313, WE78.721
- Moores Law WE93.55
- morphology TH50.02, TU80.806, WE42.03, WE78.708, WE78.924
- MOS capacitance WE79.611
- MOS transistor TU49.03, WE79.611, WE79.706, WE79.711, WE79.712
- MOS-Varactor WE79.602
- MOSC TU49.02
- MOSFET compact model TU29.01
- MOSFET model TH29.03
- MOSFETs TU69.01, TU75.04
- MOSFET TH51.03, TH51.04, TU29.03, TU49.01, TU75.02, TU81.206, WE30.01, WE48.01, WE48.03, WE79.601, WE79.610
- MOST TU49.01, TU49.02
- MOS WE78.719, WE79.612
- motion estimation WE78.914
- motor TH28.01
- MP3 player TH85.03
- MPOL TH44.04
- MPOM TH44.04
- MRAM WE78.714
- MRFM MO67.02
- MRI TU80.103, TU80.409, WE78.319, WE89.05
- MR TH48.01
- msomi WE78.818
- MST WE79.214
- multi wall carbon nanotubes WE78.620
- multi-arms star-polystyrene WE78.908
- multi-object optimization TU81.415
- multi-step integrated technology TH88.03
- multi-valued NAND logic gate WE78.723
- multi-wall carbon nanotubes WE79.111
- multi-walled_carbon_nanotubes WE78.111
- multifunctional nano-structured composites MO42.04
- multifunctional TH27.01
- multigate TU69.01
- multilayer micro-membrane TU81.416
- multilayer WE81.02
- multilength scale CT WE78.121
- multimodal TU80.103
- Multipath TH52.54
- multiple sclerosis TH52.01
- multiplex WE45.04
- multiple TU80.315
- multiscale modeling TH50.03, TH70.13
- multiscale TH70.12
- multiwalled carbon nanotube WE79.218
- murine TU80.216
- muscle WE78.112
- mutagenicity WE79.127
- MVD TH65.03
- MWCNTs WE87.06
- MWCNT WE69.03
- NAD(P)H WE77.352
- NAD TU80.319
- Nafion TH76.01, TH76.02, WE79.301
- nananocomposites TU80.514
- nannostructure TH84.03
- nano coatings WE78.918
- nano CoFe2O4 particles TU80.119
- nano crystalltes WE78.909
- nano Fabrication TU80.301
- nano fibres TU81.315
- nano films TU81.202
- nano fluidic devices TH82.03
- nano imprint lithograhy MO67.05
- nano manufacturing MO67.05
- nano materials MO67.05
- nano particle cleaning WE78.801
- nano particles TU80.715
- nano particle TU80.702, TU80.718, TU80.732, TU81.314
- nano sclae WE26.03
- nano structured material applications TH65.01
- nano structure TU80.923
- nano surface WE78.115
- nano technology TU81.407
- nano Transistors TU80.301
- nano wire transistor WE78.701
- nano wires MO67.05
- nano wire WE78.701
- nano-biosensor WE45.03
- nano-catalyst TU80.745
- nano-indentation WE78.918
- nano-iron WE29.01
- nano-materials TU61.04
- nano-networks WE78.401
- nano-particle WE79.127
- nano-pore MO24.04
- nano-scale core-shell rubbers (CSR) WE42.02
- nano-scale semiconductor device manufacturing MO41.01
- nano-structure controlled Ti-alloys WE78.107
- nano-structure WE78.106, WE79.311
- nano/mesoporous TU81.309
- nano/microstructures WE78.205
- nanoarray TH84.01
- nanoassembly TU81.207
- nanobelts WE79.119
- nanobiosensor TU80.111, TU80.301, WE78.824
- nanobiotechnology WE78.824
- nanobrush TH45.05
- nanocapillary WE78.506
- nanocapsules WE81.02
- nanoceramics TU80.744
- nanoceramic WE77.307
- nanochannel WE41.03
- Nanochannel WE78.527
- nanoclay WE87.05
- Nanoclusters TU80.739
- nanocoatings TH45.04
- nanocolumn WE79.113
- nanocomposite patterns TU80.903
- nanocomposite waveguides WE79.116
- nanocomposites foam TU81.322
- nanocomposites TH43.02, TH45.05, TH48.05
- Nanocomposites TH52.76
- nanocomposites TH53.01, TH63.03, TU80.506, TU80.509, TU80.512, TU80.513, TU80.805, TU81.218, TU81.311, TU81.505, WE42.01, WE42.04, WE87.04
- nanocomposite MO63.04, TH43.03, TH47.02, TH63.01, TH63.02, TU47.01, TU47.04, TU80.518, TU80.723, TU80.802, TU80.808, WE43.02, WE69.01, WE78.105, WE87.05, WE87.06
- nanoconjugate MO71.01
- nanocopmosite TU80.212
- nanocrystal characterization TH46.04
- nanocrystalline ceramics TU81.321
- nanocrystalline ZrO2 TU80.724
- nanocrystalline TH45.06
- nanocrystals TH85.51, TU80.719, TU80.734, WE78.824
- nanocrystal MO47.03, TH47.04, TH52.72, TU80.735
- nanodeposition TU81.308
- nanodevices TU61.51
- Nanodevices WE87.01
- nanodevice MO68.05
- nanodiamond WE78.103
- nanodots WE93.55
- nanodot WE78.109
- nanodroplet WE47.06
- nanoelectrodes TH46.06
- nanoelectrode TU80.306, WE78.119
- nanoelectronics MO20.02, TU81.207
- Nanoelectronics WE62.01
- nanoelectronics WE64.03, WE78.621, WE78.721, WE83.05
- nanoemulsions WE41.01
- nanofabrications TU80.924, TU81.323
- nanofabrication TH44.01, TH44.02, TU67.03, WE44.02, WE44.03
- nanofabric TU81.219
- nanofibers TH67.01
- nanofiber TH68.05, TU80.508, TU81.330, WE50.55, WE78.104
- nanofilms WE79.106
- nanofluidics TU81.111, WE47.03, WE47.04
- Nanofluidic WE78.527
- nanofluids TU81.505
- nanofluid WE78.808
- nanofoam TH45.05
- nanoforest TH45.05
- nanogap WE78.704, WE83.05
- nanografting TU67.03
- nanograin WE77.302
- nanoimprint Lithography MO47.01
- nanoimprint TU81.305, TU81.306
- nanoindentation TU80.912, TU81.123, WE78.916, WE78.917
- nanolaminates TH65.03
- nanolayers TH65.03
- nanolithography TU81.308, WE44.02
- Nanolithography WE62.05
- nanolubricants TU81.505
- nanomanufacturing TU81.331
- nanomaterial exposure TH52.03
- nanomaterial hazards TH52.03
- nanomaterial toxicity screening TH52.03
- nanomaterial toxicity TH52.03
- nanomaterials TH46.03, TU62.01, TU80.908
- nanomechanics TU80.122, WE86.03
- nanomedicine TH48.02, TH48.03, TH68.01
- nanometer gap WE78.722
- nanometer scaled compartments TH27.03
- nanominerals TU81.505
- nanoOptics TU81.211
- nanooptics TU81.316
- nanoparticle generation WE78.810
- nanoparticle TFT TU80.907
- nanoparticles and inclusions TH63.03
- nanoparticles MO41.04, MO41.05, MO43.02, MO43.05, MO63.01, MO67.01, TH28.04, TH43.02, TH44.01, TH45.05, TH48.05, TH50.03
- Nanoparticles TH52.76
- nanoparticles TH82.01, TU62.01, TU67.01, TU80.108, TU80.110, TU80.116, TU80.118
- Nanoparticles TU80.121
- nanoparticles TU80.125, TU80.204, TU80.205, TU80.215, TU80.220, TU80.225, TU80.314, TU80.407, TU80.515, TU80.701, TU80.703, TU80.706, TU80.713, TU80.721, TU80.728, TU80.730, TU80.731, TU80.738, TU80.805, TU81.312, TU81.506, WE41.05, WE69.04, WE78.110, WE78.114, WE78.305, WE78.308, WE78.602, WE78.805, WE78.820, WE78.822, WE78.903, WE78.905, WE78.918, WE78.920, WE78.925, WE79.316, WE81.04, WE87.01
- nanoparticle MO41.02
- Nanoparticle MO43.01
- nanoparticle MO43.04, MO44.04, TH45.01, TH48.01, TH64.02, TH67.04, TH67.05, TU42.04, TU80.105, TU80.109, TU80.201, TU80.203, TU80.207, TU80.224, TU80.714, TU80.740, TU80.909, TU80.913, TU81.331, WE42.03, WE45.04, WE47.03, WE78.103, WE78.204, WE78.704, WE78.709, WE78.819, WE78.825, WE78.904, WE93.04
- nanopatterned film WE79.130
- nanopatterning TH68.05, TH84.01, TH84.04
- nanopatternng TU67.02
- nanopatterns MO21.02
- nanophotonic filter MO47.02
- nanopipes WE47.03
- nanoplate MO24.02
- nanopores TU62.04
- nanopore TU80.320, TU81.326, WE78.212
- nanoporous membrane WE79.303
- nanoprecipitation TU80.224
- nanoprobing TU81.505
- nanoprototyping WE44.02
- nanoreactors WE81.03
- Nanoresins TH52.76
- nanoribbons TU81.312
- nanorods TU80.901, TU81.309, WE64.04
- nanorod MO41.02, TU80.504
- Nanoscale Characterization WE62.04
- nanoscale deposition WE44.03
- nanoscale devices MO47.04, WE78.707
- nanoscale etch TH44.04
- nanoscale gas flow TU81.121
- nanoscale lithography WE44.03, WE93.55
- nanoscale memories TU81.216
- Nanoscale modeling WE66.04
- nanoscale modelling WE78.717
- nanoscale resolution WE78.312
- nanoscale zero-valent iron WE29.03
- nanoscale TH46.01, TU69.01, TU80.311, WE26.04, WE30.01
- Nanoscale WE62.02
- nanoscale WE78.208, WE78.721
- nanoscience applications TU81.118
- nanoscience undergratuate major education TH61.03
- nanosensor stability TU81.407
- nanosensors MO65.01
- nanosensor TU80.308, TU81.329
- nanoshells TU80.115, WE78.207
- nanosilver WE69.03
- nanosized iron catalyst WE78.813
- nanosomal formulation TU80.117
- nanosphere lithography MO24.04
- nanospheres TU61.51, TU80.729, WE46.02
- nanosphere WE50.55
- nanospring TU81.320
- nanostructure electrodes WE77.103
- nanostructure system architecture WE78.613
- Nanostructured electrolytes WE77.153
- nanostructured films TU80.920, WE79.104
- nanostructured fluid WE41.03
- nanostructured material WE41.04
- nanostructured thin films WE79.114
- nanostructured TH47.03
- Nanostructured TH53.05
- nanostructured TU80.921
- nanostructures MO21.02, TU80.602, WE66.01, WE78.602, WE78.725, WE79.118
- nanostructure TH64.01, TU81.114, TU81.310, WE78.209
- nanosturctured coatings WE46.04
- nanosurf WE79.503
- nanosuspension TU80.709
- nanosystems TH50.04
- nanotagging WE79.314
- Nanotech Ink WE79.126
- Nanotechnolgy WE77.308
- nanotechnologies WE79.314
- nanotechnology facility design TU81.313
- nanotechnology Patenting WE90.03
- nanotechnology standardization TU81.510
- nanotechnology TH49.03, TH53.03, TH61.02, TU80.318, TU80.406
- Nanotechnology TU80.415
- nanotechnology TU81.221, TU81.402, TU81.501, TU81.503, TU81.507, WE28.01, WE29.04, WE46.04, WE47.06, WE77.304
- Nanotechnology WE77.306
- nanotechnology WE77.502, WE77.553, WE79.216, WE79.401, WE79.501, WE79.502, WE79.503, WE93.52
- nanotech WE79.402
- nanotemplate MO68.01, WE78.907
- nanotexture TU80.904
- nanotopography WE78.109
- Nanotoxicology TH52.03
- nanotoxicology WE89.03
- nanotransporter TU80.104
- nanotube biosensor functionalization WE83.03
- nanotube Memory TU81.116
- nanotube Oscillators TU81.115, TU81.116
- nanotubes TH45.04, TH53.01, TH67.02, TU61.51, TU80.503, TU80.744, WE78.216, WE78.602, WE78.824
- nanotube MO65.01, TH28.05, TU47.02, TU80.501, TU80.502, TU81.207, WE50.53, WE78.604, WE78.606, WE78.610, WE78.616, WE78.621, WE78.622
- nanovesicles WE78.214
- nanowhiskers TU80.501
- nanowhisker TH52.72, TU80.502
- nanowire array WE78.119
- nanowire compact model WE79.709
- nanowire FET TU81.203
- nanowire LED TU81.203
- nanowires MO68.01, MO68.02, MO68.04, TH53.01, TH68.04, TU81.223, WE78.213, WE78.824, WE79.119, WE79.134
- Nanowires WE79.310
- nanowire MO42.05, MO65.02, MO68.03, MO68.05, TH44.04, TH45.02, TH53.04, TU67.04, TU80.926, TU81.203, TU81.204, TU81.326, WE78.113, WE78.306, WE79.121, WE79.122, WE86.03, WE93.55
- nanoxerography TU67.01
- nano MO63.03, TH86.02, TU80.411, TU80.801
- Nano WE79.107
- NANO WE79.131
- natural gas industry WE77.553
- natural ionic reservoirs TH27.03
- natural nano-particle cleaning sea kelp TU80.410
- natural rubber TU80.511
- near-field MO61.03
- near-IR WE65.01
- needle TU80.604
- NEGF-DFT WE78.717
- NEGF TU81.410, WE78.719
- NEMS TH44.04, TU81.319, TU81.507, WE78.919
- nems WE79.133
- Neridronate TU80.123
- neridronate TU80.124
- nerve conduit WE78.104
- nerve TH68.05
- neural cells WE78.114
- neural interface WE78.122
- neural regeneration WE78.118
- neuronal network WE78.119
- neurons TH68.04
- neuron WE78.112
- neurosciences TU80.102
- neuroscience TH85.05
- neutron radiation WE79.216
- neutrophils WE78.302
- nicotinamide adenine dinucleotide TU80.319
- NiO/YSZ TU80.743
- nitric oxide WE78.319
- nitrogenase TU81.101
- NMRD WE78.206
- NMR TU80.733
- nnaowires WE79.120
- NO-iron complex WE78.319
- noise MO64.03, TH64.04, TU81.216, WE79.601
- non invasive characterization WE78.121
- non-classical MOSFETs WE79.606, WE79.607
- non-natural oligomer MO70.05
- non-standard TH51.02
- non-toxic TH85.52, TH85.55
- nonlinear electrokinetics WE78.505
- nontoxic TU80.125
- nonvolatile memory TU81.217
- normal breast epithelial cells WE78.211
- novel TH85.05
- NOx Precursors adsorption WE78.811
- NOx storage reduction MO43.05
- NOx/SOx precursors WE78.811
- NO TU80.216
- NPN WE62.05
- nuclear fuel TU80.923, WE77.302, WE78.522, WE79.311
- nucleation TH70.02
- nuclei formation TU80.715
- nucleotides TH28.03
- numerical integration TU81.410
- numerical method TU81.420
- numerical modeling WE79.710
- nylon-66 TU80.506
- occupational exposure TU81.509
- OCEHDED simulation WE77.205
- OCT TU80.115
- OFETs TH45.03
- offer TH74.52
- OH radical TU80.404
- oil transesterification with methanol/ethanol TH88.03
- oils TH52.73
- oil WE76.03
- Oleaginous Microorganisms TH88.02
- OLED TU80.916
- oled WE78.606
- OLED WE78.911
- oleylamine WE78.925
- oligodeoxyribonucleotides TU80.226
- on-chip TU80.303
- ONIOM TU81.104, TU81.108
- ontario TH74.52
- open-access crystallographic databases TH46.04
- opthalmic TH52.04, TU80.118
- optical biosensor TH84.05
- optical coder detection WE78.320
- Optical data storage WE93.51
- Optical Filters WE93.73
- optical limiter WE78.807
- optical properties WE66.01
- Optical Security WE93.73
- optical sensors MO64.03
- optical standing waves TU81.212
- optical TH48.01, TH52.75, WE79.113
- optics WE93.74
- optimization process TH43.01
- optimization TU68.06, WE78.721
- optoelectronics TH85.53
- oraganic photonics WE78.315
- order-disorder transition WE41.02
- order-order transition WE41.02
- organic electroluminescence TU81.210
- organic electronics WE93.52
- organic films TH65.03
- organic light emitting diodes WE93.52
- organic passivation TU80.803
- organic solvents WE77.257
- organic thin film transistor TU80.803
- organic-inorganic polymers TU80.514
- organic/metal interfacial interaction WE78.712
- organics solar cell WE79.306
- organic TH53.04
- Organic TH53.05
- organic TH53.06
- organoclays TU80.509
- Organosilane Precursor WE78.910
- orientation TU81.403, WE78.916
- oriented WE78.622
- orthopedics TH47.02
- oscillators WE78.604
- osseointegration TH47.03
- osteoblasts TH47.03
- osteoblast WE78.115
- OTFTs WE78.710
- Other TU76.21, TU76.23, TU76.26, TU78.41, TU78.43, WE95.22, WE95.23, WE98.23, WE98.25, WE98.45
- OX50 WE69.01
- oxidants TU80.316
- oxidative steam reforming methanol WE77.158
- oxidative stress TU80.216
- oxide fibres TU81.316
- oxidize TH85.02
- Oxygen delignification WE77.205
- oxygen electrochemical reduction TU80.703
- oxygen transport WE78.405
- ozone TH52.71, TH85.02, TU81.104
- ozonization TU81.104
- p-diffused silicon MO45.03
- P3HT TH53.04
- PABA TH43.03, WE87.03
- packaging TH85.02, WE79.211
- PADOX TU81.302
- Pain distraction TH85.03
- pain reduction TH85.03
- pain relief TH85.03
- painless blood extraction TU80.309
- paint and coatings TU80.515
- pair force evaluation TU81.111
- palladium TU80.125, TU80.745
- PAMAM TU80.902
- pandemic influenza TH48.03
- parallel computations TU81.415
- parallel computing TU68.04, TU81.111, WE78.721
- parallel hybrid WE79.315
- parallel reactor technology TU61.03
- parameter determination TU29.01
- parameters TU81.315
- parametric MO45.05
- parasitics TH29.02
- parasitic WE79.612
- Parkinson's disease WE78.301
- Parkinsons TU80.206
- partial discharge WE79.210
- partial oxidation methanol WE77.158
- particle aggregation WE78.531
- particle concentration WE79.207
- Particle separation WE77.256
- particle sizing WE78.912
- particles TH84.01
- Particles TU62.03
- particle WE78.208
- partnerships TU81.507
- parylene TH45.04, TU61.51
- passion TH85.05
- passivation TH64.02
- passive WE79.704
- patent applications WE79.402
- patent classification WE79.402
- patent protection WE77.451, WE90.01
- Patent Statistics WE90.03
- patents WE77.452, WE79.402, WE90.04, WE90.05
- patent WE77.451, WE90.02
- pathogens TU81.423, WE69.05
- pattern characteristic WE78.523
- pattern formation TU80.903
- patterning WE78.112
- PBT TU80.513
- PCCS WE78.912
- PCL WE78.113
- PCR WE84.02
- Pd nano catalysts WE29.03
- PD SOI WE74.01
- PDA TH85.03
- PDMS bonding TU80.521
- PDMS channels WE78.529
- PDMS WE78.516
- Pd TU81.312
- peak shift TU80.807
- PECVD WE78.910
- PEDOT WE78.122
- PEFM TH76.04
- PEG TH27.02
- PEM fuel cell WE77.155
- PEM Fuel Cell WE79.304
- PEM-fule cell TH76.05
- pentacene WE78.710
- PEO TU80.513
- peptides MO70.02, WE46.02
- peptide WE78.119
- peptoids MO70.05
- performance TH86.02
- periodic lattice distortions TU81.202
- permanent WE50.03
- perpendicular magnetic recording media TH64.01
- pH responsive MO40.02
- pH sensor MO44.01, TU80.321
- pH/temperature sensitive hydrogel TU80.217
- phage display TH67.03
- phage TU80.315
- phantom TU80.125
- Pharma & Biotech TU76.01, TU76.02, TU76.03, TU76.04, TU76.05, TU76.06, TU76.07, WE98.24
- pharmacokinetics TU80.105, WE78.201
- Pharmacokinetic TU80.121
- pharma MO20.02
- phase coherence WE78.617
- phase diagram WE79.136
- phase transitions TU61.52
- phase transition MO61.02, WE41.02
- phase-change materials MO68.02
- phase-change random access memory MO68.02
- phase WE42.03
- Phenotypic Probes TU80.121
- phenylalanine TU81.108
- phononic properties TU42.02
- phonons MO62.01
- phonon WE78.614
- phosphosilicate polymer WE77.154
- photoactivity MO41.05
- photocatalysis MO41.03, MO43.02, WE77.305
- photocatalysts WE79.104
- photocatalyst TU80.414, WE79.102
- photochemistry MO43.03
- photodetector TU81.204
- photodynamic medicine TU80.708
- photodynamic therapy WE78.216
- Photoemission WE78.710
- photolithography WE78.112
- photoluminescence TU80.807, TU80.914
- Photoluminescence WE79.105
- photoluminescent TH85.55
- photon-thermal WE78.803
- photonic band gap WE79.114
- photonic crystals TU42.01, WE78.921
- photonic sensors MO24.01
- photonics TH84.05, WE93.74
- photostability MO63.02
- photosynthesis TU80.316
- photovoltaics TU81.505
- Photovoltaics WE77.352
- photovoltaics WE77.552, WE79.310
- photovoltaic MO41.03, TH53.03, TH53.04, TH85.51, WE79.307
- photovotaics WE77.502
- phyllosilicates TU80.404
- physical WE79.217
- physics-based TH51.02
- physics WE30.01
- physiologically based pharmacokinetic model TU80.105
- piezoelectric MEMS MO45.04
- piezoelectric thin film TU81.416
- piezoelectric transformer TU81.415
- piezoelectrical TU81.409
- piezoelectric TU81.421, WE84.02
- piezoresistive TU80.601
- pigments TU80.517
- pile-up WE78.916
- pillars WE79.206
- pin mill TU80.705
- planar lightwave circuit MO47.02
- planar MOSFET WE78.705, WE78.706
- plant-like structures WE78.503
- plasma arc gas condensation TU80.714
- plasma immersion WE79.307
- plasma induced surface charging WE43.04
- plasma nitridation TU68.02
- plasma polymerization TU80.516
- plasma pressure compaction TU81.321
- plasma processing TU80.738
- plasma. TH52.75
- plasmon TH53.03
- plastic displays TU80.907
- plastic wafers TH42.01
- plasticizer free TU81.406
- plasticizer WE87.05
- plastics WE79.111
- plast WE26.04
- platinum catalyst TU80.703
- PLA TU80.213, TU80.224
- PLC TU81.211
- PLD WE78.913
- pleural effusions TU80.122
- PLGA TU80.224
- ploymers WE46.02
- pluripotent WE50.02
- PMMA TU80.513, WE42.01
- PMR TH64.01
- PNA synthesis WE45.03
- point mutations MO20.02
- point of care WE65.01
- polarization TU81.106
- policy WE77.502
- pollutant degradation TU80.414
- pollution control WE77.306
- pollution prevention TH74.51
- pollution TU80.413
- poly (D WE46.03
- poly(aniline boronic acid) TH43.03, WE87.03
- Poly(dimethylsiloxane) WE78.512
- poly(dimethylsiloxane) WE78.519
- poly(N-isopropylacrylamide) TU80.605
- poly(vinyl amine) WE78.816
- poly(vinyl chloride) TU80.403
- poly-gamma-glutamic acid TU80.505, TU80.909
- Poly-lactic acid WE46.01
- polyacrylamide TU80.105
- polyacrylonitrile TU80.519
- polyamide 6 WE42.04
- polyaniline TU80.808, WE78.301
- polycarbonate TU80.509
- polydispersity WE78.827
- polyelectrolyte complex micelle MO71.05
- polyelectrolyte TU47.04, TU80.319, WE84.05
- Polyester TH52.76
- polyhydroxyalkanoate WE78.924
- polyimides TU80.906
- polyimide TU80.507
- polymer brushes MO40.01
- polymer electrolyte membrane fuel cell TH76.03
- polymer membrane TU81.307
- polymer nanomaterials TH76.04
- polymer solar cells TH85.51
- polymer vesicle MO70.04
- polymer-based WE79.202
- Polymerase Chain Reaction TH42.05
- polymerase TH28.03
- polymeric blends TH50.02
- polymeric microneedle WE78.513
- polymers MO21.03, MO40.04, MO65.03, MO70.03, TH44.02, TH47.02, TH50.03, TU21.01, TU80.225, TU80.520, WE78.120, WE78.620, WE79.109, WE79.209, WE85.01, WE85.03
- polymer TH27.02, TH52.74, TH52.75, TU80.517, TU81.422, WE21.01, WE64.02
- Polymer WE78.911
- polymer WE79.101, WE85.02
- polyol process WE78.821
- polypropylene TU80.512
- polypyrrole TU80.223, TU80.523, WE78.122, WE87.04
- polysilsesquioxane TU80.712
- polystyrene TU80.519
- polyurethane WE43.02
- POM WE78.924
- population balance equation TU80.727
- porcine pepsin WE78.403
- pore size distribution TH76.02
- porosimetry MO41.03
- porous carbon materials MO42.04
- Porous materials WE78.601
- porous silicon WE78.702
- porous TH84.02, WE79.113
- Position Location TH52.54
- positional metrology TU81.319
- positioners WE62.04
- positive displacement WE84.02
- POSS TU80.514
- powder injection molding WE78.515
- powder-based TU80.737
- Powder TU80.805
- power sensor TU81.401
- power WE79.612
- ppq TU81.328
- ppt TU81.328
- preceramic polymer WE78.525
- precipitation TU80.727
- precise replication WE79.130
- precision TH42.01
- preconcentration WE79.212
- predictive medicine MO25.01
- prescriptive commitments TU81.508
- pressure loss WE78.808
- pressureless sintering WE78.802
- prevention WE29.04, WE50.03
- preventive medicine MO25.01
- preventive WE78.303
- print head WE78.915
- probe WE62.03, WE93.04
- process aware WE79.708
- Process variation WE78.703
- process-based commitments TU81.508
- processing MO62.01, WE93.53
- product development WE77.260, WE90.01
- Production of hydrogen WE77.158
- products WE77.452
- prostate cancer TU80.117, WE46.03, WE50.04
- Prostate TU80.207
- protection TU80.411
- Protein delivery TU80.217
- protein detection TH84.05
- protein incorporation MO70.04
- protein microarrays TH44.03
- proteins MO20.02, MO70.03
- Proteins MO71.04
- proteins TH44.01, TU80.911, WE46.02, WE85.03
- protein TH65.02, TH84.02, TU80.306, TU80.308, TU80.313, TU81.102, WE79.137
- proteomics WE69.02
- proton binding TH27.03
- proton conductivity TH76.02, WE79.301
- proton conductor TH76.03
- Proton conductor TH85.54
- Proton Transfer TU80.739
- protonation WE64.02
- prototyping TH42.01
- proximity effect TU81.302
- PSA TU80.308
- pseudopotentials WE66.02
- PSP TU75.01, WE48.01
- Pt-Pd WE78.903, WE78.920
- public engagement TU81.510
- public policy TU81.501
- public relations WE77.551
- public understanding WE79.501
- public-private partnerships TU81.508
- pull-in voltage TU81.413
- pulmonary drug delivery WE78.214
- pulmonary tuberculosis WE78.214
- Pulsgenerator WE50.07
- pump WE84.02
- punch-off WE78.725, WE79.205
- punch-reach WE79.205
- punch-through WE79.205
- punchthrough TU81.117, WE78.725
- purification WE29.04
- PVCi TU81.220
- PVC TU80.403, TU81.406
- PVD TU80.715
- pVIII protein TH67.03
- pyrazoles WE78.815
- pyrolysis WE78.620, WE78.622, WE79.111
- pyrosequencing WE78.529
- PZT WE63.03
- QCMD TU80.520
- QDot WE78.826
- QM/MM TU81.108
- quantification of microorganisms TH52.02
- quantification WE77.260
- quantitative characterization WE78.507
- quantum computer WE78.720
- quantum dot characterization TU80.102
- quantum dots TH28.01, TH48.02, TH53.01, TU80.103, TU80.734, TU80.736, TU80.807, TU81.210, TU81.217, WE66.02, WE78.202, WE78.316, WE78.318, WE78.715, WE78.816, WE78.824, WE79.114, WE79.310
- quantum dot TU81.222, TU81.302, WE78.812
- quantum effects WE74.02
- quantum gates WE78.720
- Quantum Mechanical WE78.718
- quantum potential design WE78.716
- quantum simulations WE66.01
- quantum theory of atoms in molecules (QTAIM) WE78.712
- quantum transport TH64.03, WE78.605
- Quantum Transport WE78.703
- quantum transport WE78.717
- quantum tunneling TU81.319
- quantum WE79.204
- quinone TU81.106
- R nad D TU81.502
- R&D TU81.507
- rabies TH48.03
- radiation damage WE66.04
- radical reactions TU80.404
- radio frequency heating TH52.77
- radioactive TU80.411
- radio TH48.01
- Raman microscope WE78.520
- Raman Spectroscopy DNA Protein SERS microarrays genotyping sequencing WE93.75
- raman spectroscopy MO22.01
- Raman spectroscopy TU80.604, TU81.214
- Raman MO61.03, MO67.04, TH28.04, TU80.502, TU81.324, WE45.04, WE65.01, WE78.209
- random distributed TU81.209
- Random parameter WE79.201
- rapid methods WE78.308
- rapid prototyping TH47.02
- rare earth ion doping TH85.52
- rare earth nanoparticles WE79.116
- reachthrough WE78.725
- reaction centres TU80.316
- reaction mechanism TU80.404
- reactive gliosis WE78.826
- reactive ion etching MO45.01
- reactive milling TU80.717
- reactive site TU80.404
- reactor design TU80.730
- real-time X-ray microradiography TU80.523
- real-time TH75.03, WE78.905
- receptor-targeted drug TU80.117
- recognition imaging WE78.310
- Recombination DCIV WE79.611
- recovery WE77.252
- RECYCLING WE77.253
- red blood cells WE78.304
- Redox ability of Copper catalyst WE77.158
- redox cycling MO24.04
- redox WE29.01
- reduced-order modelling TU81.408
- Reflective WE79.126
- Reflector WE77.402
- reforming WE77.101
- refractive indices WE78.911, WE79.306
- regenerative WE50.02
- regulation TU80.412
- regulatory strategy TU80.401
- reinforcement TH63.03
- relaxation spectrum WE41.02
- relaxation WE78.827
- reliability MO61.01, WE78.915, WE78.919
- remediation TH52.71, WE29.02
- Reminder WE50.07
- remote contact types and lengths TU49.03
- Remote heart sensing TH85.01
- removal WE89.04
- renewable energy WE77.102, WE77.159
- renewable TH74.52, TU80.319, WE76.03, WE77.452
- reporting TU80.402
- research WE77.202
- reservoirs TU80.209
- residual waste WE77.102
- resistance WE79.218
- resistivity MO42.01
- resonance MO45.05
- resonant sensor MO45.01
- Responsive thin films MO40.01
- Reticuloendothelial System TU80.121
- retina WE78.826
- RETs TU81.301
- revesible TU80.319
- Reynolds number TU81.418
- RF-applications WE79.602
- RF-MEMS WE78.603
- RFID WE79.401
- RF TH52.77, WE79.705
- rheology modifier TU62.02
- rheology TU62.02, TU80.518, TU80.519, WE78.808
- rheumatoid arthritis. TH52.01
- Ribonuclease S TU80.106
- RIE MO45.01
- risk assessment TH49.03, TH49.04, TU80.406, TU81.510
- risk identification TH49.03
- Risk Perception TU81.502
- risk TH49.02, TU80.405
- RIS TH63.03
- RNA TH67.02
- robotics TH52.52
- robust embedded memory design TU81.208
- robust optimization WE78.716
- robust WE65.01
- RoHS WE77.403
- ROI TH75.03, WE77.451
- roll-off TU69.04
- rotating magnetic field WE84.03
- rotational isomeric states TH63.03
- RTS noise WE78.707
- RTS TH64.04, TU81.216
- rugate WE79.113
- ruthenium WE78.724
- rutile WE79.127
- sacrificial material MO45.01
- safety glass TH52.77
- safety TH49.02, TH86.02, TU80.411, TU81.508
- Salmonella typhimurium TU80.315
- sample preparation MO64.05
- Sample Processing Methods TU80.121
- sampling TU81.328
- SAMs TU67.03
- SAM WE78.503
- sapphire MO62.04
- satellite sensors TU80.413
- SAXS MO21.03, MO41.04, TU61.52, WE78.924
- SA TU81.301
- scaffold TU80.227
- scale up TU80.730
- scaling TU28.01
- scanners WE44.01
- scanning capacitance microscope MO67.03
- scanning mobility particle sizer WE78.905
- scanning probe lithography (SPL) WE79.137
- scanning probe lithography WE44.03
- scanning probe microscopy TH46.05, TU80.116, TU81.212, WE44.03
- scanning transmission electron microscopy (STEM) WE79.110
- scattering TU80.740
- SCE WE78.703, WE78.718
- Schottky WE78.709
- Schrödinger equarion TU81.109
- scientific reasoning TU80.412
- screening TH62.04
- search engine TH52.55
- sectionalized model WE79.701
- Secure File Interchange TH52.53
- sediment particles TU80.408
- selective assembly TU80.720
- selective etching TH44.04
- selective functionaliztion MO24.02
- selective heating of nanocatalyst WE43.03
- self action WE79.116
- self asembly TH45.03
- self assembly MO70.03, WE78.120
- self writing WE79.116
- self-assembled monolayers TU67.03, TU80.314
- Self-assembled monolayer TU67.02
- self-assembled monolayer TU80.306
- self-assembling TU67.04, TU80.201, WE78.118
- self-assembly MO70.02, MO70.05, TH28.01, TH84.01, TU42.02, TU80.504, TU80.517, TU80.603, TU80.804, TU80.905, TU81.403, WE41.02, WE65.03, WE78.108, WE78.921, WE79.112
- self-cleaning WE77.305
- self-inscription TU80.903
- self-organized TU80.923
- semiconducting nanoparticle TU81.324
- semiconductor chip mounting WE50.54
- semiconductor doping profile MO67.03
- semiconductor growth TH85.53
- semiconductor nanowire MO47.04
- Semiconductors WE93.51
- semiconductor TU80.907, TU81.327, WE50.53
- semipermeable membrane TU80.911
- SEM MO40.04, WE44.02, WE85.04
- sense amplifiers WE78.707
- sensing TU28.03, WE69.05
- sensitivity WE78.708
- sensor technology TU80.318
- sensors TU28.02, TU80.920, TU81.309, TU81.402
- Sensors WE50.52
- sensors WE78.511
- SENSORS WE79.131
- sensors WE79.217
- sensor MO44.04, MO65.02, TH70.01, WE79.113, WE79.123, WE79.209, WE79.210
- separation TH65.01, TH84.02
- sequencing-by-synthesis WE78.529
- sequencing TH48.04
- serial flow TH62.02
- Serpentine structure WE77.256
- SERRS TU80.107, TU80.111
- SERS spectroscopy WE78.308
- SERS TH28.04, TU80.222, WE45.04, WE78.305, WE78.309
- SH-SY5Y neuroblastoma cell WE89.02
- shape TU81.117
- shear rheology WE41.02
- shear strength WE63.03
- shear stress WE78.302
- shear thickening TU62.02
- shear TU80.518
- Shiga toxin 1 A WE78.213
- Shikatronics TH52.53
- Short Channel Effects WE74.03
- short channel effect WE48.02
- short molecule TU80.320
- shrinkage WE78.105
- Si FET TU80.308
- Si nanoelectronics and photonics MO47.04
- Si-based SET WE78.723
- SiC WE66.04, WE77.201
- signal cascades WE78.401
- Sil-1 TU80.910
- silica nanobottles TU80.904
- silica nanoparticles TH28.02, TH85.52
- Silica nanoparticles TH85.55
- silica nanoparticles WE78.211
- silica particles TU47.01
- silica-on-silicon MO47.02
- silicates TU80.404
- Silica WE42.01
- silica WE69.01
- silicon carbide WE79.112, WE79.121
- silicon chip MO71.04
- silicon dioxide WE69.01
- silicon Dioxide WE78.114
- silicon MEMS piezoresistance TU81.412
- silicon nano wire transistor WE78.701
- silicon nano wire WE78.701
- silicon nanowire FET WE78.706
- silicon nanowires WE79.125
- silicon nitride WE78.521
- silicon probe TU48.01
- silicone MO63.01
- silicon MO68.01, TH45.01, TH53.04, TH64.02, TH64.03, TH70.11, TU80.917, TU81.123, TU81.326, WE78.704, WE78.709, WE86.03
- siloxane bridge TU80.404
- silver nanoparticles TU42.05, TU80.107
- silver nanostructures WE65.04
- silver-nanoparticle TU80.518
- silver TU80.721, WE78.822
- simulaiton TH42.04
- simulation-based optimization TU81.420
- simulation TH42.05, TU62.04, TU68.05, TU80.125, TU81.110, TU81.425, WE78.306, WE78.401, WE78.509, WE78.720, WE79.209, WE86.01
- single atoms TH46.02
- single cell TH62.03
- single electron transistor TU81.302
- single electron TH64.04
- single event effect WE79.216
- single event upset WE79.216
- single molecule imaging WE93.76
- single molecule WE47.02
- single step directed synthesis MO63.04
- single wall carbon nanotube WE63.01
- single-electron transistor WE78.612
- single-walled carbon nanotubes TU81.105
- single-walled carbon nanotube TU81.104
- sintering WE78.809
- SiO2/Si TU80.307
- SiO2 TU49.02
- siRNA MO71.03, MO71.05, TU80.224
- site-directed therapeutics TH48.03
- size effect WE79.203
- size-dependence WE78.827
- size TU80.606, TU80.913
- sizing MO43.04, TU80.740, WE78.904
- Si TU49.02
- skewing in compact model WE48.04
- skills TH61.01
- skin effect WE79.704
- skin protection cream TH85.55
- skin TU61.04
- Skin WE50.07
- skin WE89.05
- slender jet analysis TH42.02
- sliding angle WE79.101
- slurry introduction WE78.817
- small angle X-ray scattering WE78.908
- small business WE77.552
- small intestinal submucosa TH47.04
- small signal analysis TU29.02
- smart materials TH26.01
- smart objects MO25.02
- smart sensors TU28.01
- smart silver nanoparticles WE81.03
- smart surface MO40.02
- smuggling WE79.314
- snap-through TU81.417
- SNPs WE50.01
- societal benefits TU80.406
- society TH61.02, WE79.502
- SOFC TU80.743
- soft chemistry template synthesis TU80.741
- soft lithography TU80.924
- soft matter WE85.03, WE85.04
- soft mold WE78.804
- soft nanotechnology MO70.03
- softstructure TU80.601
- Software & Services TU76.24, TU76.25, WE92.51, WE92.52, WE95.04
- software TH75.03, TH85.05, WE93.53
- SOI WE79.214, WE79.608
- sol-gel process TU80.726
- sol-gel TU80.725, TU81.306, WE65.03, WE78.511
- solar cells TH53.01
- Solar Cells TH53.05
- Solar cells TH85.51
- solar cells TH85.52, TU81.309, WE79.309, WE79.310
- solar cell TH85.55
- Solar Cell WE77.353
- solar pond TU80.415
- solar radiation TH85.55
- solar TH53.03, WE77.501
- solid phase WE78.608
- Solid state lighting TH85.53
- solid state TH53.06, WE79.309
- solid-fluid coupling TU81.409
- solubilisates TU80.215
- soluble nanotubes WE78.609
- solution combustion synthesis WE79.308
- solution SAXS WE78.403
- solvent shift TU81.106
- solvent-free WE21.01
- solvothermal TU80.729
- somatostatine-receptors. TU80.104
- sonication MO64.05
- sonochemical TU81.322
- sorbents WE77.306
- source reduction TH74.51
- space charge limited conduction TU81.117
- space charge TU81.117, WE79.205
- spacer TU81.107
- sparging TH52.71
- specific information TH52.55
- spectral collocation WE79.207
- spectral propeties WE78.715
- spectral signatures TU80.413
- spectroscopy and imaging TU80.310, WE78.307
- spectroscopy MO61.03, TH46.02, WE78.305, WE79.104
- specular reflectivity MO21.02
- SPFS WE65.03
- spherical assemblies WE78.823
- SPICE modeling WE79.706
- SPICE model WE30.02, WE79.708
- spin valve MO42.01
- Spin-dependent transport WE78.717
- spinel TU80.704
- spintronics WE78.714
- SPION MO61.02
- Spiral inductor WE79.705
- spiral planar coil WE78.314
- spiropyran TU80.605
- SPL WE44.03
- SPM MO67.03, TH46.05, TH46.06, WE44.03, WE79.107, WE79.208
- spm WE79.503
- sports analysis TH52.51
- sPP TU80.518
- spray deposition TU80.901
- spray drying TU80.213
- SPR TU81.405
- squeeze-film damping TU81.408
- stability evaluation TU81.118
- stability MO43.03, TH45.06, TU80.314, WE78.203, WE78.912, WE79.133, WE89.04
- Standardization TU81.502
- standard TH74.52
- starch WE87.05
- state machine WE79.216
- state-of-the-art batteries WE79.315
- static random access memory WE79.216
- Statistical Models WE48.01
- statistical model WE48.04
- steam reforming methanol WE77.158
- stem cells WE50.02
- STEM TH46.04, WE85.04
- steppers WE44.01
- sterilize TH85.02
- STI stress WE79.706
- Stimulus WE50.07
- stirred media mill TU81.324
- STM TH45.03, TH48.04, TU81.110, TU81.308
- stm WE79.503
- Stochastic finite element method WE79.201
- stochastic processes WE78.313
- storage TH85.02
- strain sensor WE79.218
- strain-induced crystallization TU80.511
- strained silicon TU80.918
- strain TU80.917
- Strategic Opportunities WE77.403
- strategy WE90.02
- strength TU80.913
- stress transfer WE78.610
- stress-strain curve WE78.917
- stresses TU80.918
- stress TH45.06, TU81.412
- stroboscopic WE78.914
- structural DNA TH28.03
- Structural phase transformation TU81.123
- structural transformation TU81.112
- structure-property relationships TU80.908
- structures MO41.02
- structure TH76.01
- sub-32 nm WE78.705
- sub-32nm WE78.706
- sub-angstrom resolution TH46.02
- sub-micron WE78.208
- sub-threshold swing WE78.605
- substrate current WE79.608
- substrate rotation TU80.715
- substrate TU80.742
- subthreshold swing TU69.04
- sulfated cyclodextrin TH76.02
- sun block TU80.712
- sun glasses TH85.55
- sunscreen MO63.02, WE69.04
- Super Entropy Material WE77.353
- SUPER-CLEAN WE77.253
- supercapacitors WE79.316
- supercritic oxidation TH52.73
- supercritical fluid extraction of soybean oil TH88.03
- supercritical fluid TU80.513
- supercritical MO41.04, TU80.921
- superhydrophobic WE79.101
- superparamagnetic nanoparticles TU80.218, WE78.827
- superparamagnetic MO71.02, TU80.211, TU80.219
- supersonic nozzle WE78.801
- support vector machine TU68.03
- supramolecular assemblies TH65.02
- supraparticles TU80.804
- surface acoustic wave MO66.05
- surface area TU80.733
- surface based detection WE45.02
- surface characterization TH65.01
- surface chemistry TH67.04
- surface energy WE78.611
- surface enhanced Raman scattering WE44.04
- surface layer formation TU80.302
- surface modification MO71.04, TU42.04, TU80.301, TU80.507, TU80.516, WE78.120
- Surface modification WE78.601
- surface molecular contamination TU81.327
- surface plasmon plartions TU81.209
- surface plasmon resonance TU80.311, TU80.323
- surface plasmons TU81.209
- surface plasmon TH53.03
- surface potential-based TU75.02
- surface potential TU29.03
- surface Roughness WE78.906
- surface science TU80.908
- surface states TU49.01
- surface tension WE78.510
- surface-potential gate-voltage x-equation TU49.03
- surfaces and films TH65.01
- surface MO61.01, WE77.301
- surfactants TU80.911
- surfactant TU80.722, TU80.927
- suspensions transport WE78.526
- suspension TU80.927
- sustainability TH74.51, WE77.260, WE77.304
- Sustainability WE77.403
- sustainable WE77.401
- SWCNT yarns MO42.01
- swelling WE64.02
- switching TU62.02
- SWNTs TU80.927, TU81.105
- SWNT TH43.03, WE63.02, WE78.609, WE87.03
- SYBR TH28.03
- symmetric TU75.02
- synchronization MO66.06
- synchrotron x-rays WE21.02
- synchrotron XRD TU81.202
- synergy WE78.401
- synthesis of coatings TU61.03
- Synthesis MO43.01
- synthesis MO43.06, TU80.503, TU80.522, TU80.701, WE43.04, WE78.922
- synthetic lipoprotein TU80.711
- synthetic muscles MO40.03
- systemic delivery MO71.03
- systems that require a rapid mount WE50.54
- t cell MO71.02
- Ta Alloy WE78.115
- tabletop WE78.912
- Tailor-made materials TU80.921
- tailored fillers TU47.01
- tandem dyes WE78.316
- targeted delivery WE46.03
- targeted drug delivery systems TH48.02
- targeted drug delivery WE46.04
- targeted gene delivery TU80.202
- targeted nanoparticles WE46.01
- targeted nanoparticle TU80.711
- targeted therapeutics TH48.03
- Targeted TU80.207
- targeting WE50.05, WE78.202
- Tat-SOD1 TU80.216
- TB TU80.225
- TCAD WE30.03
- Technology Transfer WE77.453
- Telecommunications TU78.44
- TEM prep MO40.04
- temperature TH45.06
- Temperature WE77.203
- temperature WE78.604, WE79.603, WE86.02
- tempered glass TH52.77
- templateless TU80.602
- template TU81.305, TU81.326
- TEM TH46.04, TH64.01, TU80.502, TU80.724, TU81.324, WE26.04, WE78.902, WE85.03
- tensile fracture WE78.105
- tensile properties TU80.506
- terpyridine WE78.724
- test chip WE79.702
- test structure WE79.702
- test TH85.05
- tether TH27.02
- tetracycline WE78.404
- TetR WE78.404
- textile TU61.04, WE78.822
- texture TU80.916
- TFT-LCD TU81.325
- TG/DTA TU80.724
- TGA WE77.253
- therapeutic protein TU80.203
- therapeutic system WE47.06
- therapeutic TH52.04
- therapy WE50.02
- thermal conductivity TU80.732, TU81.114
- thermal converter TU81.401, WE79.215
- thermal efficiency TU68.06
- thermal expansion TU80.916
- thermal interface material WE50.51
- thermal management WE50.51
- Thermal Management WE50.53
- thermal stability WE78.618
- thermal transitions TU80.512, WE42.04
- thermal transpiration TU81.119
- thermal transport WE79.110
- Thermionic Emitter WE77.353
- thermoelastic damping WE79.201
- thermoelectric power WE79.134
- thermoelectric MO68.04
- thermosensitive TU80.221
- thin film photovoltaics TH85.51
- thin film solar cells TH85.51
- thin films TH44.02, TU81.311
- thin film WE78.913
- Thin film WE79.105
- thin SOI TU80.321
- thin structured films WE79.103
- thiobacillus ferrooxidans WE77.152
- Thiol-ene TH63.01
- thiols TU80.721
- three-phase composite cylinder TU80.802
- threshold voltage TU69.04, WE79.605
- through barrier personnel detection TH85.01
- through silicon via TU81.404
- Ti-Hf alloy WE78.106
- Ti-Nb WE78.115
- Ti-sodium aluminium hydride WE79.302
- TiCl3 WE77.156
- TiC TU81.322
- tin whisker TU81.221
- TiO2 nanocomposite TU80.507
- TiO2 nanoparticle synthesis WE78.507
- TiO2 nanoparticles TU80.408
- TiO2 MO41.03, TU80.403, TU80.926, WE77.156, WE79.308
- TIRF TU80.902
- tissue culture TH67.05
- tissue distribution TU80.105
- tissue engineering MO70.02, TH27.01
- Tissue Engineering TH52.74
- tissue engineering TH67.05, WE78.121
- tissue repair TH68.01
- tissue TH68.05, WE78.110
- titanate nanotubes WE78.619
- titana WE79.104
- titania TU80.209, WE79.102
- titanium dioxide (TiO2) TU80.414, WE79.127
- titanium dioxide TU80.403, WE69.04
- titanium oxide MO63.02, TU80.714
- titanium TU80.516
- TMR WE78.714
- toluidine blue TU80.319
- tomato WE78.201
- tomography WE85.03
- top gate MO62.04
- top-down TU80.308
- Topography WE78.906
- topology optimization TU81.419
- toroidal carbon nanotube MO42.02
- total x-ray scattering MO21.04
- touchpoint pressure TU81.413
- toxicity screening TH52.03
- toxicity TU80.112
- Toxicity TU80.409
- toxicity WE78.116, WE89.01, WE89.04
- toxicogenomics TH52.03, WE69.02, WE69.03
- toxicology profiling TH52.03
- toxins WE69.05
- TPGS TU80.213
- trace detection TU81.407
- tracer gas TU81.509
- track and trace TH85.52
- trajectory WE78.509, WE78.524
- transdermal programmed release TU80.208
- transferrin targeting MO71.03
- transient gene expression TU80.202
- transient TU81.417
- transistors TH85.51
- transistor TU67.04, WE78.709
- transition metal oxide MO68.03
- transition states WE86.01
- transmembrane proton motive force WE78.318
- transmission electron microscopy WE79.120
- transmission function MO42.02
- transmission WE79.312
- transmittance TU81.218
- transparency TH52.72
- Transplant rejections TH52.01
- transport properties WE84.05
- transport theorem TU80.732
- transport TH28.01, TU80.405, WE47.03
- traps TH64.04
- trap TU68.02
- treatment monitoring TU80.220
- treatment WE50.03
- TREC WE78.311
- trends WE79.402
- triaxial angular sensor TU81.424
- tribology WE85.01
- troponin TU80.716
- tube control agent WE78.608
- tumor markers MO71.01
- tumor-specific drug delivery MO71.01
- tumor WE78.110
- tungsten oxide TU80.714
- tunneling current WE78.719
- tunneling sensors TU81.319
- tunneling TH48.04
- turmeric WE78.201
- Twin-bubble TU68.06
- two phase flow WE84.06
- type I diabetes TH52.01
- U.S. Patent Office WE79.402
- UDSM WE79.707
- UK WE77.502
- Ultra violet protection TH85.55
- ultra-high molecular weight polyethylene WE21.02
- ultra-hydrophobic WE78.503
- ultrafast laser WE78.810
- ultrapure water TU81.328
- ultrasonic image TU48.01
- ultrasonic transducer WE79.202
- ultrasonic WE84.02
- ultrasound TH62.05
- ultrathin TH84.02
- ultraviolet light emitting diodes WE77.255
- ultraviolet MO47.03, TH85.02
- unburnt coal WE77.151
- uncoated WE85.04
- understanding WE79.501
- undoped FinFET TU69.04
- undoped MOSFET WE79.605
- undoped TU75.02
- unified regional modeling TU75.04
- uniform size TU80.701
- United States TU81.501
- unsaturated polyester resin (UP) WE42.02
- up-conversion TH85.52
- uptake TH67.04, TU80.411
- uric acid biosensor TU80.304
- URM TU75.04
- USAXS WE78.924
- USPIO TH48.01
- USPTO WE79.402
- UV epoxy resin WE78.512
- UV filter TU80.713
- UV-lithography TU68.01
- UV-NIL MO47.01
- UVA MO63.02
- UV MO62.01
- vacancy defects TU47.02
- vacuum IC MO22.02
- vacuum micro- and nano-electronics MO22.02
- Vacuum pump WE77.203
- valproic acid TU80.209
- valve-controllable WE78.529
- valveless micropump TU81.409
- VALVES WE79.131
- valve WE84.02
- vapor phase growth MO68.01
- vapor TH65.03
- variable pressure WE85.04
- variable redundancy TU81.219
- varistor WE87.02
- vector discretization box method tcad MO66.02
- VEGF MO71.05
- velocity overshoot TU69.02
- ventilation TU81.509
- venture capitalists WE77.451
- venture WE76.03
- vertical lifting deposition TU42.02
- Vertically aligned WE78.611
- vibration control WE79.218
- vibration WE78.914
- vibrometry WE78.914
- video monitoring TH52.51
- video surveillance TH52.51
- Video WE93.71
- virtual reality TH85.03
- virtual TU81.314
- virulence TU81.423
- virus TU81.120, WE46.05
- visible light MO43.02
- Visible light TH85.52
- vitamin C WE41.05
- vitamin D derivative TU80.117
- VLS growth WE79.136
- VOC WE77.202
- voltage WE78.725
- voltammetry WE78.301
- volume shrinkage WE42.02
- voluntary partnership TH74.51
- voluntary performance standards TU81.508
- Von Neuman WE79.204
- wafer level packaging TU81.404
- Waste-Free Technology WE97.72
- Wastewater TH88.02
- wastewater WE29.02
- water cleaning TH76.05
- water electrolysis WE77.157
- water management WE77.155
- water purification WE77.255
- Water purification WE97.72
- water quality TU80.415
- water treatment WE29.02, WE29.03, WE77.257
- Water Treatment WE97.72
- water TH76.01, TU81.102, TU81.423
- Water WE77.203
- waveguides TU81.211
- waveguide MO47.02
- wavelength tuning WE79.119
- WAXS MO41.04, TU80.511
- wax TH63.02
- WEEE WE77.403
- wet chemical TU80.737
- wetting TH43.01, WE78.502
- white-light TH85.55
- Whitenoise encryption TH52.53
- Whitenoise Labs TH52.53
- whole blood MO64.02
- Wireless MIMO channel TH52.54
- wireless sensor networks TU48.03
- wireless MO25.03
- WLRC TU81.103
- Woodpile Structure MO47.01
- workforce TH61.01
- worm-like rod chain TU81.103
- wound healing TH67.01
- wrinkling TU80.903
- X-ray diffraction WE78.909
- X-ray measurement MO41.01
- X-RD WE78.903, WE78.920
- XAFS MO41.02
- XANES/EXAFS WE78.601, WE79.302
- XANES WE79.104
- XMCD WE79.108
- XPS TU80.742, WE79.104, WE79.108
- XRD TU80.724, TU80.914, TU81.324, WE79.104, WE79.108, WE79.115
- XR WE78.910
- Xsim TU75.04
- yarns WE63.01
- yeast cell TU80.203
- yield enhancement TU81.327
- yield WE48.02
- Young modulus MO41.03
- Young's modulus WE86.03
- Youngs modulus WE63.01
- zebrafish WE69.03, WE89.01
- zeolite TU81.108
- zero discharge TU80.415
- zinc gallate WE79.105
- zinc oxide nanoparticle TU80.519
- zinc oxide MO41.05, MO68.05, WE69.04
- ZnO branched nanorods TU81.329
- ZnO nanoarchitectures TU81.329
- ZnO nanonails TU80.919
- ZnO nanorod/nanotube TU80.312
- ZnO nanorod WE79.124
- ZnO nanowires WE79.136
- ZnO nanowire WE79.123
- ZnO MO41.02, TH45.02, TU80.725, TU80.735, TU81.309, WE77.158, WE79.118, WE79.122, WE79.310
- ZnS TU80.736
- Zr content WE78.107
- ZSM-5 TU80.910, WE79.303
- Au nanoparticle TU80.746
- protein aggregates TU80.746
- superoxide dismutase (SOD1) TU80.746
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