- 1/f noise WE36.05, WE62.506
- 1/f WE36.07, WE62.508
- 2-D doping WE61.105
- 3D batteries TU24.04
- 3D grey scale TU24.02
- 3D microfabrication WE62.310
- 3D microfluidic MO60.701
- 3D organoid skin model WE62.313
- 3D periodic structures TU29.02
- 3D positioning WE21.01
- 3D reconstruction TH23.02
- 3D simulation WE34.03, WE60.108
- 3d simulation WE60.412
- 3D vascularized scaffold WE59.103
- 3D video tracking TU45.03
- 5-aminolevulinic acid TU60.907
- ab initio MO60.304
- ab-initio MO60.505
- abrasion resistance TU61.104
- absolute permeability tensor WE62.404
- absorption characteristic WE60.901
- absorption TU60.602
- AC coupling WE60.104
- AC electroosmosis MO60.101
- accelerated WE61.104
- accelerometer TU21.01
- accountability MO61.207, MO61.209
- acetone WE22.02
- acid dye WE60.808
- acidity TU61.309
- ACM TU60.705
- acoustic bandwidth compression TU30.105
- acoustic streaming WE51.02
- acoustic wave sensor WE61.808
- acoustic TU60.314
- acrylate TU60.902
- acrylic TU44.04
- activated carbon fiber WE60.911
- active coatings technologies MO60.501
- activity WE62.307
- actuators MO52.04, WE60.304
- actuator TU30.103, WE51.02
- adaptive optics TU22.02
- adaptive TU60.206
- ADC MO45.04
- addressable terabit/in2 arrays MO32.01
- adhesives WE39.11
- adhesive MO40.04
- adiabatic charge pump MO34.03
- adsorption MO37.03, MO60.415, WE38.25, WE60.906, WE60.910
- advanced CMOS technology TH26.04
- advanced encryption algorithm TU45.04
- aerospace & defense TU52.402, TU52.403
- aerospace applications TU60.711
- aerospace technology MO40.02
- AFM MO38.102, MO61.010, TH21.04, TH24.03, TH25.01, TU34.01, TU40.04, TU60.505, TU61.408, TU96.02, WE57.04, WE58.22, WE58.24, WE61.402, WE61.505, WE61.902
- Ag nano-particles MO35.04
- Ag2S TU61.203
- aggregation TU61.605
- aging TU30.207
- agro TU52.405
- AgX nanoparticle MO60.608
- AHP MO61.306
- air pollution MO60.415
- airborne contaminants MO60.415
- airborne imagery TU45.05
- airborne molecular contamination TU18.02
- airborne particles MO58.41
- Al2O3 TU24.02
- alcohol WE60.415
- aligned MO61.107
- alignment TU60.701
- alliance MO61.305
- alloys MO40.05
- alpha-power law model WE56.01, WE62.523
- alternative energy TU30.202
- alumina WE54.07
- aluminium alloys MO40.02
- aluminum nitride MO61.001
- aluminum oxide TU35.05
- aluminum MO40.04
- alzheimers MO47.04
- ambient conditions TU60.702
- AMC migration TU29.71
- AMI WE62.107
- amorphous carbon TU34.04, WE60.904
- amorphous diamond MO61.002
- amorphous photocatalysts MO60.504
- amperometry TH24.04
- amphiphilic block copolymer WE61.601
- amphiphilic PPPs TU25.02
- amphiphilic WE60.810
- amyloid beta WE61.811
- amylose TU95.02
- analog design methodology WE56.10, WE62.532
- analog-to-digital converter MO45.04
- analysis MO60.307, MO60.901
- analytic solutions WE36.30, WE62.522
- analytical modeling WE36.25, WE62.516
- Anatase MO60.803
- anatase MO60.807, MO61.005
- anchor losses TU32.04
- and cosmetics MO22.01
- and structural formation WE38.23
- androgen MO47.02
- aneurysm MO47.07
- angiology MO41.03
- anharmonic vibrational modes WE61.701
- animal assay WE57.02
- anion vacancies WE60.710
- anionic nanolipoplex WE61.710
- anisotropic etch simulator WE60.108
- anisotropic etching TU22.01
- anodic alumina template WE60.409
- anodic alumina TU35.05
- anodization TH35.04
- anthrax TU61.603
- anti-counterfeiting TU30.205
- anti-proliferative action MO47.03
- antibodies WE28.02, WE38.03, WE38.13
- antibody-antigen WE57.04, WE58.22
- antibody TU61.407, WE62.103
- anticoagulant TU30.206
- anticoccidial peptide MO47.06
- antiferromagnetic MO60.503
- antimicrobial MO59.904, TU44.05
- antineoplasics phytotherapeutical MO47.03
- antineoplasics MO47.03
- antinuclear autoantibody WE38.04
- antioxidants WE61.603
- antisense oligonucleotides WE38.03
- apoptosis MO58.03, MO58.04, TU30.207
- applications WE60.908
- aqueous TU60.506
- arc discharge MO34.02
- archirectures TU60.509
- architecture MO61.202, TH53.01, TH53.02
- argon plasma MO61.003
- army MO60.501
- array MO60.119, MO60.506
- arsenic MO37.02
- arthritis MO47.04
- aseptic processing MO58.31
- aseptic TU29.82
- assembly WE28.23
- assessment MO61.203
- astrocytes TH25.04
- asymmetic intermixing MO21.02
- asymmetric oxide stack WE36.28, WE62.520
- atherosclerosis TU60.905, WE62.104
- Atom Mapping MO38.105
- atomic doping WE25.03
- atomic force microscope TU96.03, WE61.408
- atomic force microscopy MO60.605, TU34.01, TU34.04, TU61.602, WE61.806
- atomistic continuum mechanics method TU60.705
- atomistic continuum method (CAM) MO60.305
- atomistic modeling TU60.402
- atomistic simulation WE60.603
- Au-nanoparticles WE28.22
- augmented reality TU45.03
- automatation WE57.02
- automotive TU30.102
- avian coccidiosis MO47.06
- avidin WE62.101, WE62.105
- B-spline MO60.303
- bacillus spores WE62.302
- back end TU60.507
- backscatter WE61.203
- bacterial biofilms MO61.111
- bacteria TU61.606, WE38.13
- badge platforms WE31.01
- ball shear strength WE60.410
- ballistic transport TU42.04
- band pass MO45.01
- barcoded particles TU60.311
- barium titanate WE60.613
- barrier properties WE58.12
- battery MO35.03, MO40.03
- bead WE61.802
- BEM TU60.206
- benchmark test TU26.02
- bending TU96.02
- benefit-cost WE60.110
- benefits TU61.503
- beta-carotene TH21.01
- beta-tubulin TU61.207
- bi/tricomponent fibers MO28.05
- Bi4Ti3O12 TU60.511
- bidens alba MO47.03
- bidirectional elastic light scattering WE38.23
- Bifurcation TU60.312
- bio sensor system MO60.203
- bio sensors WE27.03
- bio sensor TU61.409, WE60.201
- bio-analysis MO36.02
- bio-chip MO60.207
- bio-composites TU61.103
- bio-polymers WE60.801
- bio-probe TU61.602
- bio-probing WE62.106
- bio-sensing WE62.106
- bioactivation WE59.105
- bioactive films WE62.304
- biochip TU60.304, WE61.802
- biocompatibility TU61.607, WE62.301
- biocompatible WE60.106
- bioconjugates WE61.715
- biodegradable TH25.03
- biofeedback WE38.14
- BioFET MO60.206
- biofuel cells WE62.406
- biolabel WE61.803
- biological application TU60.802
- biological warfare MO39.04
- biologically inspired TU60.412
- biological MO58.23
- biomarkers TU60.316, TU61.305
- biomarker TH24.05
- biomaterials MO25.01, WE38.12, WE62.314
- biomaterial MO46.03
- biomedical instrumentation MO41.03
- biomedical WE62.314
- biomicrodevices WE60.202
- biomotion sensing WE31.01
- biopolymer MO53.04, MO61.112
- biopsy MO41.01
- bioreactor WE62.310
- biosenoser MO53.03
- biosensors MO60.210, TU61.402, TU61.412, TU61.414, WE61.812
- biosensor MO60.205, MO60.206, MO60.209, TH24.01, TH24.04, TU61.404, WE27.04, WE57.06, WE58.22, WE60.605, WE60.914, WE61.801
- bioseparation TU60.317
- biotechnologies TU92.01
- biotechnology TU30.202, TU60.803
- biotech MO59.601, MO59.602, MO59.603
- biotin TH24.02, WE62.101, WE62.105
- biphasic hydrogels WE60.805
- bipolar transistors TH26.02
- bismuth layer structured ferroelectric TU60.511
- bistable WE60.111
- block copolymers MO32.01, MO32.03, MO53.02
- block copolymer WE28.20
- block-co-polymer WE60.912
- blocker TU61.304
- blood MO36.05
- bond order potential MO21.03
- bone cancer TU61.310
- bone mineral TH25.01
- bone TH25.03
- borides MO60.503
- boron carbide MO60.801
- Boron diffusion TU60.402
- boron MO60.802
- bottom-up TU40.01
- boundary elements MO60.311
- Bragg grating TU34.02
- brain interaction MO60.313
- brain research TU29.11
- brain tumor WE61.713
- brain WE58.04
- brand imaging TU30.205
- break junction TU60.606
- break-up TU60.310
- breast cancer TU30.203, WE28.05
- bridge WE21.04
- Brownian dyanmics TU60.608
- BSA WE61.601, WE61.708
- BSE WE58.05
- BSIM TU42.01, WE56.03, WE62.525
- bu functional alkyl thiols TU61.202
- bubble TU28.02
- bucky balls MO60.806
- bulk charge approximations TU26.03
- bulk FinFET WE34.03
- bulk micromachining WE60.108
- bulk-charge sharing WE36.02, WE62.502
- bulkMOSFET TU36.02
- bundlet and droplet models for clusters MO60.404
- buried channel MOSFET WE60.403
- C-MEMS TU24.04, TU61.410, WE61.106
- c-swnt TU60.704
- C. elegans WE57.02
- CaCo-2 cell culture TU61.317
- caco-2 cell WE61.714
- calcium carbonate TU61.104
- calcium channel MO47.07
- calcium oscillations MO60.309
- calcium MO60.310
- calibration MO45.04
- Canada MO61.302
- cancer live cell imaging TH21.03
- cancer therapy WE28.04
- cancer treatment MO47.03
- cancer MO47.05, MO53.04, MO58.02, TU61.303, TU61.313, TU61.318, WE28.02
- Cancer WE38.11
- cancer WE59.103
- cantilever arrays MO60.202
- cantilever TU96.03, WE61.408
- capacitance model WE36.11, WE36.24, WE62.511, WE62.515
- capacitance TU60.205
- capacitive accelerometer WE60.104
- capillarity TU38.05
- capillary electrophoresis WE60.114
- capillary force TU60.104
- capillary MO60.702, TU61.406
- carbiding WE60.602
- carbon black suspensions TU60.302
- carbon fibers MO61.303
- carbon monoxide WE22.02
- carbon nano structures TU93.02
- carbon nanofibers WE62.303
- carbon nanofoam TU93.01
- carbon nanoparticles TU61.315
- carbon nanostructures MO60.413, WE60.906, WE60.910
- Carbon Nanotubes (CNTs) WE38.23
- carbon nanotubes composites TU60.711
- carbon nanotubes MO34.02, MO60.210, MO60.806, TH35.03, TU27.01, TU27.12, TU27.14, TU37.02, TU37.22, TU60.611, TU60.707, TU60.708, TU60.709, TU60.710, TU61.412, WE25.03, WE29.04, WE35.02, WE35.03, WE55.02, WE60.912, WE62.313
- carbon nanotube MO40.03, MO60.506, MO60.507, TU37.03, TU37.22, TU60.607, TU60.701, TU61.405, WE25.01, WE35.04, WE60.904, WE60.914, WE60.916
- carbon nitride TH35.05, WE60.905
- carbon replica WE60.909
- carbothermal reaction MO60.801
- carrier-based model WE36.21, WE62.512
- carrier WE60.712
- cascade MO60.904
- Casimir TU23.01, TU60.203
- catalysis particulate metter diesel combustion WE62.403
- catalysis MO25.01, MO53.11, MO60.804, MO61.303
- catalysts TU60.901
- catalyst MO60.904, TU60.710
- catheter MO46.05
- cavity growth MO60.412
- CBD TU35.02
- CBR WE60.604
- CdSe MO60.914, WE60.812, WE62.103
- CE-Nanochip MO60.204
- cell adhesion TH35.04
- cell alignment WE60.606
- cell assay WE32.04
- cell culture TH25.04
- cell scafold WE60.802
- cell separation MO60.104, WE60.606
- cell sorting TU60.304
- cell suspension TU60.309
- cells adhesion WE59.105
- cells TH21.05, TU61.301, WE61.902
- cellular communication WE61.901
- cellular TU61.604
- cellulose WE62.311
- cell WE57.07
- census MO61.304
- centre MO61.302
- ceramics MO60.902, TU41.04
- ceramic MO37.04
- cerebral vasospasm MO47.07
- ceria TU24.03, WE60.710
- cerium oxide MO53.11
- Ce MO53.13
- CFD modeling TU29.71
- CFD simulations TU38.06
- CFD MO60.115
- Cgd WE36.11, WE62.511
- chalcogenides MO60.918
- channels MO51.06
- chaotic mixing TU60.306
- chaotic TU60.307
- characterisation TU37.04
- characteristics WE34.03
- characterization MO38.101, MO60.120, TU60.703, WE36.05, WE38.23, WE61.101, WE62.506
- charge centroid TU60.202
- charge model WE36.02, WE62.502
- charge partition WE36.10, WE62.510
- charge-sheet approximation TU26.02
- chem-bio WE60.306
- chemical engineering TU30.202
- chemical etching TU35.04
- chemical filtration TU18.02
- chemical imaging TU40.04
- chemical mechanical planarization TU60.507
- chemical process TU44.02
- chemical synthesis WE61.204
- chemical vapor deposition MO34.02, MO51.01, TU60.710
- chemical vapour deposition MO54.04
- chemicals TU53.305
- chemical MO58.23
- chemistry MO59.301
- chemotherapy TU30.207, TU61.311, WE38.02
- chip TU45.04
- Chirality dependence WE25.02
- chirality TU37.04, TU60.611
- chitosan TU60.907
- cholesterol MO61.009
- chromatography WE10.01
- chronic illness TU61.414
- CINT MO61.301
- circuit design TU16.02, WE36.23, WE62.514
- circuit-compatible model WE56.06, WE62.528
- circular dichroism WE62.307
- citrate sol-gel WE60.710
- clay WE58.13
- clean room design TU29.72
- clean rooms TU41.32
- cleaning MO29.22, TU41.41
- cleanroom building TU17.01
- cleanroom design MO29.12, TU17.01
- cleanroom wall systems MO29.11
- cleanrooms MO39.31
- cleanroom TU17.02
- clearance TU61.702
- clinic chip nanotechnology physician MO61.206
- clustering MO60.302
- clusters WE60.713
- cluster MO60.503, MO60.802
- cmos photodectors MO41.03
- CMOS scaling TH26.04
- CMOS-MEMS TU32.01
- CMOS TU10.02
- cmos TU22.02
- CMOS TU61.415, WE56.03, WE62.525
- CMP MO61.004, MO61.006
- CNFET circuit simulation WE56.05, WE62.527
- cnt-reinforced composite MO60.407
- CNT-reinforced composite TU60.810, WE55.03
- CNTFET TU60.609
- CNTs MO61.201
- CNT MO60.203, MO61.112, TU60.610
- cnt TU60.704
- CNT WE25.01
- CO nanoparticles TU60.909
- co-intercalation WE62.307
- CO2 Laser pyrolysis MO35.03
- CO2 snow cleaning TU18.01
- coalescence TU60.310
- coalesce TU44.02
- coarse graining TU39.04
- coating agents TU61.104
- coatings MO40.05, TU60.808, WE39.13, WE39.14, WE39.15, WE62.301
- coating MO60.407, TU30.205, TU60.810, TU61.501, WE28.21, WE55.03
- cobalt ferrite MO60.911
- CoCrMo TH35.04, WE60.602
- cognitive TU44.03
- cohesive WE61.401
- collaboration MO61.301, MO61.307
- colloid probe AFM WE61.602
- colloid probe WE61.501
- colloid self-assembly TU29.01
- colloidal films TU29.02
- colloidal glasses and gels TU29.01
- colloidal quantum dots WE60.504
- colloidal silver nanoparticles TU60.505
- colloidal suspensions TU29.03
- colloidal synthesis WE60.504
- colloidal systems TU11.01
- colloids TU41.04
- colloid MO32.04
- colon cancer TU60.907
- colorimetric TU61.405
- comapct model TU36.01
- combinatorial chemistry MO60.802
- Combined AFM\\STM MO61.008
- combustion synthesis MO60.902
- commercialization MO61.303
- comminution WE60.707
- communication interface TU61.204
- communication MO61.211, WE37.04, WE60.201
- compact model of CNFET WE56.05, WE62.527
- compact modeling TH16.01, TH16.02, TH26.02, TU26.02, TU36.02, TU36.04, TU42.01, WE16.02, WE36.21, WE36.22, WE36.26, WE56.02, WE56.07, WE62.512, WE62.513, WE62.517, WE62.524, WE62.529
- compact models WE26.02
- compact model TH26.04, TU32.03, TU36.03, WE36.24, WE36.27, WE36.30, WE56.01, WE56.08, WE62.515, WE62.518, WE62.522, WE62.523, WE62.530
- compact MOSFET model TU16.03
- complementarity MO61.212
- complex flow TU38.06
- complex fluids TU44.01
- complex functional nanomaterials MO61.301
- complex structures MO52.02
- compliance MO61.207
- compliant mechanism WE32.02
- composite materials MO60.210
- composite solders WE60.410
- composites MO61.101, MO61.109, MO61.303, TU27.01, TU95.01, WE58.15
- composite MO61.108, TU44.04, TU61.105, WE35.03, WE62.311
- compounds MO47.01
- computational chemistry MO60.415
- computational fluid dynamics MO60.108
- computed tomography WE38.05
- computer simulation WE28.14
- concentration MO60.116, WE38.23, WE61.804
- concentrator MO60.104
- conductance WE28.05
- conducting polymers TU29.11, TU29.13
- conducting polymer TU61.410
- conductive TU60.508
- conductivity TU61.304
- Conductivity WE35.05
- conductor TU60.405
- confocal laser scanning microscopy WE28.35
- conformal mapping TU42.03
- construction MO61.202
- contact angle TU28.01, TU92.02, WE60.912
- contactless capacitance detector WE60.114
- contact WE60.115
- containment applications TU41.31
- contamination control MO29.22, TU18.01
- contamination MO58.41, TU44.05
- continuous flow MO53.14
- continuous inkjet TU94.01
- contraction TU28.02
- contrast agents TU60.905, WE62.104
- contrast agent MO60.311, WE38.05, WE61.706
- Contrast TU29.24
- controlled drug delivery WE60.805, WE61.708
- controlled release WE38.02, WE58.24
- convex modeling MO60.103
- cooling MO46.05
- coordinate agent MO60.805
- copolymers of Pluronic and poly (2-dimethylaminoethyl methacrylate) (pDMA) TU61.208
- copolymer MO53.03
- copper MO61.004, TU60.508, WE61.405
- core-shell WE60.702, WE61.708
- core/shell nanocrystals WE60.504
- core–shell rubber WE58.15
- Coriolis meter WE60.310
- corrosion WE60.601
- cosmetic TU60.902
- coumarin TH21.01
- coupling agent WE58.12
- covered EWOD TU60.401
- CPW-to-slotline ring resonator MO60.209
- creep damage MO60.412
- Creep MO61.103
- Creutzfeldt-Jakob_disease MO41.04
- cristallinity WE60.906, WE60.910
- critical cleaning TU18.01
- critical heat flux MO52.03
- Crohn’s disease TU30.204
- cross-contamination TU44.05
- cross-linking MO60.915
- crosslinked TU61.307
- cryogenic WE32.01
- cryptography TU45.04
- crystallinity WE61.503
- crystallization in nanostructured fluids MO22.02
- crystallographic databases WE61.102
- cswnt TU60.704
- Cu-Ni alloys TU61.316
- cubic phase WE58.23
- culture MO61.307
- Curie temperature TU61.313
- curing TU60.508
- current compression WE60.401
- current enhancement WE60.403
- current loop converter WE60.104
- current quantization MO34.03
- current-voltage characteristics WE16.03
- cusp condition MO60.403
- cutoff frequency MO31.02
- cutting TU27.14
- CVD TU27.12, TU61.502, WE60.602, WE60.902
- CWA detection WE60.307
- cyclodextrin MO60.308
- cysteine-knot TU39.01
- cytokine MO58.03
- cytostatic MO47.03
- cytotoxicity MO60.210, TH21.02
- cytotoxic MO47.03
- damping MO60.407, TU32.03, TU60.810, WE55.03
- data fusion MO60.601
- data modelling MO60.302
- data projectors MO45.05
- data security TU45.04
- decision support TU61.608
- decontamination TU41.32
- deep trench WE61.105
- defect modeling TU60.609
- defoam TU44.02
- deformation analysis TU29.21
- deformation WE62.305
- degradation MO53.12, WE59.104
- delamination buckling WE60.302
- demography MO61.201
- demulsification TU44.02
- dendrimers MO51.02, MO61.303
- dendrimer MO39.04, TH21.05, TU27.13, WE28.04
- dendritic cells WE27.14
- density functional theory MO60.304, WE28.32
- density WE60.601
- dentinal tubules MO60.906
- depleted radiation TU30.106
- deposition MO35.02, WE60.713, WE61.104
- dermatology MO41.03
- desalination TU61.504
- design methodology TU38.06
- design MO61.202, TU17.02, TU60.102, TU60.509
- detection MO39.04, MO58.23, TH24.02
- detonation nanodiamonds WE60.907
- detonation synthesis WE60.908
- device correlations WE26.01
- device modeling TU60.202
- device physics TU26.02, WE36.21, WE62.512
- device simulation MO31.03, WE60.401
- dextran TU61.317
- DFT TU23.02, TU60.605
- DG MOSFET WE36.25, WE62.516
- DG-MOS FET TU60.410
- diabetes MO41.03, MO47.01, TU30.207, TU61.404
- diagnostic tool TU16.01
- diagnostics MO41.05, TU30.201
- diagnostic TU30.204
- Dialysis TU61.402
- diamond electrode MO61.002
- diamond-like carbon TH35.05
- diamond WE60.602
- diaphragm TU60.205
- diblock copolymers MO32.04, MO60.402
- diblock copolymer WE28.22
- diblock thin films WE60.804
- dielectric constant MO60.912
- dielectric function WE28.32
- dielectric TU60.405
- dielectrophoresis MO36.04, MO60.113, TU37.04, TU38.03, TU60.206, TU61.304, WE57.07, WE60.113
- differential scanning calorimeter WE60.703
- differentiation WE61.808
- diffraction gratings WE32.03
- diffraction TU60.803
- diffractive MEMS WE32.03
- diffractive optics TU21.02
- diffuse light scattering TH23.01
- diffuser/nozzle MO60.107
- diffusion MO37.02, MO60.412, MO60.914
- digital microfluidics TU60.401
- diluted magnetic semiconductor MO60.917, WE60.706
- dip pen nanolithography TU34.07
- dipole moments TU38.03
- dipole WE38.12
- direct detection MO60.209
- direct write TU60.510
- direct-write assebly MO60.701
- direct-write TU61.415
- directed assembly TU29.02
- directed evolution MO60.111
- directed self-assembly WE28.20
- direction TU60.102
- discrete impurity effects WE34.01
- discretization schemes TU60.204
- disease diagnosis TU61.405
- disinfection MO41.04, TU61.504
- disjoining pressure MO60.411
- disk resonators TU32.04
- dislocation dynamics MO60.408
- dispergator WE60.907
- dispersants TU41.04
- dispersing WE60.707
- dispersion MO61.112, WE61.101
- display devices MO45.05
- display WE25.01
- dissolution WE60.801
- distinfection TU41.41
- Distortion WE36.06, WE62.507
- distribution TU44.05
- disturbance TU60.307
- DLC TH35.05, WE60.601
- DNA computing MO60.401
- DNA condensation WE28.04
- DNA controlled release pH responsive polyion complex WE61.709
- DNA hybridisation TU60.311
- DNA microparticles multilayer layer-by-layer cationic polymers WE60.809
- DNA nanostructure WE62.315
- DNA repair WE57.03
- DNA sequencing MO60.308
- DNA-adducts TU60.316
- DNA-based biosensor TU61.403
- DNA MO36.02, MO60.116, MO60.119, MO60.208, MO60.416, TU39.05, TU61.408, WE35.03, WE60.202, WE60.914, WE61.904, WE62.307, WE62.311
- docking MO60.303
- dodecanethiol gold TH21.01
- domains WE60.613
- dose control MO60.601
- double gate MOSFETs WE36.30, WE62.522
- double gate TU36.04, TU42.03
- Double gate WE36.22
- double gate WE62.513
- double-gate MOSFETs TU42.04
- double-gate MOSFET TH26.03, WE16.02
- double-gate TU42.02, WE16.03, WE36.24, WE36.26, WE36.27, WE60.412, WE62.515, WE62.517, WE62.518
- doxorubicin MO58.02, WE38.02
- DPD MO60.402
- DPI WE61.107
- DPN TU34.07
- DRAM WE61.105
- drift correction TU34.06
- droplet ejection TU38.07
- Droplet formation MO60.114
- Droplet interaction and breakup MO60.114
- droplet microfluidics MO60.110
- droplets MO36.02, MO52.02, MO52.04
- droplet TU28.03
- drug delivery systems TU60.906
- drug delivery MO58.02, MO60.107, MO60.205, MO60.602, TU30.207, TU44.01, TU44.06, TU61.308, TU61.310
- Drug delivery TU61.319
- drug delivery TU61.607, WE38.01, WE38.11, WE61.711
- drug design & delivery TU30.202
- drug eluting coatings WE58.21
- drug MO60.303, WE58.01, WE58.03
- dry pressing MO60.510
- DSC MO61.103, WE60.704
- duality encrypted signals TU30.106
- duality modulation (DM) TU30.106
- durability TU25.03
- DWS TU29.03
- dye-encapsulation WE60.702
- dyeability WE60.808
- dynamic behavior WE56.02, WE62.524
- dynamic intelligence MO60.313
- dynamic light scattering TU61.605
- dynamic response TU60.107, WE60.310
- dynamics WE38.22
- e-beam evaporation TU34.01
- EBL TU34.01
- echinoderms WE62.309
- economic TU61.502
- EDS TU29.22
- effective medium approximation MO60.912
- efficiency MO39.31
- EFM TH23.04
- Eimeria MO47.06
- EKV MOS model WE56.10, WE62.532
- EKV WE16.02
- elastic moduli TU60.811, WE61.406
- elastic scattering spectroscopy MO41.01
- elastic strain sharing WE60.608
- elasticity TU60.310
- electochemical sensor MO60.207
- electric field MO60.809, MO60.810, TU60.405, TU60.904
- electric rewritable paper WE61.501
- electrical characterization MO25.02
- electrical double layer MO60.116
- electrical properties TU60.711
- electrical recording TU29.11
- electro-mechanical coupling TU60.207
- electrocatalyt MO60.903
- electrochemical processes MO40.05
- electrochemistry TU29.13, TU60.316
- electrode arrays WE60.106
- electrodeposition MO40.05, MO60.903, TU61.105
- electrodeposit MO45.03
- electrodes TU60.606, WE60.304
- electrode WE60.105
- electroetch MO45.03
- electrohydrodynamic patterning MO32.02
- electrohydrodynamics WE61.804
- electrokinetics TU38.01, TU60.807
- electroluminescence MO61.002
- electrometrology TU32.02
- electromigration WE24.02
- electron beam lithography TU34.01
- electron beam MO60.604
- electron density MO60.403
- electron energy loss spectroscopy WE28.32
- electron states WE34.02
- electron transfer TH21.02
- electron-beam lithography MO60.603
- electron-phonon coupling TU60.707, WE25.02
- electronic properties MO61.008
- electronic structure MO51.05, MO60.304
- electronics manufacture TU60.510
- electronics MO28.03, MO45.01, MO59.201, MO59.202, MO59.901
- Electronics MO59.903
- electronics MO61.303, TU30.107, TU53.201, TU53.202, TU53.203
- electronic TU30.104
- electrophoresis TU28.04
- electrophoretic deposition TH25.02
- electrophotography TU60.510
- electroplating MO61.006, TU60.316
- electropolish MO45.03
- electrospinning TH25.05, TU29.11, TU29.12, WE60.307, WE60.802, WE62.312, WE62.314
- electrospray WE60.812
- electrospun MO61.107
- electrostatic actuation TU60.107
- electrostatic deposition TU30.205
- electrostatic force TU60.207
- electrostatic nanolithography MO60.605
- electrostatic potential WE36.25, WE62.516
- electrowetting MO60.110, TU60.104, TU60.401
- ELISA MO28.02, MO60.112, TU30.204, TU61.411
- emergent characteristics MO60.310
- emission WE25.01
- emulsifier TU44.02
- emulsion MO52.02
- enamel crystals TH25.01
- Enantio-separation WE60.915
- encapsulation MO60.908, MO60.916, WE61.803
- endometriosis TU30.203
- endoscopy MO46.02
- endothelial cells TH25.05
- energetics MO61.303
- energy bounds WE60.502
- energy conversion WE29.03
- energy harvesting MO61.106
- energy MO59.801, MO59.802, MO59.803, MO59.804, MO59.805, TU17.02, TU52.101, TU52.102, TU52.103, TU52.104
- engineered materials MO60.802
- engineering TU53.204
- enhancement MO60.907
- enriched radiation TU30.106
- entanglement WE25.03
- enthalpy of SAM formation WE61.504
- entropy MO60.102, MO60.307
- environmental friendly TU44.06
- environmental health TU41.43
- environmental ionic liquids MO32.03
- environmental monitoring MO58.31
- environmental MO61.203, TU61.502
- environment TU30.202, TU61.606, WE37.06
- enzymatic synthesis TU30.206
- enzymatic treatment TU61.103
- enzyme-prodrug therapy WE61.702
- enzyme WE60.914
- enzymosomes WE61.715
- epitaxy TU30.107
- epoxy resin TU60.711
- error rates WE60.408
- Erythrocytes TU61.404
- erythrocyte MO36.05
- ES-D3 WE61.903
- Escherichia coli O157 TU61.411
- ESD materials MO39.21
- ESD protection MO28.03
- ESD test methods MO39.21
- ESR MO60.503
- etch TU34.03
- ethanol WE22.02
- ethics MO61.208, MO61.211
- ethylene glycol WE60.705
- Euler buckling TU60.806
- eutectic lead- tin solder MO61.104
- EUV lithography MO45.06
- evanescent wave MO41.02
- Evanescent wave WE38.23
- evaporated droplets TU41.42
- evenly distributed flow MO60.109
- EWOD WE57.03
- exchange spring coupling MO60.908
- excitons MO34.01
- experimental modal analysis of MEMS TU60.108
- explosive MO58.23
- extended Kalman filter MO60.601
- extracellular polymeric substances TU61.602
- extraction MO60.116, TU61.602, WE36.09, WE56.08, WE62.530, WE62.535
- extreme wetting effects MO22.02
- extrinsic capacitance WE36.02, WE62.502
- extrusion MO60.502
- f electron MO60.503
- fabrication MO60.701, TU38.05, TU40.01, WE34.03, WE60.611
- Fabry-Perot TU37.22
- face-cubic-center crystal WE61.406
- factorial design WE61.704
- failure mechanisms WE60.107
- fairness MO61.208
- fast microorganism detection MO60.202
- fatigue WE61.401
- fault tolerance TH53.01
- fault tolerant system WE60.414
- FDA WE62.101
- Fe nanoparticles TU27.13
- FEA TU60.105, TU60.406
- femtosecond inscription TU34.02
- FEM TU60.705
- fermentation MO60.907
- ferroelectric thin-film TU35.03
- ferroelectricity WE61.401
- ferroelectric WE60.409
- ferrofluids WE38.22
- FESEM TU35.02, TU35.05
- fetal cells TU60.304
- FETs MO25.02
- FET WE60.914
- FFU MO39.31
- FGF MO47.04
- fibDAC TU29.21
- Fiber Center of Excellence MO28.05
- fiber meshes WE62.314
- fiber optic MO41.01, MO41.02
- fiber TU29.12
- FIB TU29.22, TU29.24
- field emission MO34.02, TU60.708, TU93.02
- field enhancement factor TH23.04
- field programmable logic device WE60.413
- field sequential color WE60.411
- field WE25.01
- filling TU28.01, TU28.02
- film boiling MO36.03
- film MO61.009
- filters MO45.01
- filtration MO37.03
- fin angle WE34.03
- financial journalism MO61.213
- FinFET WE60.604
- finite element analysis TU60.105, TU60.106, TU60.107, TU60.406
- finite element method MO60.403, TU23.03, TU60.207, TU60.208
- finite element modeling TU60.108
- finite element simulation WE61.404
- finite temperature MO51.03
- Finite Volume Method WE62.404
- fire detector WE60.407
- first principles calculations TU60.604
- first principles computer simulations TU30.202
- fixturing systems TU41.03
- flame retardant treatment TU44.06
- flame synthesis MO25.01, MO35.01, MO35.02
- flash nanoprecipitation WE28.20
- flatband voltage WE61.302
- flexible display MO60.609
- flexural modulus WE55.02
- flexural stiffness WE55.02
- flicker WE36.07, WE62.508
- FLIM MO60.118
- flip chip bonding WE60.106
- florid plaque WE58.05
- flow at rough TU60.306
- flow cytometry WE61.801
- flow effect TU60.315
- flow order MO60.112
- flow-through reactor MO60.105, MO60.106
- flowability of powders MO25.04
- flow MO21.01, TU30.102
- fluid damping TU60.411
- fluid flow TU37.03
- fluid separation TU44.02
- fluid-structure interaction MO60.107
- fluidic device design and fabrication TU60.302
- fluidic nanoelectronics TU60.608
- fluids MO51.06
- fluorescence anisotropy TU61.208
- fluorescence imaging WE38.03
- fluorescence MO39.04, MO60.118, TU61.201
- Fluorescence TU61.403
- fluorescence TU61.409, WE58.04, WE60.702, WE61.813
- fluorescent labeling TH21.02
- fluorescent nanocrystals WE62.101
- fluorescent nanoparticles TH21.03, TU61.203
- fluorescent TH21.05
- fluorogenic substrate TU61.406
- fluoropolymers TU60.305
- flurescence microscopy WE27.12
- foam TU44.02
- focused ion beam TU34.04, TU34.06
- focussed ion beam etching TU35.03
- food MO22.01, TU53.306, WE28.13
- force measuremnt WE57.04
- force measures WE61.402
- formic acid WE29.05
- Fourier transform infrared spectroscopy MO61.001
- fractioning WE60.907
- fracture mechanics WE60.304
- fracture WE61.401
- free space optical communication WE32.03
- free volume WE60.803
- freely joint chain (FJC) MO60.305
- frequency dependence MO31.01
- frequency doamin TU60.408
- frequency domain MO60.307
- frequency tuning WE60.109
- frequency TU60.411
- FRET MO60.208, WE61.805
- friction MO60.402
- fringe capacitance TU60.407
- fringing electric field TU60.404, WE60.402
- FSMA WE60.305
- FTIR spectroscopy WE27.12
- FTIR WE60.306, WE60.704, WE60.705, WE61.601
- fuel cell WE29.04, WE29.05
- fullerenes MO60.413, TU61.606
- fullerene TU61.605, WE62.102
- functional food design TU11.01
- functional materials MO60.802
- functional mechanism MO60.504
- functionalization MO37.04
- functionalized nanobeads TH35.01
- functional TU95.01
- fundings MO61.304
- fusion bonding WE60.105
- fuzzy logic WE60.110
- GaAsN TU60.504
- gamma-alumina WE38.24
- GaN MESFET WE60.401
- GaP TU60.506
- gas absorption MO60.907
- gas barrier WE58.13
- gas generation MO60.704
- gas sampling WE60.906, WE60.910
- gas sensors MO35.02, TH52.01, TU60.702, WE60.307, WE60.713
- gas transport TU60.506
- gas treatment WE60.906, WE60.910
- Ge dots MO54.01
- gecko foot hairs WE39.11
- gemini surfactant WE58.23, WE60.607
- gene delivery MO53.05, WE28.04
- gene rearrangement TU61.305
- gene regulation TU39.05
- gene therapy TH35.02, WE58.23
- gene transfer WE61.710
- generation-recombination-trapping TU16.01
- generation-recombination MO31.03
- generic programming TU60.204
- genetic algorithm TU60.208
- genomics MO60.202
- geography TU45.05
- geospatial information systems TU45.05
- Germany WE39.23
- Ge MO54.04
- GFAP TU61.207
- GIS TU45.05
- glass transition temperature WE60.703
- glass WE60.105
- global security MO58.23
- gloveboxes TU41.31
- glucose sensor TU61.410
- glucose TU61.404
- glutathionylation TU30.201
- glycoprotein WE61.805
- glycosaminoglycan MO53.04
- GMR WE60.811
- gold colloidal nanoparticles WE61.811
- gold composites TU61.101
- gold nanoparticles MO60.903, MO60.916, WE27.14, WE28.04, WE28.23, WE62.105
- gold nanoparticle WE61.805
- gold TH21.05, TU61.318
- government policy MO61.306
- GPCR MO47.05
- grain boundary movement WE60.603
- grain WE62.305
- granules TU29.02
- graphite nanoplatelet MO61.110, WE58.11, WE60.913
- graphite platelet WE60.610
- GRAS TU44.03
- grating TU21.02
- gravimetrica analysis TU41.42
- gravity WE61.904
- green chemistr MO53.01
- green TU17.02, TU44.06
- grinding WE60.707
- guest-host TH21.05
- guidlines WE60.107
- gyroscopes TU31.01
- gyroscope TU32.05
- H7 TU61.411
- halo TU36.02
- hardened WE60.414
- hardness TU34.04
- harmones MO60.309
- harmonic maps WE60.502
- harmonic oscillators WE55.02
- harsh environments TU22.03
- harsh environment TU31.04
- HBT TH26.01, WE36.06, WE62.507
- HCV MO60.301
- HDF WE61.708
- health & medical devices MO59.101, MO59.102, MO59.103, MO59.104, TU52.401, TU53.101, TU53.102, TU53.103, TU53.104, TU53.105, TU53.106
- health effects MO61.203
- health MO61.208, TU61.504, WE37.06
- heal WE39.12
- heart WE60.711
- heat spreader MO61.002
- heat transfer MO52.03, MO60.108, MO60.115
- heatspreader TU60.106
- heavy metal ions MO37.03
- hectorite WE58.13
- height WE38.23
- Helium TU29.24
- helix TU61.309
- hemoglobin WE62.307
- heparan sulfate TU30.206
- heparin TU30.206
- hepatocytes MO60.309
- Her2 WE28.05
- heterogeneity TU40.04
- heterogeneous MO60.904
- heterostructures WE35.02
- hexagonal arrays WE55.02
- HfO2 MO61.008
- Hicum TH26.01
- hicum TH26.02
- Hicum WE36.06, WE62.507
- hierarchical multiscale modelling TU30.202
- high aspect ratio etching MO58.25
- high brigthness MO60.703
- high gradient magnetic separation TU60.317
- high magnesium calcite WE62.309
- high pass MO45.01
- high performance computing TU60.204
- high pressure MO60.412
- high temperature sensors TU30.103
- high temperature MO60.412, WE62.402
- high troughput screening WE60.811
- high-density MO60.604
- high-frequency modeling WE16.01
- high-gradient strong electric field MO60.113
- high-index nanocomposites MO35.03
- high-K gate dielectric TU60.407
- high-k offset spacer TU60.404, WE60.402
- high-k WE34.04
- high-K WE56.02, WE62.524
- high-pressure WE61.201
- high-speed visualization TU28.02
- high-temperature sensors TU22.03
- high-throughput screening MO60.109
- high-throughput WE61.812
- high-voltage TH16.01
- highly scaled devices TU60.410
- hip cup implant TH25.02
- HiPCO WE60.901
- homeland security TU45.04
- homologous GJIC channels MO60.401
- horizontal alignment WE60.916
- hospital MO41.04
- hot electron effects WE36.28, WE62.520
- HSPICE WE36.09, WE62.535
- HTS WE57.02
- human acetyltransferase MO60.111
- human health TU41.43
- HV MOS transistor TH16.02
- hybrid materials WE28.22, WE58.14
- hybrid power source MO40.03
- hydration MO52.03
- hydrogel TH25.03
- hydrogen bonding WE60.801
- hydrogen peroxide WE61.813
- hydrogen storage WE60.909, WE62.405
- hydrophobic drugs TU60.908
- hydrophobic valve MO60.109
- hydrophobicity WE60.906, WE60.910, WE60.912
- hydrophobic TU25.03
- hydrothermal synthesis MO53.15
- hydroxyapatite MO60.906, TH25.02, TU61.310, WE62.306
- hypoxia MO58.03
- IC processing TU60.507
- icosahedron MO60.503
- identification TU60.201, WE38.13
- Idlow WE56.01, WE62.523
- IF nanostructures TU60.809
- IGF1R WE28.05
- III-V on silicon MO54.02
- IIP3 WE36.03, WE62.503
- IL-1 MO47.04
- image analysis TH21.04
- image sensor TU22.02
- imaging WE38.14, WE57.04, WE61.505
- Imaging WE62.108
- immersion lithography MO60.601
- immobilization WE60.712, WE61.808
- immune assay TH24.03
- immunoassay TH24.05, TU61.409, WE57.06, WE62.101
- immunoliposomes WE61.713
- immunotherapy WE28.02
- impact ionisation MO31.03
- impact modification MO61.102
- impedance TU37.04
- impedence field WE26.03
- impedimetric TU61.407
- implantable biosystems WE10.01
- implantable TU61.414
- implants WE62.301
- implant TU60.406
- imprint lithography MO60.602, TU61.308
- imprinting lithography MO60.607
- improved performance MO39.31
- impurity MO61.004
- in situ TU60.709
- in vitro translation/transcription MO60.111
- in vivo tumour transfection TU61.312
- inactivation MO41.04
- inclulsion complexes TU95.02
- independent double gate MOSFET WE36.23, WE62.514
- indium MO60.505
- inductors TH16.03
- industrial control TU30.102
- industry MO61.303
- infectious_agents MO41.04
- inflammation MO47.05
- inflammatory disease TU30.203, TU30.204
- information molecules TU60.412
- infrared emission WE60.504
- infrared sensors WE61.809
- infrared WE60.407
- infrasound TU30.105
- inhibition assay WE61.805
- inhibitors of cell multiplication MO47.03
- initatives MO61.304
- initial configuration WE60.502
- initial tension WE60.309
- inkjet TU38.07, TU60.808, TU94.01
- InSb nanowires MO60.508
- instability MO32.02
- institute MO61.302
- instrumentation MO59.203, MO59.305, MO59.401, MO59.402, MO59.403, MO59.404, MO59.405, MO59.406, MO59.407
- insulating nanofilms MO60.405
- insulin secretion MO47.01
- integral equation TU23.04
- integrated cell TU61.413
- integrated circuits MO61.303, WE10.02
- integrated circuit MO45.03
- integration WE21.03, WE57.05
- intellectual property WE60.101
- interaction energy MO61.111
- interconnect MO45.03
- interface structure MO21.02
- interface traps TU16.01, WE34.01
- interface MO53.03, MO61.109
- interfacial tension TU44.02
- interferometric techniques TU22.03
- interferometry TU60.313
- intermetallic compounds (IMCs) WE60.410
- internal resonance TU60.103
- International TU47.01
- internet security TU45.04
- interpenetration thickness MO60.402
- intersubband transition TU60.602
- intratumoral therapy MO58.01
- intrinsic charges WE36.02, WE62.502
- inventors MO61.212
- inverse micelles TU61.203
- inversion charge-based model TH26.04
- inverter WE36.27, WE62.518
- investigation WE36.08, WE62.509
- investment MO61.204
- ion beam lithography TU34.03
- Ion Beam TU29.24
- ion channel TU61.304, WE27.04
- ion exchange MO37.02
- ion sputtering TU29.23, TU60.501
- ionic reservoir WE60.701, WE62.302
- IP valuation MO61.214
- IPA bottle TU41.33
- IP MO29.301, TU47.01, WE39.301
- iridium oxides WE61.204
- iridium oxide TU94.02
- iron oxide MO37.02
- iron-oxide WE60.711
- IR WE54.07
- ISFET TU61.402
- isoG/isoC WE62.315
- isolation MO41.05, WE62.107
- isolators MO58.41
- isoprene WE22.02
- Italy MO61.304
- iterative method TU61.205
- IV characteristic TU26.01
- java mapping client TU45.05
- jets WE28.21
- Josephson junction TU37.22
- Joule heating TU60.206, TU60.308
- junction capacitance WE56.04, WE62.526
- Kekulé structure MO60.306
- kinetic Monte Carlo TU60.402
- kinetics WE60.415
- Kondo TU37.22
- lab on a chip MO60.207, WE60.811
- lab-on-a-chip MO36.02, MO60.105, MO60.106, TU30.104, TU94.04
- lab-on-chip TU61.409, TU61.415, WE57.05
- label free MO60.202
- labeled avidin-biotin technique WE62.101
- labeling TH21.05, TU61.207
- laboratory TU17.02
- Langmuir-Blodgett technique TU60.701
- Laplace law TU60.401
- large deflection WE60.309
- large particles TU60.309
- large scale production MO60.705
- large-scale simulations MO51.05
- laser ablation MO25.03, WE60.905
- laser assisted synthesis TU60.506
- laser desorption TU29.23
- laser doppler imaging MO41.03
- laser irradiation TU61.315
- laser nanomachining microfluidics nanofluidics diagnostics microTAS MO46.06
- laser postionization TU29.23
- laser pyrolysis MO60.807
- laser transfer TU35.03
- laser-assisted cleaning MO21.04
- lasers MO45.02
- laser MO41.02
- lateral flow device MO60.103
- lattice Boltzmann method TU60.306
- lattice constant WE60.710
- Lattice-Boltzmann Equations WE62.404
- layer-by-layer WE61.803, WE62.304
- layer-layer deposition TU60.801
- LBL deposition MO46.01
- LCOS technology MO45.05
- LDI-MS WE61.810
- LDMOS TH16.01, WE36.11, WE62.511
- lead MO37.03
- LEDs MO45.02
- LED MO60.703
- legislation TU61.704
- length TU37.02
- leukocyte MO36.05
- level sets MO60.115, TU28.01
- li-Ion intercalation TU24.04
- license MO61.214
- life cycle assessment TU61.503
- life science TU30.104
- life-time imaging WE58.04
- ligand-receptor WE58.22
- ligands MO61.109
- ligand WE58.01, WE58.03
- LIGA MO60.604
- light scattering TU40.02
- light-emitting films TU25.02
- light-on-board TU30.104
- lignin MO61.112
- liivng polymerization WE60.805
- limit switch TU30.102
- linear scaling MO51.05
- linear WE28.31
- lipase MO60.312
- lipid bilayer WE27.04, WE61.812
- lipid nanosystems WE38.01
- lipid peroxide WE61.813
- lipid vesicles WE61.715
- lipobeads TU60.906
- liposomes TU60.906, TU61.201, WE61.707, WE61.711
- liposome MO58.02, TU61.206, WE38.05
- liquid crystals TU60.804
- liquid crystal WE60.502
- liquid immersion lithography MO29.21
- liquid nanofilm MO60.411
- liquid-solid interface WE60.905
- lithography MO60.119, MO60.604
- live lung cells WE27.12
- local chemotherapy MO58.01
- localization WE21.01
- long-circulating liposomes TU61.302
- long-term reliability TU16.01
- longevity MO61.208
- Lorentz force WE32.01
- lotus effect TU35.04
- Low energy Ion scattering MO21.02
- low pass MO45.01
- low polydispersity TU61.206
- low temperature growth TU93.02
- low-power design WE10.02
- luminescence WE35.02
- lumped element model phase change memory WE56.09, WE62.531
- lungs TU61.607
- lupus MO47.04
- machine vision TU45.03
- macromodel TU38.04
- macropinocytosis TU61.312
- macroporous structures TH52.01
- macroscle WE61.402
- macrosurfactant MO32.04
- magnetic beads TU61.409
- magnetic biosensors TU61.413
- magnetic conductor WE60.501
- magnetic drug targeting WE28.03
- magnetic field TU28.03
- magnetic fluids MO60.907
- magnetic Hyperthermia TU61.313
- magnetic hyperthermia TU61.314, TU61.316
- magnetic interaction MO60.503
- magnetic nanoparticles MO60.905, TU61.313, TU61.319, WE28.02
- magnetic particles MO36.02
- Magnetic Particles TU61.403
- Magnetic property MO21.02
- magnetic resonance imaging WE38.05
- magnetic transport TU60.317
- magnetic wall WE60.501
- magnetic WE60.712
- magnetie TU61.317
- magnetism WE60.606
- magnetite MO60.804
- magneto-rheological (MR) fluids TU41.03
- magnetocytolysis TU61.317
- magnetohydrodynamics (MHD) TU38.06
- magnetophoretic control TU60.317
- magnetophoretic microsystem TU60.317
- magnetophoretic nanoparticle transport WE28.03
- magnetophoretic transport TU60.317
- magnetoresistance WE61.802
- magnetotactic bacteria TU60.301
- malignant tumors MO60.916
- manganites TU61.314
- manganite MO61.010
- manufacturing TU61.502
- mapping TU45.02
- Marangoni instability TU94.01
- margination MO36.05
- mass spectrometry TU29.23, WE61.810
- mass transfer MO60.907
- mastering MO60.604
- materials design TU60.805
- materials-by-design MO60.802
- materials MO28.03, MO59.302, MO59.303, MO59.304, MO59.902, MO61.202, MO61.302, TU53.301, TU53.302, TU53.303, TU53.304
- mathematical modelling TU38.02
- matrix development MO29.12
- matrix-free WE61.810
- MBE TU60.504
- MD simulation MO21.02
- MDR MO58.04
- MD MO60.414
- measurement TU60.102, TU60.313, TU61.301
- mechanica strength MO60.607
- mechanical activation MO60.911
- mechanical and thermodynamic properties MO60.409
- mechanical attrition WE58.14
- mechanical properties MO60.408, MO61.104, MO61.108, TU61.104, TU96.02, WE39.12, WE58.12, WE61.407
- mechanical property WE61.902
- mechanisms WE58.04
- mechanism WE61.706
- mechnical property TU32.01
- media TU52.404
- medical devices TU30.205, WE58.21
- medical device MO46.05
- medical manufacturing TU30.202
- medical optics TU60.803
- medical TU30.102
- melanoma TU61.318, WE62.313
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