- 1-D materials WE5.174
- 1 TU7.109
- 2-propanediol TU7.109
- 2C5 WE8.304
- 3-DOM TU7.011
- 3D device quantum transport simulation WE7.857
- 3D electronics WE1.154
- 3D FE analysis WE7.854
- 3D microelectronics WE7.513
- 3D modeling WE5.333
- 3D WE3.343
- 3d WE5.284
- 5-Aminosalicyclic acid WE7.552
- 5-Fluorouracil TU7.568
- 5CB liquid crystal WE7.308
- 5CB TU6.219, TU6.371
- 8-Hydroxyquinoline TH5.232
- 77 GHz TU3.382
- a-pillar trim TU6.116
- a-Si TH7.162
- A1-adenosine receptor antagonists WE5.442
- accelerometer WE1.151, WE5.453, WE8.110
- accommodation coefficient WE7.501
- accuracy WE8.211
- ACF TU3.275
- acrylates WE3.173
- active damping WE8.807
- active pixel sensor WE7.210
- Actuators TU5.154
- actuator TU7.642
- acute lung injury WE5.442
- Acyclovir TU6.483
- Additive-free TU3.373
- adenylate kinase TU6.329
- adhesion TH3.223
- Adhesion TU5.154
- adhesion WE3.243, WE5.364
- adhesives TU3.372
- adhesive TU3.376, TU3.377
- adjuvant WE5.441
- adsorption isotherm TH3.133
- adsorption thermodynamics TH3.133
- adsorption TH5.252, WE3.111, WE3.183, WE8.809
- advanced composites TH3.215
- advanced materials WE3.182
- advanced oxidative process TU9.129
- advanced TU9.123
- Aerodynamic Vibrations TU3.383
- aerogel WE5.253
- aeronautics WE8.814
- aerosol deposition TU7.103
- aerosols TH5.241
- aerosol TU6.255, TU9.124
- aerospace materials WE5.211
- aerospace WE1.153
- AES TU7.566
- affinity TU3.313
- AFM TU1.152, TU6.151, WE5.283, WE8.111, WE8.215, WE8.308
- Ag core WE7.353
- Ag on Si(111) WE7.263
- aggregation WE7.356
- agitator bead mill TU7.567
- agrichemical bioactive delivery WE5.406
- agriculture WE5.406
- air pollution WE8.814
- air purifier TU7.054
- air quality control TU9.130
- aircraft noise WE8.814
- Al alloys WE5.403
- alberta WE7.806
- ALD TH3.125
- aligned carbon nanotube WE3.213
- alignment TH3.212
- Alkanethiols WE7.761
- alloy WE7.358
- alpha alumina TU6.258
- alpha TU7.016
- alternating current WE8.456
- alternative and multistranded DNA and RNA TU8.766
- alumina WE7.755
- aluminosilicates WE5.241
- Alzheimers WE5.445
- amorphous silicon thin-film transistors TH7.162
- amorphous silicon WE8.702
- amorphous Si TU3.152
- amorphous TU6.376
- amphiphilic copolymer TU6.268
- anaerobic digestion TU8.972, WE5.422
- analysis of variance TH7.114
- analysis TH3.116
- analytical test methods TH5.244
- Analyzer TU5.152
- androgen receptor TU8.721
- angular interrogation mode WE8.205
- animal manure TU8.972
- anisotropy TU7.613, WE7.902
- anode materials TU8.913, TU8.915
- anode TH3.111
- anodic arc TU6.223
- anodization TU3.153
- anodizing TU7.054
- antennas TU7.645
- Anti-ballistic missiles WE5.451
- anti-CD4 monoclonal antibody WE7.405
- anti-condensation WE5.404
- anti-corrosion WE5.404
- Anti-fouling WE5.404
- anti-icing TH1.132
- anti-inflammation TU3.218
- anti-inflammatory drugs WE8.355
- anti-influenza therapy TH3.313
- anti-microbial WE5.234
- antibacterial activities WE5.354
- Antibacterial activity TU7.605
- antibacterial activity WE7.556
- Antibacterial TU3.373
- antibiotics WE5.354
- antibody immobilization TU8.661
- antibody TH7.101
- antigen recognition by T cells TU3.217
- Antimicrobial Surface treatment TU3.373
- antimicrobial TU8.763, WE7.560
- antioxidant activity TU6.333
- antioxidants WE5.445, WE8.351
- antireflection coating WE7.854
- antireflection WE5.253
- antisolvent WE7.503
- API WE7.559
- apoptosis TU6.329, WE5.365
- applications WE1.153, WE3.131
- APR TU3.131, TU8.962
- aqueous solutions WE1.113
- Archimedean screw WE8.853
- ARDS WE5.442
- Army TU3.173
- array leveling WE5.281
- array nozzl WE7.508
- array WE5.173
- arrested coalescence WE1.141
- arsenic TH5.243
- artificial nose TH3.324
- artificial scaffold TU3.323, WE5.411
- artificial vein and artery TU6.163
- assay WE3.261
- assembly TU3.275, WE7.756
- asymmetric WE6.155
- atomic force microscopy TU1.151, TU3.261, TU8.761, TU8.762, TU8.765, WE7.270, WE7.803
- atomic layer deposition WE3.314, WE7.909
- atomic-scale modeling TH5.191
- ATRP TU7.602
- Au sol-gel TU8.966
- auger TH3.122
- automation TU9.127, WE5.281
- automotive TU3.276, TU3.385
- Automotive WE5.455
- axial topology microservos TU7.644
- bacterial detection TU8.658
- bacteria TH3.321, WE8.604
- bacteriophage TH5.252, WE7.270
- ballistic WE1.173
- bamboo charcoal TU6.158
- band gap WE8.103
- band-gap WE8.206
- barium titanate WE5.235, WE5.402
- barrier heights WE5.271
- batteries TU3.375
- battery TH3.111, TH3.114, TH3.115, TU3.385
- Battery TU5.166
- battery TU8.916, TU8.918
- BDAT-P WE7.862
- beacon TU8.651
- bead detection TU1.143
- Beer-Lambert WE7.210
- behavioral model TH7.163
- bent beam strain sensors WE7.267
- BEOL capacitor TH5.226
- best resolution TU1.173
- beta-casein TU6.323
- Beta-casein TU6.482
- Bi2Te3 nanowires TU7.015
- Biaxial texture WE5.454
- BiFeO3 TU3.165
- bifunctional catalyst TU3.131
- Bifunctional catalyst TU8.962
- bimodal-filler TH3.312
- binder TU6.376
- binding kinetics TU8.713
- binding TU3.313
- bio compatibility WE3.344, WE7.401
- bio nano materials TU6.334
- bio-Au TH5.253
- Bio-based TU3.372
- bio-detection WE8.213
- bio-ethanol TU8.963, WE8.851
- bio-imaging TH7.105, TU8.712, WE7.366
- bio-inspired TU7.059
- bio-nano-sensors TU1.143
- bio-oil TU3.132
- bio-sensing TH3.322
- bioactives TH3.315, TU7.611
- bioactivity TU6.325
- bioartificial liver WE8.210
- bioaugmentation WE3.115, WE8.603, WE8.604
- bioavailability WE7.551
- Biobased material TU3.376
- biocatalysis TH1.203
- biocellulose WE3.342
- biochar TU3.132
- biochemical and topographical cues TU3.322
- Biocide TU3.373
- biocide WE8.457
- biocompatibility TH3.334, WE7.366
- biocompatible TU3.215, TU7.051
- bioconversion TU3.374
- biodegradable batters TU6.332
- biodegradable TU6.159
- biodegradation WE5.363
- biodiesel TU8.968, TU8.971
- biodistribution TH5.161
- bioenergy carriers TU3.132
- biofilm TU8.763, WE3.115, WE7.560, WE8.603, WE8.604
- biofuel cell TU8.966
- biofuels TU3.144
- biofunctionalization TU7.614
- biogas TU8.972, TU8.973, WE5.422
- bioinformatics TU8.666
- biological applications TU6.333
- biological motility WE8.813
- biological synthesis WE7.367
- Biologics WE5.414
- biomarker signature WE5.413
- biomarkers TH7.131
- biomarker TU8.713
- biomass conversion TU3.132
- biomass TU3.132, TU8.964, TU8.965, TU8.967
- biomaterials TH1.202
- biomaterial WE5.414
- bioMEMS TU1.164, TU3.204, WE7.512
- biomimetic surface TU3.323
- biomimetic TU6.326
- biomimicry WE7.557
- biomolecular detection WE5.443
- biomolecular devices WE7.858
- biomolecular nanostructures TH5.251
- biomolecular sensing WE7.863
- bionanocomposites WE7.406
- biopharma TH1.202
- biophotonics WE5.415
- biophysics WE5.241
- biopolymers WE3.282, WE5.211
- biopol TU7.606
- biopower TU8.964
- biosensing WE8.204
- biosensors TU8.653, TU8.658, TU8.665, WE1.131
- biosensor TH5.252, TU8.655, WE8.203, WE8.205, WE8.209
- biosolids WE8.603
- biotin TU3.313
- bipolar plates TU7.102
- bit patterned media WE3.312, WE3.315
- block copolymers TU1.131, TU6.323
- block copolymer TH3.242, WE7.851
- Blood brain barrier WE5.441
- blood-brain barrier WE8.353
- blood TH7.131
- blueshift TU3.244
- Boehmite WE7.805
- boiling TH1.134
- bonding TU3.273, WE7.307
- bone WE5.411
- boron beta-diketonate TH7.135
- boron chemistry WE8.801
- boronitride TU6.487
- boron TU3.241, WE7.354
- Brackish Water WE5.463
- Bragg stacks. thermo-optic coefficient TU7.060
- brain tumor WE5.441
- breast cancer TU6.159, TU8.713, TU8.721, WE5.413, WE8.305
- breath analysis TU3.363
- brittle WE5.222
- BSA WE7.558
- BSIM-CMG WE3.331
- BSIM-IMG WE3.331
- bubble nucleation TU3.182
- buildilngs TH7.115
- buildings TH7.112
- bulk FinFET WE7.857
- bulk MOSFET WE1.172
- bulk TU6.368
- Buried TU5.152
- butanediol value chain WE3.173
- C/C composite WE5.225
- C4 WE3.173
- caffeic acid WE8.306
- calcination conditions WE8.605
- calcinations WE7.801
- Canada WE1.193, WE1.194
- cancer imaging WE8.312
- Cancer therapy TU8.720
- cancer therapy WE8.307
- cancer treament TU7.568
- cancer treatment WE8.311
- cancer TH7.131, TH7.134, TU3.333, WE1.181, WE5.352, WE5.441
- Cancer WE5.444
- candida TU8.763
- cantilever beams WE8.105
- capacitance modeling TH5.226
- capacitance sensor TU8.657
- capacitance-gate-voltage WE7.859
- capacitances WE3.333
- capacitance TU8.919, TU8.921, WE6.152
- capacity WE8.603
- carbohydrates. TU3.372
- carbon capture WE6.121
- carbon dioxide TH3.143, TU9.122
- Carbon Dioxide WE6.127
- carbon footprint WE8.904
- carbon monoxide TU8.922
- carbon nano tube TU6.216
- carbon nanocoils TU8.922
- carbon nanofibers TU6.214, WE1.154
- carbon nanofiber WE5.225
- carbon nanopearls TU6.267
- carbon nanostructures TU3.243
- carbon nanotube doping WE8.708
- carbon nanotube resistivity sensors TU8.659
- carbon Nanotubes purity Raman WE7.310
- carbon nanotubes TH3.111, TH3.181, TH3.186, TH5.242, TU3.234, TU3.333, TU6.115, TU6.211, TU6.219, TU6.222, TU6.371, TU8.715, TU8.922, WE1.131, WE3.211, WE3.244, WE5.241, WE5.312, WE5.345, WE7.307, WE7.308, WE7.309, WE7.402, WE7.514, WE7.704, WE8.459
- carbon nanotube TH3.185, TH3.334, TH5.222, TU1.174, TU6.218, TU6.221, TU7.643, WE3.213, WE3.214, WE5.224, WE5.244, WE5.346, WE7.354, WE8.103
- carbon naotubes WE5.363
- carbon source TU8.967
- carbon-based nanotechnology TU6.113
- carbonation TU9.122
- carbon TH5.242
- Cardiac Tissue Engineering WE7.505
- cartilage repair. WE5.414
- cartilage tissue engineering TU6.322
- cartilage WE5.411
- car TU3.381
- CASCADE TU8.972
- casino TU7.566
- caspase activation WE5.365
- cast TU6.155
- catalysis WE3.175, WE3.182, WE5.171, WE5.173, WE7.704
- catalysts TU3.144, WE1.121
- catalyst TU6.267, WE1.122, WE3.181
- catalytic dissociation TU9.121
- cathode TH3.111, TU8.917
- cathodic protection WE8.456
- cationic lipid-shelled ultrasound contrast agents TU3.334
- cationic nanoparticles TU8.717
- Cd1-xZnxSe nanocrystals WE7.358
- CD4+ lymphocyte separation WE7.405
- Ce3+/Ce4+ ratio TU3.223
- Celastrol WE8.356
- cell culture TU7.061
- cell interaction WE5.364
- cell mechanics TU3.214
- cell membrane TU8.660
- cell patterning WE7.515
- Cell Separation WE7.505
- cell-penetrating peptides TH1.203
- cellular metabolism TU6.329
- cellular microenvironment TU3.322
- cellular receptor mimetic TH3.313
- cellular TU1.233
- cellulose acetate membrane WE3.113
- cellulose nanofiber TU6.157
- cellulose TU6.363, TU6.364
- cell TH3.111, TU3.332, WE3.344, WE7.401
- centrifugal processing TH3.312
- ceramic membrane TU7.103, TU7.104
- ceramics TU3.371
- ceria WE1.123
- cerium oxide nanoparticles WE8.351
- Cerium oxide nanoparticle TU3.223
- cerium oxide WE8.352
- CFD TU3.183
- characterization TH3.116, TU3.263, TU6.155, TU7.607, WE3.281, WE7.355, WE7.757
- charge confinement WE7.763
- charge model WE6.153
- charge partition WE6.153
- Charged nanofiltration WE5.464
- chemical bath deposition WE7.271
- chemical solution deposition WE7.752
- chemical stability TU7.102
- chemical synthesis WE5.443
- chemical vapor deposition TU7.014, WE3.174, WE3.213
- chemiluminescence WE7.210
- chicken manure TU8.967
- China TU1.242
- chirality WE5.286
- chitonsan TU7.108
- chitosan TU3.215
- Chlamydia trachomatis TU3.218
- Chlamydia TU6.321
- chlorine TU6.213
- cholera TU3.362
- CHP TU3.143, TU8.965
- chromatography TH5.252, WE3.175
- chronic CNS regeneration TU3.212
- CIAgent© TU9.126
- CIGS TH3.122
- circuit simulation TH5.223
- circuits WE7.514
- circulation loss TH3.232
- cisplatin TU8.717
- clathrate hydrate TU3.145
- clay TU3.233
- clean energy TU1.241, WE8.813
- Clean process WE5.403
- clean tech TU5.167
- cleaning efficiency TU6.251
- Cleantech Industry Applications WE5.463
- Cleantech WE1.193, WE1.194
- clearance TH5.161
- click chemistry TU7.614
- clinical diagnostics TU8.666
- clusters WE8.221
- cluster TH7.134, WE8.212
- CMC TU7.605
- CMOL TH3.285
- CMOS image sensor WE7.206
- CMOS monolithic integration WE8.105
- CMOS WE5.454
- CNT bundle WE7.305
- CNT composite films TU1.123
- CNT separation TH3.182
- CNT-mat devices TH3.182
- CNTFET TU6.114
- CNTs WE7.302
- CNT TH3.184, TU3.342, TU3.344, TU3.348, TU6.332, WE3.232, WE7.303, WE7.655
- co-catalyst WE1.123
- co-culture model WE8.352
- co-digestion TU8.973
- co-doping WE7.862
- co-generation TU3.142
- co-rolling WE5.405
- CO2 reduction WE8.853
- CO2 TH3.144, TU6.251, TU9.123, WE6.121, WE6.127
- coarse grained simulation WE5.214
- coarse-grained tunable method WE5.214
- coating material WE7.556
- coatings TU3.372, TU7.562
- coating TH3.221, TU6.268, TU8.916, WE3.174, WE7.756
- cohesion WE3.243
- collagen fibrils TU8.761
- collagen functionalization TU6.322
- collapse WE3.255
- colloidal gold nanoparticles (AuNPs) TU6.262
- Colloidal suspensions WE3.283
- colloidal WE7.656
- colloidosomes TH3.314
- colloids WE1.141, WE1.143
- colloid WE1.142
- colon cancer cell TU6.330
- color centers WE8.219
- colour WE5.234
- comb finger WE8.112
- Combustion efficiency TU3.383
- combustion TU6.269
- comfort WE8.906
- commercial and industrial sector TH7.115
- comminution TU7.567, WE7.559
- communication towers WE8.858
- communication TU3.381
- compact device modeling TH5.223
- compact model (CM) WE3.332
- compact modeling TH1.182, TH3.262, WE5.331, WE7.207
- compact model WE3.331, WE6.151
- compaction TH3.312
- competitive markets WE8.812
- compliance WE3.115
- components WE8.854
- composite aircraft TU3.235
- composite particle TU7.614
- composites TH3.185, TH3.212, TU3.348
- composite TU6.367, TU6.372, WE5.234
- composition TH3.122
- compressed air WE8.809
- computational fluid dynamics WE8.606
- computational nanoscience TU3.162
- computational nanotechnology WE5.211
- computational rheology TU3.184
- Computational TU5.151
- computing WE7.208
- COMSOL WE7.209
- concentration TH3.116
- condensation WE5.256
- conductance WE8.103
- conducting polymer TU7.608
- conductive adhesives TU3.375
- conductive films. TU3.375
- conductive ink WE3.311
- conductive polymer WE5.223
- conductive TH3.225, TU1.174
- conductivity TU6.264, TU8.917, WE1.121, WE5.251, WE6.131
- confinement effect WE5.275
- confocal microscopy WE8.306
- conformal WE3.174
- conical WE7.755
- constant heat flux WE7.506
- construction WE3.172
- consumer goods WE1.112
- consumption TU9.123
- contact angle WE7.803
- contact fabrication TU3.295
- contact printing TU6.328
- contact resistance TU6.218
- contact resonance TU1.152
- contact TU6.218
- continuos flow reactors WE3.264, WE7.511
- continuous flow WE7.904
- continuous TU6.261
- contraction flows WE5.315
- control strategy WE8.458
- controlled release. WE5.416
- controlled release TU3.226, TU3.332, WE7.553
- Controller TU5.166
- Control WE5.451
- control WE8.857
- copolymer TU3.224
- copper filling WE7.866
- copper nanoparticles WE7.367
- copper TH3.225, WE7.908
- core-shell nanocatalyst WE3.184
- core-shell structure TU6.256
- core-shell TU7.052
- core/shell structure WE5.174
- correlation spectroscopy WE8.214
- corrosion TU7.053, WE8.456
- cost of energy TH5.154
- cost parity WE8.710
- cost WE8.855
- couplers TU3.271
- covalent coupling TH7.101
- covalent functionalization TU6.222
- covalent TU7.058
- cp-titanium WE7.404
- CpG TU6.487
- CPM slurry WE3.283
- crack tip detection TH5.184
- creep TU7.609
- Critical TU5.151
- crop sciences controlled release WE5.406
- cross-linking WE7.803
- crosslinking TU7.604, WE7.357
- crossover TU7.104
- cryostructuration WE8.505
- crystal shape TH3.132
- crystal structure TU6.371
- crystallite size TU8.873
- crystallization WE7.309
- crystallographic texture TU8.873
- crystal TH1.143
- Cu containing diamond like carbon film WE7.261
- Cu content and nanograin size WE7.261
- Cu-Ce/SiO2 catalyst TU7.109
- Cu2O WE7.706
- curing WE5.285
- CVD WE3.174
- CWA simulant sensing TU6.253
- cyanine dyes WE3.223
- cyber security WE3.131
- cycle life TH3.111
- cyclic voltammetry WE8.214
- cylinder WE7.854
- cyrstals TH5.233
- cytochrome c WE8.214
- cytokines TU3.218, WE8.202
- cytotoxicity WE5.365, WE8.313, WE8.453
- D-clusters TU7.105
- damage tolerance TH3.215
- data storage TU7.015
- de-icer WE5.404
- de-multiplexing TH5.193
- Decomposition TU5.152
- decoration TU3.153, TU6.215
- deep etching TU7.633
- deep water (sea) TH5.154
- defects TH5.191, TU6.372, WE5.222
- Defense WE5.455
- deformation measurement TH5.184
- deformations WE7.762
- deformation WE7.504
- degradation TU6.365
- degree of surface oxidation WE7.701
- dehydrogenase TU8.966
- delivery vehicle TU6.369
- delivery TH3.315, TU1.233
- delvivery systems TU7.611
- demand WE5.424
- dendrimers WE5.172
- dendrimer TH5.165, TU7.609, WE5.352
- dense plasma focus WE7.760
- density functional theory TU3.166
- Deoxyribonucleic acid WE7.759
- depleted Uranium TU9.128
- deposition WE5.252
- depth resolution WE5.272
- DEP TH7.131
- desalinization WE5.404
- design analysis TU7.642
- design of experiments TH7.114
- design TU3.183, TU5.156, WE8.707
- detection TH7.131, TU5.152, TU8.665
- developing world WE8.808
- device modeling TU6.114, WE3.333
- device simulation TU6.114
- DFT TH3.125, TU7.022, TU7.616
- DG MOSFETs WE1.171
- diabetes TU3.363
- diabetic ulcer WE3.342
- diagnosis WE7.365
- diagnostic imaging TH5.161
- diagnostics WE5.415
- diagnostic WE5.413
- diameter and D-periodicity TU8.761
- diamond-like-carbon WE5.224
- diblock copolymer WE5.215
- DIBL TH5.225
- die-attach TH5.183
- dielectric properties TU8.911
- dielectric TU7.021, WE5.235
- dielectrophoresis WE5.345, WE8.207
- diesel WE1.122, WE3.181
- diffusion WE7.210
- digital image correlation TH5.181
- digital sensor TU5.155
- diketonate TU3.241
- dilecetric WE8.101
- diluents TU6.376
- dilute methane TH3.142
- diode TH3.173
- dip pen nanolithography TH3.241, WE5.281
- direct ethanol fuel cell (DEFC) TU8.963
- direct ethanol fuel cell(DEFC) WE8.851
- direct ethanol fuel cell TU7.104
- direct size reduction TU3.293
- direct-writing WE5.284
- disease TU3.361
- disinfection WE8.607
- dispersionless WE7.207
- dispersions WE1.143
- dispersion TH3.111, TH3.312, TU7.561, WE5.233, WE7.559, WE7.655
- dispersive propagation TU3.384
- displacement deposition WE7.908
- display TU6.160
- disposobal chip TH3.322
- dissipative breathers TU6.112
- dissolved contaminants WE3.111
- distributed generation WE8.857
- distributed model TH7.164
- distributed power WE1.196
- DMA TU7.612
- DMMP sensor TU6.253
- DNA damage WE5.365
- DNA extraction TU1.232
- DNA microarrays TU8.766
- DNA scaffold TU6.326
- DNA sensor TU8.651
- DNA sequencing TH3.323
- DNA TU3.311, WE5.416
- domains TU6.155, TU7.607
- dopaminergic neurons WE8.351
- dopamine TU8.654, WE7.408
- Dopamine WE8.354
- dose metrics TH3.331
- DOTM WE3.112
- double gate MOSFETs WE6.151
- double layer capacitor WE3.214
- double-gate (DG) WE3.332, WE7.203
- double-walled carbon nanotubes TU6.222
- double-walled TH3.186
- Doxorubicin AuNPs TU8.718
- doxorubicin TU8.716
- Doxorubicin WE8.303
- drag reduction WE3.214
- drain current WE3.333
- drain lag TH3.172
- DRG neurons WE8.451
- DRG neuron TU3.215
- drift-diffussion model WE7.206
- drilling TH3.232
- Drip Irrigation WE5.463
- drop deposition TU3.172
- drop size TU3.171
- droplet volume WE7.509
- droplets WE1.141
- Drosophila melanogaster TH3.331
- drug delivery systems WE8.307
- drug delivery TH1.201, TH7.132, TU3.253, TU3.335, TU6.482, WE5.351, WE5.352, WE5.353, WE5.412, WE7.552, WE7.557, WE7.560, WE8.304
- drug delivry WE3.342
- drug development TU8.766
- drug resistance WE8.302
- drugs WE5.416
- dry-etching TU7.564
- DSC WE7.356
- DSSC TH3.125, WE8.703, WE8.852
- dual-emissive TH7.135
- ductile WE5.222
- dust TU9.128
- DVLO WE7.652
- dye-doped polymer film WE7.753
- dye TH7.135, TU3.241
- dynamic light scattering TH7.104
- dynamic range TH3.284
- E. coli WE7.507
- earthquake WE5.453
- Easy-to-shape WE5.403
- EBIE WE7.905
- EBL WE8.105
- EC50 correlation WE5.365
- ECM TU6.328
- Eco-Al WE5.403
- eco-friendly TU5.162
- Eco-Mg WE5.403
- EDLC TU8.919
- EELS TU7.566
- effective mass approximation (EMA) WE7.203
- efficiency TU5.165, TU6.117, TU8.872, TU9.127, WE8.603
- EGF/EGF receptors TH7.103
- EHD WE7.508
- EHS of nanomaterials TH3.332
- EHS WE3.231
- EIS TH3.125
- EKV-HV TH1.182
- elastic moduli WE5.222
- elastin TU6.365
- elastomers TU6.365, WE7.357
- elastomer WE7.352
- elastometer TU7.632
- electric vehicle TU3.385
- electrical conductivity TU8.912
- electrical explosion of wire (EEW) WE7.651
- electrical percolation TU6.222
- electrical properties WE7.307
- electric WE5.424
- electro micro metrology TH5.194
- electro-mechanical properties TU7.638
- electro-osmotic flow WE7.506
- electro-permeabilisation TU8.715
- electrochemical assay WE7.759
- electrochemical biosensor TU8.661
- electrochemical detection WE7.403
- electrochemical method TU8.663
- electrochemical production method WE3.171
- electrochemical property TU8.914
- electrochemical TH3.143
- electrochemistry TH3.245, WE7.402
- electrocoagulation WE8.602
- electrode material TU8.921
- electrodeposition TU7.052, TU7.638, WE5.284, WE7.907
- electrodes TU3.375
- electrode TH3.114, TU6.269, WE5.401
- electroless coating TU3.386
- electroless copper plating TU3.386
- electroless nickel boron plating TU3.386
- electroless plating TU3.386
- electroluminescence TU7.106
- electrolyte-free and air-independent battery/fuel cell dual utility technology WE8.810
- electrolyte TU6.269
- electromagnetic shielding TU3.235
- electromagnetic wave shielding/absorbing WE7.268
- electromechanical coupling TH3.174
- Electromigration resistant materials WE5.454
- Electron Beam Lithography TU3.349
- electron beam lithography WE3.315
- electron beam TU6.217, TU7.604, WE7.905
- electron diffusion coefficient TU3.154
- electron microscopy TU6.267, WE3.253, WE5.231
- electron transfer TU3.312
- electron transport TU3.166
- electronic compass WE1.151
- electronic devices WE7.205
- electronic device WE7.860
- electronic packaging TH5.184
- electronic transport TH5.191
- electronics assembly TU3.272
- electronics TU5.167
- electronic WE5.404
- electroosmosis WE7.507
- electroosmotic micromixer TU3.185
- electrophoresis WE3.284, WE5.313
- electroplating WE7.866
- electropolishing TU7.102
- electrospinning TH3.244
- Electrospinning TU5.163
- electrospinning TU6.163, TU7.017, TU7.108, TU7.610
- electrostatic capacitance TH5.222
- electrostatic fiber WE5.212
- electrotextile TU8.661
- EM properties WE7.303
- emboss/intaglio WE7.906
- embryonic stem cells WE5.366
- emissions WE8.856
- emulsions TH3.314
- emulsion WE3.255
- encapsulated WE7.852
- encapsulation TU5.165, TU8.872, WE3.263, WE5.416, WE7.558
- endocrine TU8.721
- endohedral fullerenes TU6.113
- endothelialization TU7.062
- Energy Conservation WE5.463
- energy density TH3.111, TU8.919
- energy efficiency TH7.113, TH7.115, TU8.971
- energy harnessing TU3.243
- energy harvesting TH3.184, WE5.277
- energy management for rural & emerging economies WE8.815
- energy storage devices WE5.254
- energy storage device TU8.920
- energy storage TH3.111, TH3.113, TH3.115, TH5.153, TU7.057, TU8.911, WE8.801, WE8.809, WE8.811, WE8.812
- energy-momentum dispersion WE7.265
- energy TU3.342, TU3.343, TU3.371, TU5.167, TU6.326, TU8.917
- Energy WE1.193
- energy WE8.906
- engineered nanoparticle TH5.241
- engineering control TH5.241
- engineering modeling TU3.161
- engine WE8.856
- enhanced functional material properties TU7.562
- enhancement WE7.902
- enhancing energy conversion efficiency TU8.974
- enrichment TU8.660, TU8.972
- entanglement effect WE5.214
- environment char WE5.245
- environmental health and safety TH5.242
- environmentally friendly TU3.377
- environment WE3.281, WE7.806
- enzyme drug WE5.412
- enzyme immobilization WE5.412
- enzyme-free glucose biosensor TU8.656
- enzymes WE3.264
- enzyme TU6.326, WE7.407
- Epigenetics WE8.217
- epilepsy WE7.553
- Epirubicin TU6.484
- Epitaxial TU6.375
- epoxy resins TH3.212
- epoxy TU3.372
- eQUEST TH7.114
- equipment TH3.114
- Escherichia Coli TU8.667
- ESD materials TU3.375
- ESD TH1.183
- ESR TU8.921
- Esterification TU8.970
- esterification TU8.971
- estrogen receptor TU8.721
- etch-rate TU7.633
- ethanol standard TU8.963
- ethylene WE7.801
- ETSOI WE3.331
- Eu2+ nanocones TU3.244
- European Patent Office TU1.241
- europium WE7.360
- eutectic alloy TU6.218
- evaporation-induced self-assembly WE7.758
- Event TU5.151
- evolutionary methodology TU6.117
- evolution WE3.282
- executive order WE8.903
- exhaust WE1.122
- experimental study TU8.921
- explosives WE5.342
- exposure assessment WE8.458
- exposure limits WE8.459
- exposure TH3.335
- extensional flow WE7.504
- extracellular matrix mimics WE3.341
- F-actin WE8.216
- fabrication TH3.243, TU6.157
- Fabrication TU7.635
- fabrication WE5.173
- fabric WE5.404
- facility WE8.903
- fact TU9.123
- facultative WE8.604
- failure analysis WE5.222
- failure TU5.151
- fast bake process TU6.212
- FBAR WE8.107
- FDSOI WE3.331
- Fe/Al molar ratio WE8.605
- Fe/Al-PILCs WE8.605
- Fe2O3 nanowires TU7.016
- FEBID TU1.141
- FEBIP WE7.905
- federal WE8.903
- feedback WE5.451
- femtosecond laser TU6.325, TU7.565
- fermentation WE3.173
- ferrite nanoparticles WE8.108
- ferrites TH3.214, TU6.266, WE5.236
- ferroelectric TU7.616
- Ferromagnetic TU6.375
- FET WE7.359
- FFD WE3.263
- fiberoptic TH5.243
- fibrinolysis WE5.412
- FIB TU1.142, TU1.144
- field emission TU6.217
- field emitter TU6.216
- field-effect transistors TU8.658
- fill factor( FF ) WE8.703
- film WE5.252
- filter TH3.284
- filtration efficiency TH5.241
- filtration WE3.113
- fine particles WE7.503
- fine pitch packaging TU3.275
- FinFET device WE8.503
- FinFETs TH7.161
- FinFET WE3.331, WE8.501
- finite element analysis TU6.116
- finite state machine TH3.263
- flammable WE8.455
- flash memory TH3.262
- flat band voltage TH7.162
- flat plate panel collector module WE8.704
- flexibility WE3.251
- flexible carbon nanotube field effect transistor TH5.187
- flexible electronics TU3.173, WE7.903
- flexible substrate WE3.311, WE5.253
- flexible TU5.165, WE3.212
- floating harmonic method TU7.564
- floating TH5.154
- floculation WE3.255
- flow control WE5.314
- flow patterns WE5.315
- flow regime WE3.263
- Flow through chemistry TU3.371
- flowability TU6.252
- flowerlike CeO2 microspheres TU7.101
- fluid flow TU3.183
- fluid loss TH3.232
- fluid-film bearings TH5.155
- fluoorescence TU8.662
- fluorescence enhancement TU8.714, WE8.218
- fluorescence imaging TH5.161, WE5.353
- fluorescence TH7.135, TU8.711, WE7.351, WE8.219
- fluorescent silica nanoparticles WE3.223
- fluorescent TU3.347, WE7.363
- fluorescnece TH3.185
- fluorophore TH5.232
- flux TU6.483
- fly ash TU9.122, WE8.904
- FL WE7.358
- focused beam induced deposition of Cobalt TU1.143
- focused electron beam induced deposition TU1.141
- focused ion beam (FIB) micro-machining TU7.637
- focused ion beam lithography TU1.144
- food safety TU8.661
- food WE3.281
- force atomic micrsocopy TH7.104
- force sensor WE5.346
- Forewarn TU5.151
- formate salt TH3.143
- formic acid TH3.143, WE8.851
- formulation WE5.406
- fouling WE3.112
- FPGA TH3.285
- fractal antenna WE8.106
- fracture mechanics TH5.184
- fracture TU7.631, WE5.276, WE7.301
- free fatty acid TU8.971
- free radical scavengers WE5.445
- freezing WE5.256, WE8.505
- frequency response WE7.865
- frequency TU8.767
- FRET TH7.103
- friction TH5.186
- Friction TU5.154
- FTIR TU6.264, TU6.361, TU6.362, WE7.356
- fuel cells TU3.144, TU3.375, TU8.922, WE1.121, WE3.184, WE7.909
- fuel cell TU3.142, TU7.107, TU8.964
- Fuel consumption TU3.383
- fuelcell TU8.923
- fuel TU9.123
- fugitive WE7.655
- full width at half-maximum (FWHM) WE8.205
- fullerene C60 TU6.333
- fullerenes TH5.242
- fully differential WE8.110
- full–band model TH5.192
- g-force meter WE1.155
- GaAs FET TH3.172
- gadolinium doped ceria TU6.269
- gamma Radiation WE7.266
- Gamma-ray irradiation TU7.605
- GaN HEMTs TH3.174
- GaN TU7.014
- GaP nanoparticles WE7.355
- Gas emission TU3.383
- gas flows WE7.501
- Gas Measurement WE5.455
- gas nanosensors TU3.295
- gas response TU3.295
- gas sensors WE5.341
- gas sensor TH3.187, TU3.363
- gas separation TU7.103
- gas-phase nucleation TU6.251
- gases WE8.455
- gate electrodes WE5.314
- gate lag TH3.172
- gate oxide trap WE8.504
- gate-all-around (GAA) WE3.332, WE7.856
- gate-all-around WE6.155
- GDS-II WE7.209
- gel WE3.254
- gene delivery TU6.481
- gene therapy TU3.331
- gene transfection TU3.332
- genetic algorithm TU6.117
- genetic switch TU3.216
- genome TU8.767
- genomic analysis TU8.767
- germanium WE5.252
- GFP WE8.220
- GFRP WE7.264
- giant Hall effect TU1.143
- glaucoma WE7.512
- glioblastoma WE5.441
- Glioblastoma WE5.444
- glucose sensor TU3.254
- glycerol TU7.109
- glycol chitosan WE7.556
- gold fiducials WE8.303
- gold nanoparticles array TH3.242
- gold nanoparticles TH3.331, TH3.333, TU7.617, TU8.716, WE7.351, WE8.356
- gold nanoparticle TH7.101, TH7.134, TU3.292, TU6.481, TU8.651, TU8.663, TU8.764, WE8.201
- gold nanorods TU8.714
- gold substrate WE7.761
- gold TU3.273, TU8.721
- GO WE8.805
- gradient elasticity WE7.272
- grain number and position effect WE7.857
- grains TH3.122
- granular GMR WE5.344
- grapene TH3.282
- graphene nanoplatelet WE5.254
- graphene oxide WE7.756
- graphene TH1.152, TH1.153, TH5.242, TU3.233, TU6.211, TU6.220, TU6.223, TU6.224, TU6.330, TU6.372, TU7.022, WE3.211, WE7.301, WE7.756, WE7.762, WE8.213
- graphite oxide TU6.224
- grating TU7.631, TU7.636
- grave TU5.152
- gravimeter WE8.102
- gravitation WE8.207
- gray scale correlation TH5.184
- greases pump-out TH5.185
- green building TH7.113, TH7.114
- green chemistry WE1.112, WE3.172
- green Chemistry WE5.171
- green chemistry WE7.602
- green composite TU6.364, TU7.606
- green fluorescent protein WE8.220
- green homes TH7.111, WE8.906
- Green process WE5.403
- green TU6.261
- grid integration WE8.812
- grid selection strategy WE7.204
- grid TU3.385, WE8.707
- gripper TU5.156, TU7.642
- groundwater TH5.243
- guided waves. TU3.384
- Gulf Coast TH7.112
- Gunn TH3.173
- gyroscope WE1.151, WE5.453
- H RPI TFT model TH7.162
- H1N1 WE8.213
- H2 generation TU6.266, WE8.852
- H2 production TU7.101, WE8.806
- H2 TU8.961, WE5.236
- H5N1 WE8.213
- halloysite TH3.212
- hardware acceleration TH1.181
- harmless TU3.377
- hazard TH3.335
- hcp ordering TU3.292
- HDD WE5.451
- Head and Neck WE5.444
- head impact safety countermeasure TU6.116
- health and safety WE5.242
- heart mitochondria TU6.151
- heat exchanger WE5.323
- heat of solidification TU9.126
- heat transfer TH1.134
- heat-to-electricity WE5.423
- heating TU7.640
- heavy metal removal WE8.602
- HeLa cells TU3.218
- helical peptide TU3.312
- helium flow TU1.173
- hematite WE7.757
- HEp-2 cells TU8.764
- Herpes TU6.483
- heterogeneous catalyst TU8.961
- heterojunction WE7.706
- heteropolyacids WE7.705
- HfO2 WE8.101
- HIDs TH7.113
- hierarchical structures TU6.259
- high efficiency TU3.142
- high energy Ion bombardment TU5.164
- high power TH3.184
- high pressure WE7.354
- high salinity TU6.268
- high speed AFM TU1.153
- high speed SPM TU1.153
- high temperature TH3.184
- high voltage TH1.183
- high volume manufacturing WE3.314
- high-gradient magnetic separation WE7.601
- high-k/metal gate WE7.857
- high-speed imaging TU3.172
- high-throughput TH7.133, WE5.443
- hippocampal neuron TU3.213
- hip WE5.414
- HiSIM-DG WE6.151
- HiSIM_HV TH1.182
- hole-free phase plate TU6.153
- homogalacturonan WE7.407
- homogeneous magnetic fields TH5.163
- homogenous formation TU6.262
- hopping mechanism TU3.312
- horse manure TU8.973
- hot carrer TH5.224
- hot domestic water WE8.704
- hot electrons WE5.271
- hot humid TH7.112
- hot spot cooling WE7.506
- household power TU8.923
- HPLC TU8.711
- human blood specimen WE8.211
- Human Mesenchymal Stem Cells WE5.364
- human sclera TU8.761
- hybrid architectures WE3.212
- hybrid bionanomaterials WE7.408
- hybrid circuits TH3.285
- Hybrid composite TU6.363
- hybrid composite TU6.364
- hybrid membrane WE5.251
- Hybrid solar cell WE8.706
- hybrid-electric TU3.385
- hybrid TU3.385
- Hybrid TU5.166
- hybrid WE7.705
- hydrocarbon TU3.131, TU8.961
- Hydrocarbon TU8.962
- hydrodynamic force WE8.207
- hydrodynamic separation WE3.111
- hydroelectric TU8.923
- hydrogels TU3.321
- hydrogel TH5.166, TU3.323, TU6.367
- hydrogen bombardment WE7.803
- hydrogen evolution and oxidation WE3.184
- hydrogen isotopes retention WE7.760
- hydrogen peroxide TU8.656, TU8.659
- hydrogen production WE3.183, WE8.804
- hydrogen storage TU6.214
- hydrogen stroage WE8.805
- hydrogen sulfide WE8.201
- hydrogen-bonding WE3.253
- hydrogenation WE3.182
- hydrogenolysis TU7.109
- hydrogen TU3.131, TU3.145, TU7.633
- Hydrogen TU8.962
- hydrogen WE8.856
- hydrokinetic converter TH5.154
- hydrokinetic TH5.152
- Hydrolysis TU8.970
- hydrophobic TH1.133, TH1.134, TH3.224, WE5.253
- hydrothermal microwaves WE7.805
- hydrothermal synthesis TU6.260
- hydrothermal treatment WE7.404
- hydrothermal TU6.261
- hyperelasticity TU8.765
- hyperthermia TU8.715, WE8.301, WE8.311
- hypoxemia WE5.442
- hypoxia TH7.135
- ICP-MS TH3.122
- iCVD TU3.254
- image-guided surgery TH5.161
- imaging technique TU3.384
- imaging TH7.132, TH7.135, TU8.711
- imbibition TU3.172
- immobilized WE3.264
- immuno diagnostics TU8.664
- immunoassay TU3.364
- Immunoliposomes WE8.304
- immunomagnetic particles WE7.405
- immunosensor TU8.661
- impact WE5.256
- impedance spectroscopy TU3.154
- impedance TU6.264
- implant WE5.412, WE5.414
- Impulse turbine TU3.181
- impurity effect WE8.851
- impurity gradient WE6.152
- in situ synthesis TU5.153
- in vitro studies TH3.333
- in vitro TU8.764
- in vivo imaging TH5.162
- in vivo TU3.212, TU8.662
- in-channel measurement WE7.509
- in-field evaluation TH7.111, WE8.906
- in-situ CNT synthesis TH3.215
- in-situ electron microscopy TU8.918
- in-situ TEM observation WE5.276
- incident angle WE7.854
- inclinometer WE5.453
- indigo TU9.129
- indium tin oxide TU6.160
- indoor air quality WE8.905
- induced interface traps WE7.266
- induction WE7.306
- industrial application WE3.175
- Industrial symbiosis WE3.172
- inertial sensor WE5.453
- inflammatory mediators TU3.218
- Influenza vaccine TU6.488
- Influenza WE5.442
- Information call-in TH5.244
- information technology WE8.857
- infrared device WE5.452
- infrared imaging WE5.452
- infrared microscopy TU3.261
- infrared radiation TU6.330
- infrared TH3.186, WE5.455
- infrastructure TU3.381, WE5.242
- inhibitor TU7.053
- injection timing WE8.856
- ink-jet printing WE5.402
- ink-jet TU1.174, TU3.172
- Inkjet Priting WE7.514
- inkjet TU1.171, TU1.173, TU3.171, TU3.173
- ink TU3.372
- InP WE8.312
- instantaneous tankless electric water heater WE5.461
- insurers WE8.459
- integrated design TU3.161
- integrated heaters TU3.262
- integrated optics TU3.271
- integrated photonics TU3.271
- integrated solar concentrators TH3.121
- integration WE8.857
- intelligent sensor TU5.155
- intelligent transportation system TU3.381
- intensity interrogation mode WE8.205
- inter-laminar shear strength TU3.234
- interaction kinetics TU8.660
- interactions WE7.308
- interaction TU3.213
- intercalation TU6.224
- interconenct capacitance TH1.181
- interconnection TU5.164
- Interconnects TU3.344
- interconnects WE7.303
- interconnect WE7.207, WE7.907
- interdie variability TH5.221
- interface between carbon fiber and pyrocarbon matrix WE5.276
- interface cracks TH5.184
- interface state WE8.501
- interface trap WE8.504
- interfaces WE5.271
- interface TU8.665, WE1.142, WE5.221
- interfacial polymerization TH3.134
- intermediary layer WE8.205
- interphase TU3.216
- intraband plasmon WE7.265
- intradie variability TH5.221
- invert emulsion TH3.232
- inverter circuits WE7.359
- Inverter TU5.166
- investigation TU6.482, TU9.123
- investment TH7.112
- invited speaker TU3.262
- ion beam irradiation TU7.013
- Ion bombardment WE5.454
- ion exchange membrane (IEM) WE8.802
- ion milling WE3.312, WE3.315
- ion-migration TU3.273
- ionic clusters WE7.357
- ionic liquids TH3.233
- Ionic liquids WE7.654
- ionization potentials TU6.113
- ionomers TU1.121
- IR spectroscopy WE8.213
- IrO2 WE8.804
- iron ion delivery WE5.422
- iron oxide nanoparticles TH3.321, TU3.362, WE7.556
- iron oxide TU8.719, WE7.904, WE8.221
- iron WE7.757
- ischemia TU6.151
- ischemic stroke WE8.355
- Ishikawa cell WE8.308
- ISO / RTO WE8.812
- isobutyric acid TU3.374
- isotactic polypropylene WE7.309
- Israel WE3.114
- ITO electrode TU8.663
- ITO TH3.225, TU6.160, WE5.401
- J774 cells TU3.218
- joint replacement WE5.414
- Joule heating WE3.211
- junctionless (JL) WE7.856
- keratin TU6.365
- Kevlar fibers WE7.762
- kinetics TU3.313, WE3.183
- Kinmen TU9.124
- knee WE5.414
- lab-on chip WE5.415
- lab-on-chip WE7.509
- label-free biosensing TU3.222
- lactose WE3.222
- laminated composites TU3.234
- lamp TU6.216
- landscape phage TU8.665
- Langmuir-Blodgett film WE7.803
- large area TU3.152
- Large scale TH3.187
- large-scale parallel molecular dynamics TU6.111
- laser lithography TH3.243
- laser materials processing WE8.702
- laser printing TU7.614
- laser-treated surfaces TH3.222
- laser TH7.134, TU3.332, TU8.721, WE7.262
- lateral resolution WE5.272
- latex WE8.505
- layer-by-layer deposition TU7.603
- layer-by-layer TU7.062
- layered double hydroxide TU3.233, TU7.053
- layered nanocomposite TU3.233
- layered silicate TU6.365
- layers TU7.022
- layout generator WE7.211
- LCD WE3.172, WE7.853
- LDMOS Sub-circuit TH1.182
- LDMOS TH1.182, WE6.152, WE6.153
- leaching WE5.242
- lead frame packaging TU3.274
- LEED WE8.903
- Lennard Jones WE5.215
- level WE5.424
- Lewis lung carcinoma TU8.719
- LFIA TH7.101
- Li-ion battery TU8.913, TU8.917
- life cycle of solvent and water borne coatings by incorporation of predispersed Nanoparticle Oxides WE3.233
- lifecycle WE7.804
- lifetime TU5.165
- ligand kinetics WE5.273
- ligand quantification WE5.273
- ligand screening WE5.273
- ligand thermodynamics WE5.273
- light devices TU7.054
- light emitting diode TU7.106
- light transmission WE1.131
- light weight TH3.184
- light-emitting diode WE8.607
- light-induced optoelectroosmosis flow WE7.507
- lighting controls TH7.113
- lighting TH7.113
- Lightweight TU5.152
- limiting TH3.284
- line edge roughness TH7.161
- lipid nanoparticles TU6.334, WE5.353
- lipid vesicle nanostructure TH1.201
- liposomes TU3.335, WE5.354
- Liposome WE5.444
- liposome WE8.305
- liquid crystals TU6.374
- liquid crystal TH1.142, TU6.219, TU6.371, TU7.643
- liquid filter retention WE3.283
- liquid heating WE5.461
- Liquid State TU7.635
- liquid TH1.143, TU3.294
- Lithium ion batteries TH3.113
- Lithium-ion TH3.111
- lithography TU1.144, WE3.242, WE3.313, WE5.173
- live cells WE3.263
- live single cell WE8.215
- load balancing TU3.385
- loading equipment TH5.181
- local extraction TU1.173
- localized delivery WE1.181
- localized surface plasmon resonance WE7.361
- localized thermal analysis TU3.262
- logic implementation TH3.283
- long lifetime stability TU7.109
- long-term durability WE5.174
- loss reduction WE5.405
- low adhesion TH1.131
- low cost TU5.156, TU5.165
- low dose imaging TU6.153
- low NOx TH3.142
- low temperature co-fired ceramic WE7.362
- low temperature sintering TH5.183, WE7.356
- low temperature TU6.252, WE5.251
- Low-Cost WE3.121
- low-temperature plasma WE3.222
- LSPR TH5.243
- lubricant WE7.756
- Lubrication TU5.154
- luminescence TH7.135, TU3.241
- luminescent material TU3.244
- luminescent solar concentrators TH3.123
- luminescent solar concentrator TH3.121
- lumped modeling TU6.115
- lung TU3.333
- lysosomal activity TU6.329, WE5.365
- lysozyme TH7.102
- M13 WE7.270
- macroporous TU7.011
- magmatic nanoparticles WE8.209
- Magneli WE5.401
- magnesium alloy TU7.053
- magnesium TU3.386
- magnetic actuation TH3.131, WE3.245
- magnetic beads TU1.232
- magnetic core TU6.376
- magnetic drug targeting WE5.412
- magnetic fields TH1.154
- magnetic field WE8.108
- magnetic film WE7.262
- magnetic graphene oxide TU6.484
- magnetic mixing TU1.232
- magnetic nanoparticles TU7.602, TU8.652
- Magnetic nanoparticles TU8.720
- magnetic nanoparticles WE3.245, WE5.344, WE5.412, WE7.365, WE8.301, WE8.311
- magnetic particles TH5.163
- magnetic relaxation switch TU8.652
- magnetic resonance imaging WE7.363
- magnetic resonance TU8.664
- magnetic silica nanoparticles TU8.667
- magnetic targeting therapy TU6.484
- magnetically assisted chemical aggregation TH5.163
- magnetic TH3.214, TU3.347, TU7.011
- magnetite nanoparticles TH3.133
- magnetite WE8.452
- magneto-optical activities WE7.754
- magnetometer WE1.151
- magnetoresistive sensor WE5.344
- Magnetron sputter deposition WE5.454
- magnetron sputtering TU7.637
- maintainability TH5.154
- majority gates TH3.283
- mammalian cells TH3.321
- manganese ferrite TH3.214
- manganese spinel TU8.917
- manufacturability TH5.154
- manufacture TU3.294
- manufacturing WE3.281, WE3.313, WE5.423
- marine TH5.152, WE5.404
- mass flow rate WE7.501
- mass spectrometry TU1.234
- material aging TH5.185
- material printing TU3.173
- material properties TU3.234
- Material reliability WE5.454
- materials design TU3.161
- materials WE3.172
- MBE WE7.263
- MCF-7 WE8.313
- MD simulation TU3.252, WE7.305
- meander WE8.106
- measurement TH3.112
- mechanical and sliding tribological behavior WE7.261
- mechanical and trybological properties WE3.244
- mechanical energy harvester WE8.807
- mechanical properties TU1.152, TU7.019, TU7.561, WE5.222, WE5.411
- mechanical property WE7.305
- mechanical strength TH3.232
- mechanochromic TU3.241
- mechanotransduction TU3.214
- Medical WE5.455
- melt spinning process TU8.915
- melt-spinning TU8.914
- membrane protein TU8.660, WE8.208
- membranes TU1.131, TU6.220, WE5.254, WE7.751
- membrane TU7.565, TU7.632, WE7.908
- memory TH3.263
- memristor TH3.285, WE7.865
- MEMRI TU3.212
- MEMS design and test cycle TH5.194
- MEMS packaging TU3.274
- MEMS test structures TU7.639
|
- MEMS TH1.171, TH1.172, TH1.173, TH1.174, TH3.231, TH3.251, TH3.252, TH3.253, TH3.254, TH3.255, TH5.212, TH5.213, TH5.214, TH5.215, TH7.141, TH7.142, TH7.143, TH7.144, TH8.221, TH8.222, TU1.161, TU1.162, TU1.163, TU3.191, TU3.192, TU3.201, TU3.382, TU5.154, TU5.155, TU7.632, TU7.638, TU7.642, TU7.644, TU8.666, WE1.151, WE1.152, WE5.346, WE7.201, WE7.202, WE7.211, WE8.108, WE8.110, WE8.111
- mesoporous carbon TU6.258, WE3.175
- mesoporous films WE3.224, WE7.758
- mesoporous materials TU6.369
- mesoporous silica TU6.487
- mesoporous TU8.961
- mesporous silica nanoparticles TU3.226
- metal finger capacitor TH5.226
- metal oxide film WE8.706
- metal oxides nanoparticles WE3.123
- metal oxides TU3.295
- metal wastes TU9.122
- metallic nanoparticles WE3.123
- metallic nanoparticle TU3.235
- metallization TH3.212
- metallofullerene stability islands TU6.113
- MetalMUMPS WE8.110
- metamaterials TH3.241
- metamaterial TH5.193
- methacrylate (MAA) microbe TU3.374
- methane yield TU8.973
- methane TU3.145, WE5.422, WE8.856
- methanol WE3.312
- Method TU5.151
- methyl methacrylate (MMA) TU3.374
- Mg alloys WE5.403
- MG-MOSFET WE1.172
- micelles TU6.482
- micelle WE8.305
- Michaelis Menten WE7.210
- micro band abrasion TU6.370
- micro column arrays WE7.307
- Micro engines TU5.154
- Micro Fluidic Channel TU7.635
- micro fluidic WE7.904
- micro injection molding TU7.636
- Micro Irrigation WE5.463
- Micro motors TU5.154
- micro wind sensor WE8.112
- Micro- and nanonization WE5.416
- micro-fabricated membrane WE3.112
- micro-filtration WE3.112
- micro-generation TU8.965
- micro-hybrid TH3.115
- micro-macro model WE5.213
- micro-nano encapsulation TU3.226
- micro-scale heat exchanger WE7.506
- microactuators TU7.644
- microarray WE8.202
- microassembly TH3.171
- microcantilever WE8.109
- microcapsule WE7.554
- microchannel TU7.565, WE5.314
- microemulsion mmethod WE3.223
- microfluidic channels TU7.601
- microfluidic devices TU3.184
- microfluidic system TU3.185, WE7.515, WE8.210
- microfluidics TH1.134, TH3.231, TH3.314, TH7.133, TU3.183, TU7.634, TU8.653, TU8.660, WE5.415
- Microfluidics WE7.505
- microfluidics WE7.509, WE7.512, WE8.203, WE8.208
- microfluidic TU3.225
- Microfluidic WE3.261
- microfluidizer TU6.157
- microglia WE8.356
- microgrid WE8.857, WE8.857
- microinjection TU1.233
- microlfuidics WE7.504
- micromanufacturing TH3.171
- micromixing TU1.232
- micronization WE7.559
- microorganism TU8.972
- microreactor TU6.257
- microrheology WE3.255, WE3.282
- microscale power production WE8.808
- microscale wind power WE8.858
- microscale WE8.102
- microsensors TH3.231
- microstructure TU8.914, WE7.261
- microstrucuture WE5.225
- microsystems TU7.644
- microvoids WE5.405
- microwave power TU6.262
- microwave synthesis TU6.262
- microwave TU3.132, TU6.160
- Microwave TU8.969, TU8.970
- microwave TU8.971
- microworm TU3.254
- migration WE5.242
- mild dispersion TU7.567
- military TU3.173
- milling WE8.805
- misalinment WE6.155
- mitochondrial membrane potential WE5.365
- mitochondrial metabolism TU6.329
- mitochondrial protectants WE5.445
- Mitomycin C TU8.761
- mixed micellization TU6.323
- mixed mode bending TH5.184
- mixed signal performance WE7.855
- mixed-conducting oxide ceramics TU7.103
- Mixer TU7.635
- mixing fermentation TU8.967
- Mixing of fluids TU3.383
- mixing performance TU3.185
- MLCC WE5.402
- MM20 TH1.182
- mobile TH5.151
- MOCVD GaN TU6.118
- mode mixity TH5.184
- modeling structure TH3.263
- modeling TU1.171, TU3.183, WE7.201, WE7.205
- modelling TU3.141, TU3.145
- model TH1.183
- modified catalyst WE7.703
- modules WE8.707, WE8.854
- module TU8.872
- molecular compounds WE5.416
- molecular diagnostics TU8.664
- Molecular Distillation TU8.969
- molecular dynamics TU3.166, TU6.220, WE5.222, WE5.312, WE7.301, WE7.653
- molecular electronic structure TU6.113
- molecular electronics TU6.113
- molecular machinery TU3.311
- molecular mechanics WE5.222
- molecular modeling TU6.113
- molecular wires TH1.153
- molecularly imprinted polymers (MIPs) TU9.130
- molecule WE7.205, WE7.860
- Molybdenum TU6.254
- momojunction TU7.018
- Monet Carlo method TH1.181
- monitoring TU8.662
- Monte Carlo WE8.310
- Monte-Carlo TU3.164
- morphology and microstructure WE7.752
- morphology control TU6.258
- MOSFET characterization WE5.332
- MOSFET family WE1.172
- MOSFET reliability WE8.504
- MOSFET TH5.223, TH5.225, WE1.173, WE3.331, WE3.332, WE7.266
- motion TU3.181
- MRI TH5.165, WE7.364, WE7.365, WE8.221
- MRSA TU8.763
- MS-DWS WE3.282
- multi coloumn distilition TU8.963
- multi drug resistant bacteria WE5.354
- multi-body system WE7.201
- multi-scale homogenization WE7.272
- multi-scale modeling TU3.162, WE5.211
- multi-scale TH5.191
- multi-walled carbon nanotubes TU7.613
- multicore TU5.163
- multidrug-resistance TU6.324
- multiferroic TU3.165
- multifunctional AuNPs TU8.718
- multifunctional nanocomposites TU3.234
- multifunctional WE7.364
- multigate MOSFET WE3.333
- multilayer WE5.405
- multimodal TU3.382
- multimode WE7.363
- multiparticle TU7.609
- multiphase flow WE7.510
- multiple holographic recording WE7.753
- multiple light scattering WE7.269
- multiple myeloma WE8.309
- multiple sclerosis WE8.352
- multiscale modeling TU3.161, WE5.213
- multiwall carbon nanotubes TU6.162, TU7.561, WE7.264
- MWCNTs TU6.162, TU6.215, WE7.264
- MWCNT WE7.304, WE7.305
- MWNT WE5.223
- n- type silicon WE8.708
- n-doped TiO2 WE7.801
- nagnetic nanoparticle WE8.212
- nan- otechnology TU6.220
- nano contrast agent TU3.212
- nano crystalline cellulose TU6.111
- nano electronics TH1.151
- nano fillers WE3.231
- nano heat effect WE7.356
- nano imprint lithography WE3.344, WE7.401
- nano materials TH3.114
- nano particles WE7.364
- nano silver WE8.457
- nano-bullet TU6.251
- nano-coating TH3.224
- nano-composites TH3.215
- nano-composite TH1.133
- nano-Cu coloid TU3.172
- nano-diamonds TU6.370
- nano-ELISA TU8.655
- nano-ferroelectrics TU6.112
- nano-fiber composites TH5.235
- nano-inks TU3.173
- nano-magnetite WE7.306
- nano-materials TU7.105
- nano-mechanical testing TU7.637
- nano-particle fabrication WE7.368
- nano-particles TU7.058, WE5.286
- nano-patterning WE7.906
- nano-phage TU8.665
- nano-polymer WE7.759
- Nano-pore TU1.234
- nano-pore WE7.705
- nano-silica TU6.331, WE3.243
- nano-sized emulsions TU7.563
- nano-sized imaging agents TH5.165
- nano-structured NiCuZn ferrite WE7.362
- nano-substrate TU3.213
- nano-therapeutics WE8.355
- nano-zeolites TU6.260
- nanoantenna TU3.291
- nanoarray TU6.328
- nanobiointeractions TH3.333, WE5.362
- nanobubbles TU3.182
- nanocatalysts WE5.172
- nanocellulose TH5.233
- nanochannels WE8.104
- nanochannel WE5.313, WE5.343
- nanoclay TU6.116, TU7.606
- nanoclusters TH3.242, WE1.113
- nanocoatings WE3.314, WE7.909
- nanocolloids TU7.012
- nanocomposite polymer WE5.244
- nanocomposites TH3.214, TU3.232, TU6.327, TU6.362, TU6.374, WE3.232, WE3.244, WE5.241, WE5.243, WE7.268, WE7.751
- nanocomposite TH3.223, TH5.245, TU1.143, TU6.219, TU6.361, TU6.371, TU7.561, WE5.223, WE5.224, WE7.754
- nanocrystal HA WE7.404
- nanocrystalline diamond TH5.186
- nanocrystalline ZnO powder TU6.253
- nanocrystalline TU6.368
- nanocrystal WE5.252
- nanodevices TU6.220, WE7.861
- nanodevice TU3.224
- nanodiamonds WE8.219
- nanodielectrics TU8.920
- nanodispersions TU7.567
- nanoelectronics TH1.153, TH3.282, TH3.285, TH5.191, WE7.861
- nanoelectronic WE1.162
- nanoemulsions WE8.301
- nanoenergetic materials WE7.354
- nanofabrication TH3.323, TU3.293, WE5.282
- NanoFab WE5.282
- nanofiber membrane TU7.108
- nanofiber tube TU6.163
- nanofibers TH5.245, TU5.163, TU6.373, TU7.565
- nanofiber TH3.244, TU3.275, TU3.294, TU7.017, TU7.610
- nanofibres WE3.254
- nanofluidics WE5.343, WE8.203
- nanofluids WE3.323, WE3.324, WE7.652
- nanofluid TH3.232, TU7.615, WE5.323, WE7.651, WE7.653, WE7.656
- nanogel TU7.604
- nanohybrid WE7.304
- nanoICs TH1.153
- nanoimprint TU7.636
- nanoindentation TU8.765
- nanomanipulation WE5.282
- nanomaterial design WE3.181
- nanomaterials TU6.152, TU7.562, TU8.919, WE1.123, WE7.804
- nanomaterial WE8.458
- nanomechanical characterization TU1.151
- nanomechanics TU1.153, WE3.211
- nanomedicine TU3.333, TU6.322, WE3.251, WE5.445
- nanomembranes TU7.051
- nanoneedle TU1.233
- nanoparticle biofunctionalization TU3.364
- nanoparticle detection WE5.443
- nanoparticle production WE7.904
- nanoparticle-attached sensitizer TU6.156
- nanoparticles TH1.143, TH3.221, TH5.161, TH5.234, TH7.104, TH7.131, TH7.133, TU3.225
- Nanoparticles TU3.346
- nanoparticles TU3.347, TU3.371, TU6.158, TU6.159, TU6.252, TU6.254, TU6.266, TU6.268, TU6.485, TU6.486, TU8.652, TU8.712, TU8.719, TU8.961, WE3.221, WE3.224, WE5.173, WE5.231, WE5.236, WE7.269, WE7.273, WE7.352, WE7.353, WE7.357, WE7.359, WE7.552, WE7.601, WE7.656, WE7.852, WE7.902, WE8.302, WE8.310, WE8.452
- nanoparticle TH3.125, TH3.223, TH5.243, TH7.135, TU3.215, TU3.224, TU3.361, TU6.255, TU6.257, TU8.655, TU8.721, WE3.284, WE3.311, WE5.234, WE5.235, WE5.245
- Nanoparticle WE5.422
- nanoparticle WE7.908, WE8.309
- nanopatterning TU8.666, WE3.343
- nanopharmaceuticals WE5.445
- nanophased TU7.606
- nanophosphors WE7.366
- nanophosphor TU7.055
- nanophotonics WE7.852
- nanopigment WE5.231
- nanopipette WE7.906
- nanoplasmonics WE8.204
- nanopore biomimetic glucose sensor WE8.211
- nanopore sensing TH3.323
- nanopore WE7.510
- nanoporous ceramic WE5.255
- nanoporous films WE7.757
- nanoporous surface WE5.364
- nanoporous thin-film waveguide WE7.864
- nanoporous ultralow dielectrics TU7.019
- nanoporous WE7.755
- nanopowder WE5.402
- nanoprecipitation TU3.225
- nanoprobe WE7.363
- nanoreactors TH1.203
- nanoreactor TU6.369
- nanoreinforced composites WE7.307
- nanorelays WE1.154
- nanorobotics WE5.282
- nanorods TH1.143, TU6.161, WE5.236
- nanorod TU3.291, TU8.721
- nanoroughness WE3.245
- nanoscale contacts TU3.166
- nanoscale DG-MOSFET WE8.502
- nanoscale infrared spectroscopy TU3.261
- nanoscale material testing device WE7.202
- nanoscale resolution WE5.271
- nanoscale surface interactions WE5.366
- nanoscale TU1.131, TU7.633
- nanoscience TU1.112
- nanosensors WE5.341
- nanosensor TH7.135
- nanosheets TU6.258
- nanosilver TH7.105, WE8.457
- nanosize catalysts WE7.703
- nanosized catalyst WE8.804
- nanosoldering TU3.272
- nanosphere lithography TU7.013
- nanosprings TH3.144, WE3.264, WE7.511
- nanosrings WE5.342
- nanostructure biomimetic membrane electrode assembling (NBMEA) WE8.810
- nanostructured materials TU8.968
- nanostructured TU8.872
- nanostructures TU3.335, TU3.343, WE5.284, WE5.362, WE7.760
- nanostructure TU1.131, TU6.154, TU7.011, TU8.917, WE8.218
- Nanosystems TU3.346
- nanotechnology TH3.114, TH5.161, TU1.242, TU5.165, TU7.567, TU7.640, TU8.919, WE1.181, WE5.285, WE7.559, WE7.806, WE8.458, WE8.704
- nanothorns WE7.271
- nanotoxicity TH3.333, TU6.329, WE8.451
- nanotoxicology TH3.332, WE8.352
- nanotube arrays WE8.806
- nanotubes TU3.232, TU6.161, TU8.658
- nanotube TH3.335, TU3.293, TU7.107, WE5.221, WE5.222, WE5.223
- nanowire arrays TH3.322
- nanowire array TH3.245
- nanowire FETs WE7.856
- nanowires TH3.225, TU3.154, TU3.272, TU3.295, TU7.014, TU7.052, TU8.918, WE5.341, WE8.104
- nanowire TU3.152, TU3.293
- nano TU3.263, TU6.155, TU7.563, TU7.607, WE1.122, WE3.281
- natural solvent TU3.377
- Nb2O5 WE8.706
- NCC TH5.233
- nDynamics WE5.215
- near zero emission TH3.142
- near-field WE7.910
- negative intrinsic capacitance TH5.225
- NEGF TU3.166, WE7.203
- nematic liquid crystal WE7.753
- NEMS TU5.155, TU6.115, WE1.154
- net-zero energy TH7.112
- network WE3.243
- neural cell chip TU8.654
- neural stem cell TU8.663
- neurodegeerative disorders WE5.445
- neurodegeneration WE8.351
- neuroinflammation WE8.356
- neuromorphic processing WE7.208
- neuronal differentiations WE5.366
- neuron TU3.214
- neuroprotectants WE8.351
- neuroprotection WE8.352
- neurotoxicity WE8.454
- neutron WE8.310
- nickel ferrite WE7.601
- nickel nanoparticles WE7.704
- Nickel-Zinc TH3.115
- nickel TU8.922
- NiFe2O4 TU6.361
- NIOSH WE8.459
- NIST TU3.281
- nitrate storage TU6.260
- nitride TH3.173
- nitrogen WE3.115
- NMR WE5.273
- Noise TU3.383
- non destructive WE3.282
- non intrusive WE3.282
- non toxic TU3.377
- non-bonded WE5.221
- Non-Destructuve Testing (NDT) TU3.384
- non-invasive imaging WE8.355
- Non-SF6 WE5.403
- non-viral vector TU6.481
- non-volatile memories TH3.262
- nonlinear optimization TU8.765
- nonlinearity TU6.112
- nonlocal elasticity WE7.272
- nonparabolicity effects (NPE) WE7.203
- normal pressure TU6.252
- NOx TU9.123, WE1.123
- nuclear battery TU7.105
- nucleus WE5.215
- numerical simulaion WE8.802
- numerical simulation TU6.117
- nutrient removal WE3.115, WE8.603
- Nylon 6 TU6.373
- nylon TU3.233, TU7.617
- ocean energy TH5.151
- ocean engineering WE8.811
- Octadecylphosphonic acid WE7.803
- Odor TU5.152
- offshore wind TH5.153
- oil contaminated sand TH3.233
- oil sands TH3.233
- oilfield TH3.231
- oleophilicity TH3.131
- oleophobic TH3.224
- OMBE TU3.164
- ompliant interconnect TU3.276
- on-line testing TU7.638
- on-site TH5.243
- one pot WE7.351
- open air synthesis TU6.265
- operations WE3.115
- optical absorbers TU3.243
- optical mapping WE8.217
- optical MEMS WE1.155
- optical properties TH3.181, WE7.752
- optical property WE7.353
- optical scattering WE8.212
- optical transmission WE8.203
- optical upconversion WE5.452
- optical TH1.151
- optimal shape design TU3.184
- optimization TU3.183, TU5.156, TU8.921, WE7.651
- optoelectronic sensor TH3.324
- optofluidics TH3.324
- ordering WE7.902
- organic amphiphiles WE3.253
- organic conducting polymers TH3.214
- organic crystals TU3.371
- organic devices WE7.858
- organic electronics TU7.021
- organic light emitting device WE5.452
- organic photocnductivity WE7.507
- organic photovoltaics TH3.123
- organic pigment WE5.231
- organic polymers WE5.416
- organic semiconductor TU7.608
- organic solar cell TH3.124
- organic solvent nanofiltration TH3.134
- organic waste WE5.422
- organic-inorganic composite TU6.363
- organic-inorganic WE8.708
- organic/inorganic hybrid device WE5.452
- organic TU6.154
- Organic WE1.195
- organoclay TU1.121
- organogels WE3.253
- organometallic chemistry TU6.257
- organometallic precursor WE7.358
- Ormosil coating WE5.253
- Orthopedic WE5.414
- oscillator WE1.152
- osteoblast TU6.327
- OTFTs TU6.154
- ovarian cells TH3.334
- Ovonic threshold switch TH5.195
- oxidation catalyst WE3.181
- oxidation treatment WE7.701
- oxidation WE5.171
- oxide nanoparticles TU6.215
- oxide trap WE8.501
- oxides WE1.113
- oxide TU7.055
- oxygen evolution reaction WE8.804
- oxygen plasma TH1.152
- oxygen reduction reaction (ORR) WE5.174
- oxygen reduction reaction WE7.701
- oxygen reduction WE3.184
- oxygen TH7.135
- Ozone TU3.373
- p type TH3.184
- p-i-n structure TU6.117
- p-type single wall carbon nanotubes WE8.708
- p53 TU3.331
- packaging TU3.272
- Packaging TU3.344
- packaging WE5.242, WE7.907
- paclitaxel TU6.324
- Paclitaxel TU6.485
- PAHs TU9.124
- palladium TH5.234
- Palladium TU3.273, TU6.257
- PAMAM dendrimers WE5.365, WE8.356
- pandemic WE5.442
- panel WE5.404
- paper TH5.232
- parabolic quantum-confined masses (PQM) WE7.203
- paraffin wax TU7.057
- parallel integration WE5.345
- parallel TH3.241
- paramagnetic nanoparticles TH5.253
- parametric resonance WE8.813
- parasitic extraction TH1.181
- ParkinsonÂ’s disease WE8.351
- ParkinsonÂ’s WE5.445
- particle release WE5.244
- particle size TH3.132
- particles TU7.013
- Parylene-C dielectric TH5.187
- Passivation TU5.164
- passive film WE8.456
- patch antenna array. TU3.382
- patents TU1.241
- pathogen TH5.252, TU8.655
- pattern matching TH3.285
- patterning TU7.013, WE3.313, WE5.362
- PbSe TU6.265
- PbS WE7.752
- PC12 TU8.654
- PCBs TU8.654
- PCD TH5.155
- PCM TH3.261
- PdCo WE7.701
- PDMS TU7.632
- PdO WE7.701
- Pd WE5.171
- pectin methylesterase WE7.407
- pectin WE7.407
- PECVD WE7.302
- PEDOT TU7.608
- PEFC system TU3.141
- PEG hydrogel WE8.210
- PEG-DA WE7.515
- PEG WE8.313
- PEM electrolyzer WE8.804
- PEMFCs WE5.251
- peptide self-assembly WE3.254
- peptides TU3.163, WE5.416
- peptide WE7.551
- perfect matched layer WE7.854
- performance optimization WE7.202
- performance variation WE8.503
- periodic mesoporous organosilicas WE5.232
- peripheral nervous system neural cell models WE8.453
- peripheral neural cells WE8.451
- periphernal nervous system WE8.454
- permeability WE7.362
- perovskite-based ceramic membrane TU7.103
- peroxide TU3.361
- persistent organic pollutant TU8.654
- petal-like carbon nanosheets TU6.223
- petinesterase WE7.407
- petrochemical WE3.281
- pH 14 TU3.386
- pH dependence WE3.183
- pH-responsive TU7.602
- pH-sensitive WE8.304
- phage fusion protein WE8.305
- phagocytosis TU8.657
- pharmaceutical compounds WE7.503
- pharmaceutical waste WE8.606
- pharmaceuticals TU3.371, WE3.281
- phase change materials TU7.057
- phase change memory TH3.261, TH5.195
- phase contrast TU6.153
- phase diagram TU3.145
- phase lock loops WE5.451
- phase separation WE3.341
- phase transition WE7.761
- phased array TU7.645
- phenytoin WE7.553
- phosphorescence TH7.135, TU8.712
- phosphors TU6.261
- photoalingnment WE7.853
- photocatalysis TH3.132, TU7.054, WE3.123, WE8.806
- photocatalysts WE7.801
- photocatalyst TH3.144, TU6.158, TU6.367
- photocatalytic degradation WE7.706
- Photocatalytic WE6.127
- photochromism TH7.103
- photodetector TU7.016
- photodynamic therapy of cancers TU8.714
- photodynamic therapy TU8.715, WE7.560, WE8.302
- photolithography TH5.251
- photoluminescence TH3.185
- photoluminiscence WE7.304
- photonic band gap fiber TH3.324
- photonic crystals TU7.059, WE7.752, WE7.851
- photonic devices TU1.142
- photonics WE7.863
- photoreactor WE8.606
- photosensitizer TU8.714
- phototherapy WE5.353
- photothermal effect WE8.702
- photothermal therapy TU8.721
- photovoltaic systems TU8.875, WE8.707, WE8.710
- photovoltaics TU9.127, WE7.909
- photovoltaic TU3.152, TU8.872
- Photovoltaic WE3.121
- physiological system TU3.181
- piezoceramic array TU3.384
- piezoelectric actuator TU7.641
- piezoresistivity WE5.345
- pinned photodiode WE7.206
- pinning WE7.513
- pinocytosis TU8.657
- PiN TH7.163
- pipe WE5.404
- PJM WE8.710
- PLA Insulin TU6.489
- plant extract WE7.367
- Plant TU5.166
- Plasma downstream reactor WE3.222
- plasma synthesis TU6.252, TU6.254
- plasma tecnhique TU6.322
- plasma TU7.564
- plasmid DNA TU3.334
- plasmon resonance TU3.335
- plasmon-assisted bubble nucleation TU3.182
- plasmonic nanobubble TH7.134, TU3.332
- plasmonics TU3.182
- plasmonic TH3.242
- plasmon TU3.224, TU8.721, WE5.286, WE7.852, WE8.218
- Plastic optical fiber WE5.405
- plastics WE8.907
- platelet graphite nanofiber TU6.213
- platform TH5.154, TU3.294
- platinum TU8.922
- PLGA TU6.321
- plug TH3.232
- PM10 TU9.124
- PMMA TU7.632
- PMO WE5.232
- Point of care testing WE5.415
- point of care TU7.634
- Poisson–Schroedinger model TH5.192
- polarization TU1.141
- poly (glycidyl methacrylate) WE7.405
- poly(acrylic acid) TU7.604
- Poly(caprolactone)–Pluronic– poly(caprolactone) amphiphilic copolymer nanoparticles TU7.568
- poly(ethylene glycol) TU6.213, TU7.051
- poly(ethylene terephthalate) (PET) WE8.907
- Poly(ethylene terephthalate) TU7.061
- poly(N-butyl benzimidazole) TU8.656
- poly(styrene-block-2-pyridine) WE7.851
- poly(urethane-imide)-POSS WE7.751
- Poly(vinylidene fluoride) - tetrafluoroethylene copolymer TU7.017
- poly-SiNW-FET WE8.209
- polyaniline TH3.214, WE8.905
- polycaprolactone TU6.163
- polycarbone TU8.911
- polycrystalline diamond TH5.155
- Polydimethylsiloxane TU7.635
- polyesters TU6.485
- polyethylene TU3.252
- Polylactic acid TU6.327
- polymer air-gap structures TU3.274
- polymer chemistry TH1.202
- polymer coating TH1.131
- polymer composites TH1.142
- polymer conjugates WE7.557
- polymer crystal TU7.613
- polymer derived fuel TH3.141
- polymer film TU6.155
- polymer melts WE5.214
- polymer nanocomposite TU8.911
- polymer shell WE7.408
- polymeric micelle TU6.324
- polymeric microcapsules WE7.555
- polymeric nanotemplates WE5.275
- polymerisation TU7.611
- polymersomes, WE8.353
- polymersomes TH1.203, TH3.314
- Polymersomes TU8.711
- polymersomes WE5.351
- Polymersome TU3.253
- polymers TH3.315, TU3.252, TU7.611, TU8.966, WE3.244, WE5.211
- Polymers WE5.406
- polymer TH3.223, TU3.294
- Polymer TU3.373
- polymer TU5.165, TU7.607, TU7.631, TU8.872, WE3.174, WE3.255, WE6.131, WE7.309
- polymorphism transistion TU6.154
- polyolefins TU1.121
- polyols TU3.372
- polypropylene TU6.116, TU7.610
- polypyrrole-cycledextrin (PPy-CD) nanospheres TU6.256
- polypyrrole TH3.245, WE5.275
- polysilicon TU5.162
- polyurethanes TU6.485, WE3.341
- polyurethane TH1.132, TU3.372, TU7.617
- polyvinyl alcohol TU3.233
- pore morphologies TU7.019
- porosity gradient WE5.411
- porous media WE7.272
- porous polymer WE8.505
- porous silicon WE7.502, WE7.551, WE7.908
- portable TH5.243
- portland cement WE8.904
- post therapy monitoring WE1.181
- Potassium Ferrate WE3.171
- potential WE3.284
- potentiometry TH5.245
- powder processing TU6.252
- powder synthesis TU3.371
- power density TU8.919
- power distribution TU8.875
- Power Energy Electricity Lithium Ion Battery Nano WE5.421
- Power Energy Electricity Solar Cells Photovoltaic Inverter capactior TU5.161
- power generation WE8.802
- power modules TU3.276
- power slump TH3.172
- power spectral density TH7.161
- power TU8.917, WE5.424
- pozzolan WE8.904
- ppb TH5.243
- PPy shell WE7.353
- PP TU7.610
- PRAM nanodevices TU7.015
- precipitation WE3.111
- predict TU5.151
- pressure measurements WE7.501
- pressure sensitive adhesive TU3.376
- pressure sensor TU7.643, WE5.345
- pressure TH3.231, TU3.181
- prevent TU5.151
- print head characterization TU3.171
- print head WE7.508
- printed electrontics WE5.285
- printed thin-film transistor TU6.221
- printing WE3.311
- pro-angiogenesis TU3.223
- Process Control WE5.455
- process engineering WE6.121
- process fluctuation WE8.503
- process variability TH5.221
- process-fluid-lubricated TH5.155
- processes TU8.968
- processing fabrics WE7.858
- processing TU1.131, WE7.863
- production TU9.123
- profile TH3.122
- prognostic WE5.413
- programmable WE1.152
- propane TU3.145
- property optimization TU3.161
- property WE8.605
- Proportional Strength-Elongation values WE5.403
- prostate cancer drug delivery system TU8.718
- prostate cancer TU6.484, TU8.721
- protein content TU6.329
- protein corona TH3.333
- protein WE8.203
- proton exchange membrane fuel cell TU7.102
- proton NMR WE5.274
- proton-sponge effect WE5.365
- proximity between immune receptors TU3.217
- PSA TU3.376
- pseudo plastic WE5.255
- pseudoboehmite WE7.602
- PSPICE TH7.164
- Pt-Au/C catalysts WE5.174
- Pt-modified ZnO films TU6.253
- Pt-zeolite TU9.121
- PTFE WE3.174
- pulmonary edema WE5.442
- Pulsed Laser Deposition TU6.375
- pumped-up hydro power generation WE8.853
- pure fluids TU7.012
- PV inverter WE5.121
- PV module TU5.165, WE8.709
- PVDF copolimers TU7.616
- PV WE1.195
- pyrolysis TU3.132
- PZT TU5.166
- QCA TH3.283
- QNM TU1.153
- quantum capacitance TH5.222
- quantum dots TH1.154, TH3.331, TH5.161, TH5.232, TH7.103, TU3.217, TU8.651, WE8.217, WE8.355
- quantum dot WE7.904
- quantum electromechanical oscillation WE8.103
- quantum nonlocality WE8.813
- quantum rings TH1.154, WE7.859
- quantumn dots TU6.265
- quantum WE7.205, WE7.860
- quasi-ballistic WE1.173
- quitosan TU8.717
- R-G current WE8.501
- radar TU3.381
- radial correlation function TU7.012
- radiation therapy WE8.303
- radical scavenger TU6.333
- radioimaging AuNPs TU8.718
- radiosensitizer WE8.303
- Radiotherapy WE5.444
- radiotherapy WE8.310
- radiotoxicity TU9.128
- RAFT TU7.611
- Raman microcrystalline silicon solar WE8.701
- Raman spectroscopy TU6.267, TU8.667, WE5.363, WE8.103
- Raman TH3.186, TU6.211
- random dopant fluctuation WE8.502
- random traps TH5.182
- range extender TU3.141
- rapid transition WE7.204
- ratiometric TH7.135
- rational design WE3.181
- RBM treatment WE7.404
- reactive ion etching WE3.312
- reactive oxygen species WE8.312
- reactive porogen TU7.019
- realgar WE8.309
- receptor mediated endocytosis TU8.657
- receptor-ligand interactions WE8.208
- Recognition TU5.152
- recommendations TH3.335
- reconfigurable antenna WE8.106
- recording TU3.213
- recovery TU7.609
- recyclable packaging WE7.909
- recycling TH3.144, WE8.907
- red blood cells WE7.504
- reduction TU9.123
- refractive index unit (RIU) WE8.205
- refractive index WE5.233
- refractive-index WE8.206
- regenerative fuel cell WE8.801
- regenerative medicine WE7.406
- regenerative therapy WE7.555
- regional aircraft WE8.814
- regulations WE8.459
- regulation TH5.242
- relaxation TU6.224
- release ability of nanomaterials WE3.231
- release WE5.242, WE5.245
- reliability issue WE8.501
- reliability test TH5.185
- reliability TH5.182, TH5.183, TH5.186, TH5.224, WE8.502
- Remains TU5.152
- remediation TU9.127
- renal excretion TH5.165
- renewable energy TH3.142, TH5.152, TU8.964, TU8.973, WE3.114, WE7.806, WE8.854, WE8.855, WE8.857
- renewable TU3.376, WE8.812
- RESCUER TH7.164
- residential buildings TH7.111, WE8.906
- residual stress TU7.639, TU8.873, WE7.267
- resiliency TH3.232
- resistance modeling TH5.226
- resonance wavelength WE7.864
- resonators WE1.154
- resorbable polymer biocomposite WE5.411
- responsive TU3.313
- restoring force WE7.513
- restoring torque WE7.513
- results TU9.123
- retarded particle growth TU6.368
- retrofit TH7.111, WE8.906
- reverse electrodialysis (RED) WE8.802
- reverse microemulsion TU6.263
- reversible TU3.241
- RF front end terminal WE8.107
- RF MEMS switch WE8.106
- RF MEMS WE8.101, WE8.107
- RF NEMS WE8.105
- RGD peptide TU8.663
- rhenium TU7.052
- Rifampicin TU3.225
- right circular cone WE7.854
- risk TH3.335, WE8.459
- rMOMP TU6.321
- RNA chip TU5.153
- RNA duplex TU5.153
- RNA microarray TU5.153
- RNA monomers TU5.153
- RNAi TU3.333
- road TU3.381
- Robotic hand TU5.156
- robotics TH7.113
- robust WE7.208
- ROS TU6.329, TU8.659, WE5.365
- rotation WE8.212
- Rotman lens TU3.382
- roughness WE5.283
- rubber TU3.377
- running-in TH5.186
- rutile TiO2(110) surface WE3.183
- S-layer TH5.253
- S/M/WNT WE7.302
- Safety TU3.381
- salinity-gradient energy WE8.802
- Salmonella typhimurium TU8.665
- Salt Water WE5.463
- sample processing TU7.634
- sampling WE5.244
- SAMs WE7.761, WE7.866
- SC cavity TU7.641
- scaffolds WE3.343, WE7.402
- scalable TU3.294
- scale up production TU6.262
- scale-up WE3.174
- scaling trend TH5.195
- scanning electron microscopy TU7.637
- scanning probe microscopy TU1.151, TU3.261
- scanning tunneling microscopy WE7.270
- schellite type nanocrystalline oxide TU6.264
- Schottky barrier MOSFET WE7.855
- Schottky diodes TH7.163
- Schottky diode TH1.152
- Schwann cells WE8.451
- Schwann cell TU3.215
- scratch analysis TU6.370
- screening TH7.133
- sealant WE5.404
- seirpenski gasket WE8.106
- seismic sensor WE5.453
- Seismometer WE5.453
- selectivity TH3.187, WE8.211
- selenium TH3.133
- self assembled monolayers WE7.761
- self assembly TH3.213, TH3.242, TU3.162
- self cleaning TH1.131
- self heating effect WE7.855
- self-adaptive TU5.156
- self-alignment WE7.513
- self-assembled materials TU3.212
- self-assembled monolayers TU7.051, WE7.803
- self-assembly TU3.164, TU3.224, TU3.253, TU3.272, TU3.292, TU3.312, TU3.335, TU7.015, TU7.018, TU7.059, WE1.142, WE3.224, WE3.253, WE5.172, WE5.231
- self-calibratable WE8.102, WE8.111
- self-calibration TH5.194
- self-clean WE5.404
- self-ligating brackets TU8.762
- selfcleaning surface WE8.457
- SEM-EDS TU6.361
- SEM-EDX TU6.264
- SEM/FIB workbench WE5.282
- semiconducting CNTs TH3.182
- semiconductors WE7.752
- semiconductor TH3.214
- SEM TU6.362, TU7.566, TU7.612, WE8.104
- sensing TH3.185, TU9.130, WE8.108
- sensitivity improvement TH7.101
- sensor fusion WE1.151
- sensor interface TU5.155
- sensors TH3.251, TH5.245, TU3.173
- Sensors TU3.191, TU3.344
- sensors TU3.375, WE5.211, WE8.109, WE8.905
- sensor TU3.224, TU3.361, WE5.342
- Sensor WE5.455
- sensor WE7.554, WE8.111, WE8.455
- separation TU8.660, WE5.313, WE8.208
- separator TU8.916
- sequencing TU1.234
- sequential hydrogenation WE7.302
- SERS TH5.243, TU3.224, WE7.852, WE8.220
- sewer WE8.604
- shape memory alloys (SMA) TU7.637
- shape selectivity WE5.172
- shape-selective catalysis WE7.705
- shear strength WE5.221
- shear thickening WE1.143
- shear TU3.294
- short circuit current density (Jsc ) WE8.703
- short-channel effects WE5.333
- Si-Mn-Cr alloy TU8.914
- Si-nano-crystal TU7.106
- Si-Ni-Al TU8.915
- Si-Ni-Cu- Al TU8.915
- Si3N4 SWS WE7.854
- SICM WE8.215
- SiC TH7.163
- sidewall WE5.283
- signal integrity and transmission line theory WE7.207
- silent brain infarcts WE8.355
- silica interfaces TU3.163
- Silica nanotube TU8.651
- silica-coated TU3.222
- silica TU6.156, TU6.374, TU7.058, WE3.222, WE7.352
- silicon dioxide nanoparticles WE8.453, WE8.454
- silicon dioxide TH1.151
- silicon nanograss WE7.402
- silicon nanowire (SiNW) WE3.332
- silicon nanowires WE7.763
- silicon thin-film solar cell TU6.117
- silicon wafer WE7.803
- silicon TU7.633, WE1.152, WE1.155, WE5.252, WE7.903, WE8.105
- silver chloride WE5.234
- Silver nano particle TU7.605
- silver nanoparticles TU3.222, TU7.617
- silver nanoparticle TU3.218, TU3.273
- silver oxide TU3.273
- silver TU6.158
- simple and easy fabrication route WE8.104
- SIMS TH3.122
- simulation-based TU6.117
- simulation TH3.173, TU3.162, TU3.183, TU6.372, WE3.181, WE5.211, WE7.205, WE7.652
- SIMULINK WE7.209
- single crystal silicon (SCS) film transistor WE7.901
- Single crystals WE5.454
- single electron state WE7.859
- single molecule fluorescence WE7.510
- single molecule study WE8.216
- single molecule WE8.218, WE8.220
- single particle ICP-MS WE7.273
- single-layer graphene WE7.265
- single-molecule biophysics TH3.323
- single-molecule TU1.234
- single-walled carbon nanotubes(SWNTs) WE7.268
- single-walled carbon nanotubes TH7.102
- singlet oxygen TU6.156
- singlewalled carbon nanotube WE3.212
- sinter-Ag TH5.183
- sintering TU6.160, TU6.255, WE3.311
- SiO2 TU6.361, TU8.916, WE8.101
- siRNA TU6.159, TU6.324
- SiRNA TU6.486
- size assay WE5.443
- size effect TU6.155, TU7.607
- size-selective separation TU3.292
- skutterudite WE5.423
- slag TU9.122, WE8.904
- SLNs WE8.307
- slow bake process TU6.212
- sludge WE8.604
- small molecule probes TH3.321, TU3.362
- smart grid TU3.143, TU3.385, WE1.196, WE3.131, WE5.461, WE8.857
- smart sensor system TU5.155
- smart sensor TU5.155
- Smartphone TU3.191
- smectic phase TU7.613
- SOFC TU3.143
- soft nanoparticles WE3.251
- soft nanotechnology TU3.162
- software TH5.191
- SOI MOSFETs WE1.171, WE5.333
- SOI-MOSFET WE1.172
- SOISPICE WE1.171
- sol gel WE7.602
- sol-gel coating TU6.370
- sol-gel combustion TU6.264
- sol-gel process WE7.758
- SOl-gel TU6.266
- sol-gel TU7.636, WE7.352, WE7.362
- Sol-gel WE8.852
- solar cells TH3.181, TU5.162, TU7.566, WE8.708
- solar cell WE5.452
- Solar cell WE8.706
- Solar desalination WE5.462
- solar distillation WE5.462
- solar energy TU5.162, TU8.875
- solar fuels WE3.123
- solar module TU5.166
- solar panel TU5.166, TU5.167
- Solar power TU5.166
- solar power WE8.808
- Solar street light TU5.166
- solar thermal WE8.704
- Solarpark TU5.166
- Solarworld TU5.166
- Solar TU3.375
- solar WE1.121
- Solar WE3.121
- solar WE5.404
- solder reflow TU3.272
- solid acid WE7.705
- solid electrolyte TH3.114, TU6.362
- solid lipid nanoparticles WE8.306
- solid oxide fuel cell TU6.269
- solid products WE5.416
- solid-state nanopore WE8.216
- solid-tumor WE5.444
- solidification TU9.126, WE7.656
- solidifiers TU9.125
- solubility parameter TU9.126
- solution pH TU6.262
- solvent resistant TH3.134
- solvent-free WE3.174
- sonochemistry TH3.221
- sorting platform WE8.207
- space charge effect TH5.195
- space heating WE8.704
- space WE1.153
- spectral WE5.455
- spheroids WE8.210
- SPICE model TH5.226
- SPICE TH5.223, TH7.163, WE7.209
- spin transfer torque WE3.312
- spin-on dielectric TU7.019
- spinal fusion WE5.414
- spine WE5.414
- SPM WE5.283, WE8.215
- SPNT TU6.212
- spongy-like hollow fiber membrane WE5.464
- Sporicide TU3.373
- sportive shoes TU3.377
- spray TH3.187
- spreading WE7.513
- square pyramid WE7.854
- SrAl2O4 TU3.244
- SRAM WE7.856
- SrTiO3 TU3.165
- SSQ WE3.242
- stability WE3.255, WE3.282, WE3.323, WE7.269
- stable platforms TH5.153
- stacking disorder TU6.260
- stack WE8.804
- stainless steel archwire TU8.762
- standards WE8.459
- state-of-charge TH3.112
- state-of-health TH3.112
- statistical compact modeling TH5.221
- statistical methods WE5.222
- steam reforming of metahne WE7.703
- stem cells TU3.216, WE7.555
- stem cell WE7.403
- stents WE5.412
- stent TU7.062
- Stiction TU5.154
- stiffness WE8.111
- STM WE7.263
- storage TU3.145, WE5.424
- strain WE8.805
- straw TU8.967
- streptavidin TU3.313, TU8.665
- stress gradient TU7.639
- stress time TH7.162
- stress WE8.501
- stretching device TU3.214
- strontium TU3.153
- structural and optical properties TU6.111
- Structural Health Monitoring (SHM) TU3.384
- structural monitoring WE5.453
- structural properties TU3.232
- structure factor TU7.012
- structure-property relationships TU7.015
- structure WE8.605
- STS WE8.101
- sublimation WE3.211
- submicron particles WE5.416
- subthreshold current WE8.504
- subthreshold regime TH7.161
- sugar fuel cell vehicle TU8.974
- SugarCube TU6.115, WE7.202, WE7.211
- Sugar TU6.115, WE7.202
- SUGAR WE7.209
- Sugar WE7.211
- supercapacitor TU8.919, TU8.921, WE6.131
- Superconductive TU6.375
- supercritical fluid WE7.503
- superhydrohobic TH1.132
- superhydrophilic TU7.058, WE3.214
- superhydrophobicity TH3.131, TH3.222, TH3.223, WE3.245
- superhydrophobic TH1.133, TU7.056, TU7.057, WE3.214, WE5.256, WE7.502
- superlattice TU3.165
- superparamagnetic nanoparticles TH5.166, TH7.105, TU8.664
- superparamagnetic WE7.552, WE7.556
- supersonic nozzle TU6.251
- supported lipid bilayer WE8.208
- surface area TU6.263, WE7.805
- surface chemistry TU3.163
- surface energy WE7.803
- surface enhanced Raman spectroscopy(SERS) WE8.214
- surface enhanced resonance Raman spectroscopy (SERRS) WE8.214
- surface functionalization WE7.763
- surface glass transition temperature WE7.361
- surface layer WE7.760
- surface micromachining TU7.639, WE8.105
- surface modification TH3.224, TU6.325, TU6.361, TU7.061, TU8.653, WE3.222, WE3.344, WE7.401
- surface morphology TU6.161
- surface plasmon grating coupled emission (SPGCE) WE8.206
- surface plasmon resonance (SPR) WE8.205
- surface plasmon resonance WE7.754, WE8.203
- surface plasmon WE8.204
- surface potential WE1.172
- surface reconstruction WE7.263
- surface relief grating WE7.753
- surface roughness TU8.762
- surface state TH3.172
- surface stress WE8.109
- surface treatment TU6.252
- surface-potential model WE6.152
- surface-wave plasma TU7.061
- surface TH3.116, WE3.284
- surfactants TU6.263
- survivability TH5.154
- suspended structures TU7.638
- suspensions WE3.255, WE5.402
- sustainability WE7.804, WE8.903
- sustainable development TH7.114
- sustained release WE7.551
- SWCNH WE3.323
- SWCNTs TU6.215
- SWCNT WE5.274
- swelling TU6.151
- switching mechanism WE7.865
- switching voltage TU6.219
- synchrotron TH5.234
- synergism TU6.323
- synergistic effects TU9.128
- synthesis TU6.259, TU8.917, WE7.355, WE7.602, WE7.757
- synthetic biology TU8.974
- system-in-package TU7.645
- systems WE8.854
- sythesis in situ WE7.352
- T2 relaxation TH5.166
- T2 TU8.652
- tactile sensor TU7.643
- tandem solar cell TH3.124
- TANOS TH3.262
- tape casting WE5.402
- targeted delivery TU3.334, WE8.305
- targeted flexible nanomicelles TH3.313
- targeting delivery TU3.331
- targeting TH5.162, WE3.251
- TAT peptide WE8.304
- Taxol WE8.308
- TCAD modeling TH5.192
- TCAD TU6.114
- technology TU9.123
- TED WE5.423
- Teflon nanoparticles TH3.222
- TEG WE5.423
- TEM & SEM TU8.667
- TEM spectroscopy WE7.351
- temperature sensing TU7.055
- temperature-programmed reduction WE7.701
- temperature TH3.231
- TEM TU6.263, WE7.356, WE8.306
- tensile strain WE5.222
- terbium TU8.712, WE7.360
- ternary WE7.358
- test station WE8.709
- testing TH5.242
- test TU9.123
- TFT WE8.109
- TG/DTA TU6.264
- TGA WE7.273
- TH1-type immune response TU6.487
- theranostics TH7.134
- therapeutics WE8.352
- therapy WE5.441, WE7.365
- thermal characterization TH5.185
- thermal conductivity TH5.185, WE3.323, WE3.324, WE7.653
- thermal cycle durability TH1.132
- thermal detectors TU3.243
- thermal evaporation TU3.244
- Thermal exchange. TU3.383
- thermal gelation process TH7.104
- thermal Interface Materials TH5.185
- thermal management WE5.254
- thermal property mapping TU3.262
- thermal resistance TH5.185
- thermal stability TU6.368, WE7.306
- thermal TU7.642, WE5.455
- thermo-responsive TU7.602
- thermochemical water-splitting TU6.266
- thermodynamic properties WE5.222
- thermoelectric WE5.423
- thermogram TU9.126
- thermoset TU3.372
- thick films TU6.253
- thickness TU8.921
- thin film composite membranes TH3.134
- thin film silicon nitride WE7.267
- thin film solar cell WE8.702
- thin films TU7.059, TU7.603, WE3.242
- thin film TH3.114
- Thin Film TU6.375
- thin film WE5.285
- Thin metal film WE5.454
- thin TU5.165
- thiolated linkers WE7.351
- three dimensional mass spectrometry WE5.272
- threshold voltage TH5.182, TH7.162, WE5.332
- thrombosis WE5.412
- tilt angle WE7.761
- tilt sensor WE5.453
- TIM delamination TH5.185
- time-mapped harmonic balance WE7.204
- timing WE1.152
- tin dioxide WE7.758, WE8.201
- Tin oxide TU6.363
- tin TU7.052
- TiO2 nanoparticles WE7.408
- TiO2 nanotubes TU3.153
- TiO2-based polymeric nanocomposites TU7.601
- TiO2/PS nanocomposites TU7.603
- TiO2/UV photocatalysis TU9.129
- TiO2 TH3.125, WE7.706, WE8.706, WE8.806
- TiOPc WE7.507
- tip based lithography TU3.322
- TIP TU3.281
- Tire retreading TU3.377
- tissue engineering TU3.321, WE3.341, WE5.411
- tissue plasminogen activator (tPA) WE5.412
- titania TH3.221, TU6.156, TU8.763, WE5.364, WE5.401, WE7.304, WE7.553
- titanium dioxide TU6.367, TU7.054, WE5.401
- titanium oxide nanoparticles WE8.451
- titanium oxide TU6.325, WE5.401
- titanium substarate WE7.403
- Toll-like receptor 9 TU6.487
- top-down fabrication WE7.368
- touch screens TU3.375
- toxicity TH3.334, TH5.242, TU9.128, WE5.241, WE8.312, WE8.452
- toxin diagnostics TU3.362
- transcytosis WE8.353
- transdermal TU6.483, WE5.351
- Transesterification TU8.969, TU8.970
- transfer characteristics TH7.162
- transfer printing WE7.901
- transfer WE3.212, WE7.903
- transient photocurrents TU3.154
- transient plane source technique WE3.324
- transients WE7.207
- transmission WE5.271, WE8.855
- transparent conducting oxides WE3.224
- transparent conductive oxide WE5.401
- transparent TH3.225, TU5.165, TU8.872
- transport model TH5.222, TU6.117
- transverse electric mode WE7.854
- trauma WE5.445
- treatment WE8.604
- tribology TH5.186
- Tribology TU5.154
- tricalcium phosphate TU6.327
- triggered release WE8.301
- triple-gate MOSFETs WE5.333
- trivalent WE5.424
- tumor model TH7.132
- tumor targeting TH5.161
- tunable photonic crystals TU7.060
- tunable sensing range TU7.643
- tunable TU3.313
- turbine TH5.152
- Turbulence & Drag TU3.383
- two probe systems TU3.166
- two-photon WE5.286
- UFDG WE1.171
- UFPDB WE1.171
- Ultem WE5.235
- ultra fast laser WE8.702
- ultra-thin body (UTB) WE7.203
- ultracapacitor TU8.919
- ultrahigh sensitivity WE7.864
- ultrasonic atomization TU6.253
- ultrasonic dispersing TU7.562, TU7.563
- ultrasonic emulsifying TU7.563
- ultrasonic TU7.612
- ultrasound-mediated release WE7.554
- ultrathin body (UTB) SOI WE3.332
- ultraviolet WE8.607
- under actuated TU5.156
- underlap channel WE7.855
- underlap WE6.155
- unified regional modeling (URM) WE3.332
- uniform nano-size TU6.256
- upconversion TU7.055
- upscaling WE3.314
- UTBSOI WE3.331
- utility TU3.385
- utilization TH3.143
- UV curing TU3.375
- UV induced wettability TU7.601
- Van der Waals forces WE5.222
- vapor suppression TU9.125
- vascular grafts TU6.163
- vascular tissue engineering TU7.062
- VCSEL TU1.141
- vegetable oil TU3.372
- VEGF TU6.486, WE8.209
- vehicle interior TU6.116
- vehicle-to-grid TU3.385
- vehicles TU9.123
- vehicle TU3.381
- vertical nonuniformity WE8.503
- vertical-axis turbine WE8.858
- vesicle TU3.214
- VHDL-AMS TH7.164
- viral nanoparticles TH5.162
- virtual power plant TU3.142
- virtual reality TH3.171
- virus antibody development WE5.443
- virus immobilization TH5.252
- virus WE7.555
- viscoelastic fluids WE5.315
- viscoelastic fluid TU3.184
- viscoelasticity TU6.224, TU7.609, WE7.306
- viscoelastic TU3.216, WE3.243
- viscosity TU7.561, WE3.323
- visible light WE7.801
- vitamin E TPGS WE8.221
- VOC concentration TU9.125
- VOCs decontamination TU7.101
- VOC WE8.455
- volatile organic compounds TU9.130
- volatiles WE8.455
- vortex shedding WE5.315
- wafer level characterization WE7.267
- Wake turbulence & Air traffic TU3.383
- warfare gas sensing TH3.187
- Waste Frying Oil TU8.969, TU8.970
- waste heat WE5.423
- waste plastics and news paper TU9.121
- waste to fuels TH3.141
- waste treatment WE5.422
- wastewater WE8.602
- waste WE3.172
- Waste WE5.463
- Water Conservation WE5.463
- water electrolysis WE3.184
- water infrastructure WE5.462
- water purification WE5.462
- water quality TU8.667
- water resistant coating TH1.133
- water solubility TU6.222
- water splitting WE3.183, WE7.702, WE8.803
- Water Technologies WE5.463
- water treatment TH3.132, WE3.172, WE5.464
- water-smart technologies WE3.114
- water-splitting WE5.236
- water TU7.640, WE3.114, WE3.323, WE5.242, WE5.312, WE5.404
- Water WE5.461
- wave energy TH5.151, TH5.153
- waveguide TH5.193
- wear TH5.186
- Wear TU5.154
- web applications WE3.131
- wettability control TU7.603
- wettability TU6.252
- whey protein TH7.104
- wideband resonators WE8.807
- Wind power TU5.166
- wind turbine TH5.154
- wind WE8.855
- Wings and Rotor Wings TU3.383
- wire bonding TU3.276
- wirebonding WE7.907
- wireless sensors WE1.153
- WO3 TU3.363
- wool TH5.232, TH5.234, WE5.234
- work function fluctuation WE7.857
- wound care WE3.342
- Wrinkle TU7.635
- WSN TH7.111, WE8.906
- x-ray computertomography TH5.181
- X-ray diffraction TU6.152, TU6.263, TU8.873, WE5.231
- X-ray photoelectron spectroscopy TU6.267, WE7.803
- x-ray reflectivity TU8.873
- X-ray scattering TU6.152, TU8.873
- X-ray source TU6.217
- x-ray TU6.216
- XAS WE5.171
- xd-CNTs TU7.612
- Xiamen TU9.124
- XRD TU6.264, TU6.361, TU6.362, WE8.104
- Xsim WE3.332
- yolk shell TU6.369
- yolk@shell WE5.172
- YoungÂ’s modulus WE7.762
- yttrium oxide nanoparticles WE7.360
- yttrium oxide TU8.712
- ZEBRA TU3.141, TU3.143
- Zeolites WE8.809
- Zernike phase plate TU6.153
- zero-emissions TU3.343
- zeta potential WE5.314
- zeta WE3.284
- zinc oxide (ZnO) WE8.205
- Zinc oxide TU6.364
- zinc oxide WE7.359
- zirconia WE1.123
- ZnO nanobelts TU8.912
- ZnO nanorods WE7.861
- ZnO nanowires WE5.277
- ZnO NR-MWCNTarrays WE7.271
- ZnO/InP TU7.566
- ZnO TH5.232, TU6.161, TU6.259, TU7.018, WE8.313, WE8.706
- zona pellucida TU8.765
- Zr-doped TiO2/ZnO WE8.852
- ZrO2 WE5.233
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