TechConnect World 2017 Program - Index of Keywords
- (Poly (lactic acid)-b-Poly (ethylene glycol) W5.316, W5.316
- 1 dimension W5.214
- 2 dimension W5.214
- 2D layered materials T3.502
- 2D materials M1.431, M1.432, M1.435, T3.344, T5.643
- 3D bioprinting T1.372
- 3D characterization W5.252
- 3D construction W1.212
- 3D ICs T5.904
- 3D liquid metal printing M1.374
- 3D micro-computed tomography M3.494
- 3D printed sand M1.373
- 3D printing M1.375, M3.414, M3.417, T1.371, T1.373, T1.374, T1.375, T3.463, T5.561, T5.562, T5.563, T5.564, T5.565, T6.106, W5.504
- 5G M1.451
- a.c. conductivity M3.537
- abrasion M1.392
- absorbent W1.391
- absorption criteria W5.504
- absorption M3.394, T5.546
- accelerometer T5.806
- accuracy T5.906
- acid hydrolysis M3.513
- aciniform W5.251
- acoustic impedance T1.353, T5.621
- acoustic levitation M1.535
- acoustophoresis T3.246
- AC susceptibility W5.191
- active corrosion protection W1.265
- active pixel sensor W5.105
- actuator W5.603
- Acutodesmus obliquus W5.152
- additive manufacturing standards M1.371
- additive manufacturing M1.374, M3.411, M3.412, M3.416, M3.417, M3.592, T3.506
- additive M1.372
- adenovirus W1.455
- adhesion T3.247
- adipose tissue W5.253
- adsorbent reusability W5.274
- adsorption Cr(VI) T5.466
- adsorption T1.337, T5.462, W1.494, W1.495, W5.274
- advanced manufacturing T1.535, T5.581, W5.605
- advanced materials W5.605
- advanced T1.396
- AEC W5.281
- aerogel composites M3.573
- aerogel M1.554
- aerosol dilution T5.590
- aerosol flame reactor W3.431
- aerosol jet W1.355
- aerosol W1.131
- aerospace T3.211
- AFM W1.211, W1.212, W1.213, W1.214, W1.421, W1.422, W1.425, W5.257
- Ag-GQD W5.283
- Ag/Ag3PO4-doped BiPO4 W5.353
- ageing W1.264
- agglomeration T3.285
- aggregation T3.247
- AgNPs T5.589
- Agriculture T5.912
- airborne T3.217
- Air Force M1.531
- air T5.683
- albumination W5.313
- alcohol content T3.216
- alcohol synthesis M3.373
- algae growth W5.403
- algae W1.333, W1.334
- alginate W5.319
- algorithms M3.314
- alignment T3.285
- alkaline membrane W3.371
- alkyl carbonates M3.372
- alloys T3.266
- all solid state M3.532
- AlN M3.553
- alpha-cellulose content T5.681
- alternative fuels T1.555
- alumina T1.337
- aluminum foil M1.554
- aluminum nanoparticles W5.271
- aluminum W5.502
- Alzheimer's disease in military W3.456
- Aman Haque T5.645
- ammonia synthesis W1.472
- amorphous Si T5.706
- amphiphilic silica nanoparticles T3.241
- amplication-free methods T1.413
- amyloid beta peptide W3.456
- amylomaltase T1.594
- analysis T5.953
- ancillary services T5.705
- and biomass T1.555
- and oleophobic W5.553
- animal models T1.571
- Animal Systems W3.312
- anisotropic M3.535
- annealing T1.434
- anode W3.374
- anodizing W1.261
- antenna M1.451
- anti-cancer therapy W5.326
- anti-fingerprint W1.264
- anti-icing W5.553
- anti-inflammatory W5.316
- anti-vibration W5.503
- antibacterial activity W1.193
- antibacterial studies W5.278
- antibiotic-coated W5.285
- antibodies T3.461
- anticancer drugs T5.603, W5.325
- antimicrobial agents W1.513
- antimicrobial coatings T1.571
- antimicrobial peptides T1.571
- antimicrobial W1.515, W5.285, W5.320
- antireflection structure M1.315
- antithrombotic surfaces T1.571
- apoptosis T5.603, W5.325
- applications M1.513
- arch-beam T5.805
- architected materials M3.592
- armor M3.594
- ARPA-E T3.342
- arsenic T1.337
- artificial bacteriophage W5.212
- artificial intelligence T1.534
- aspergillus niger W3.334
- atherosclerotic heart disease T1.412
- atlas W5.251
- atomically thin materials T3.261
- atom probe tomography W5.252
- atrial fibrillation T3.365
- AuNPs T5.601, W5.281, W5.323
- authentication T3.484
- automatic tissue classification M3.454
- avellino corneal dystrophy W5.282
- avidin W1.311
- backup power W1.372
- bacteria sensor W1.314
- bacteria T5.622, W5.103, W5.211, W5.318
- bamboo T5.682
- Baoming Wang T5.645
- barrier properties M1.492
- barrier M3.475
- baseload T5.761
- batteries M3.533
- battery applications W5.215
- battery M3.532
- BET surface area T5.763
- bi-layer design W5.213
- big data T5.910
- Big data T5.912
- BIGH3 W5.282
- bilayered vanadium oxide M3.533
- bilayer W1.454
- binder M1.493
- bio-markers T1.433
- bio-nanofluidics T5.550
- bioabsorbible W5.312
- bioanalytical assays M1.351
- bioavailability M1.393
- biochar T5.463
- biochip M3.453
- bioconjugation T5.602
- biodegradable M3.535
- Biodegrade W5.405
- biodiesel production W5.351
- biodiesel W1.334
- biofilm W1.262
- biofouling W1.261
- biofoundry W3.331
- biofuels W1.331, W1.332
- biogenic amine W1.312
- biohydrogen W5.152
- bioimaging T5.623, W1.432
- bioinspired material W3.373
- bioinspired M3.615
- biological applications T3.263
- biological transformations T5.589
- biological W5.289
- biomanufacturing W3.331
- biomarkers W5.254, W5.325
- biomarker W5.109
- biomass W3.332
- biomaterials M1.474, T1.372, T3.462, T3.463
- biomedicine W1.432
- biomembrane T3.222
- biometrics T1.353
- biomimetic materials T3.463
- biomolecules W5.289
- bioparticles T3.245
- biopolymer W1.514
- bioprinting T1.375, T3.463, T6.106
- bioproducts W1.333
- biorefinery W3.331, W3.332, W5.401
- biosensing W1.416, W3.315
- biosensors T5.549, W1.111, W5.107
- biosensor T3.507, W1.114, W1.313, W3.313, W5.106
- biotin W1.311
- biouptake M1.393
- BiPO4 W5.353
- bipolar plates W1.153
- bipv/t T5.683
- biscuit T1.595
- black carbon W5.251
- block copolymer T1.313, W5.327
- blood detoxification T3.244
- blood M3.453, T5.622
- boron nitride nanotubes M3.492
- brackish T5.463
- brain damage W5.322
- brain nerve terminals W5.280
- brain pathology W5.323
- brazing alloys M3.554
- breakdown voltage T5.902, T5.905
- breast cancer W5.273
- brightness T1.556
- buckybowls W1.424
- buckypaper M3.492
- buffer layer T5.901, T5.902
- building-integrated photovoltaics T1.475
- building materials M1.551, M3.573
- building products M3.576
- bulk metal glass M1.572
- bulk nanocrystalline metallic materials M3.593
- C(100)-(2×1) diamond surface T5.907
- c-Si solar cells T5.707
- C. elegans M3.435
- C57bl/6 mice T5.601
- calibration M3.495
- cancer care T3.361
- cancer diagnosis M3.453
- cancer imaging M3.455
- cancer nanomedicines W3.453
- cancer nanotechnolgy M1.414
- cancer nanotechnology tumor targetting M1.411
- cancer stem cell T5.602
- cancer T1.351, T3.362, W5.106, W5.212, W5.286
- cantilever beams T5.808
- cantilever W1.211
- capacitively coupled electrical stimulation wound healing M1.533
- capacitive sensing M3.453
- capillary flow T5.544
- capillary network T1.353
- capillary velocity T5.544
- carbon-ceramic composite M3.594
- carbonaceous and nitrogenous pollutants reformation T1.334
- carbon based resources M1.333
- carbon black W5.251
- carbon capture M1.331, M1.332
- carbon cloth W5.217
- carbon devices M3.471
- carbon dioxide M3.373
- carbon disclosure project T1.551
- carbon dots T5.586
- carbon ferromagnetism W3.432
- carbon fiber composite W1.395
- carbon fiber T3.282, T3.287
- carbon ion irradiation W3.333
- carbon monoxide W5.294
- carbon nano diamond M3.333
- carbon nano structures M3.471
- carbon nanotube membrane T6.103
- carbon nanotube sensors M3.433
- carbon nanotubes T1.414, T3.283, T3.285, T5.583, W1.195, W1.242, W1.392, W1.414, W5.106, W5.211, W5.215
- carbon nanotube T1.431, T3.217, T3.286, T3.287, T5.550, W1.191, W1.194
- carbon storage M1.331
- carbon utilization M1.333
- carbon W3.357
- carcinoma M3.452
- cardiovascular T6.106
- CarrICool W5.231
- carrier W1.451
- Cas9 W5.329
- casting M1.373
- catalysis W1.241, W3.315
- catalysi T3.382
- catalysts W1.193
- catalyst W3.373
- catalytic applications W1.243
- cathodoluminescence T3.301
- catholyte T5.764
- CCS M1.335, M3.376
- CCUS M3.376
- CDI T5.463
- CdSTe W1.434
- cell-substrate interactions W5.174
- cell adhesion W5.174
- cell analysis T3.242
- cell culture T3.463
- cell motility W1.414
- cell penetrating peptide W3.454
- cell recognition T6.102
- cell scaffolding W5.217
- cell therapy W1.456
- cellular materials M3.591, M3.592
- cellulase hydrolysis W3.334
- cellulose nanocrystals M1.494
- cellulose nano crystals M3.512
- cellulose nanocrystals M3.513, T5.681
- cellulose nanofibers M1.491
- cellulose nanofibrils M1.493
- cellulose nanomaterials T1.393
- cement composite T3.287
- cement M1.551
- ceramic M3.594
- cerebrolysin W5.321
- ceria W3.371
- cerium oxide nanoparticles M3.491
- CFD-DEM simulation T3.247
- CFD modeling T3.244, T5.545
- CFD W3.431
- chain length distribution T1.594
- characteristic fluctuation T5.703
- characterization M1.392, T3.303, T3.305, T5.590, T5.952, T5.953, W5.253
- charge - discharge T5.754
- charge/discharge T5.756
- charge transfer W1.433
- chemical/thermal stability W1.493
- chemical coprecipitation W5.274
- chemical reaction T5.584
- chemical sensing T1.313, T3.215
- chemicals of concern T1.395
- chemical synthesis W5.102, W5.291
- chemical vapour deposition CVD T5.642
- chirality M1.494
- chitosan-based Nanoparticles W1.513
- chitosan-gold nanoshell W5.317
- Chlamydia trachomatis W5.316, W5.318
- Chlamydomonas reinhardtii W5.152
- cholesterol T1.574
- citric acid W3.333
- citrus canker W1.515
- click chemistry T3.462
- climate T1.551
- clogging T3.247
- clothing T1.392
- CMOS image sensor W5.105
- CMOS W1.191, W5.233
- CNC M3.512
- CNT-filled Polycarbonate W1.393
- CNT nanomesh T3.218
- CNTs W1.415, W5.193
- CNT M1.394, T1.432, W1.412, W5.213
- co-precipitation W3.433
- CO2 sensor T1.314
- CO2 sequestration M3.375
- CO2 utilisation M1.334
- CO2 utilization M3.372
- CO2-emission-free T5.761
- CO2 M3.374
- coal electrolysis W5.402
- coal W5.402
- coarsening T3.303
- coating process W5.552
- coatings M1.395, M1.471, M3.613, T1.573, W5.554
- coating T1.572
- Cobalt Doping W5.606
- cobalt W1.471
- cold plasma M3.338, W5.320
- collagen M1.474
- color W1.264
- combined heat and power W5.452
- combustion process T5.754
- combustion test M1.554
- combustion T5.753
- compact modeling and simulation T5.906
- compact photobioreactors W1.332
- completion technologies W3.474
- composite materials T3.281
- composite material W1.391
- composite structures W5.194
- composites M1.451, W5.195, W5.196
- composite M1.453, T3.282
- compositional contrast W1.425, W5.257
- composition W5.288
- compressed air T5.751, T5.758
- compressor stalls W5.452
- computational T1.531
- Computed Tomography T1.411
- computer-aided diagnostics M3.454
- Computing and Sensing Applications M1.311
- concentration M3.493
- concrete M1.551, M1.552, W1.391
- conducting polymer T3.507, T5.802
- conductive filament W1.354
- conductivity T3.284, W5.196
- confinement W3.477
- conformance control W5.295
- Conjugated Polymers W1.412
- consistent couple stress theory T5.550
- consumer exposures T1.394
- consumer product W5.602
- contact electroplating W1.136
- contaminants T1.331, T5.583
- contamination M3.335
- continuous extrusion W5.232
- continuous polymer coating T1.494
- controlled release W1.453, W5.319
- cooling crystallization and anti-solvent crystallization T1.494
- Coordination network W5.153
- coplanar line W5.231
- copper damagnetism W3.432
- copper nanowires W1.354
- copper W1.515, W5.235
- core-shell W1.515, W5.276
- core/shell W1.435
- corn meal hydrolysate W3.333
- corona discharge W5.110
- corrosion resistance T1.572, W1.264
- corrosion M3.593, T3.307, W1.153, W1.261, W1.263, W5.454
- cosmetics T5.953
- coton bonplandianum W5.281
- CoventorWare T5.802
- CRISPR W5.329
- Crop disease T5.912
- crystalline nanoplatelet T3.482
- crystalline silicon T5.702
- crystallization T3.482
- ctDNA T5.623
- Cu-CeO2-ZrO2 W5.351
- culture T5.622
- curcumin W5.319
- cure kinetics W5.171
- curing agent W1.134
- current collapse T5.901
- custom amorphous fluoropolymers W1.493
- CVD M3.476, T1.515
- cyclic voltametry T5.754
- cyclodextrin T1.414
- cytotoxicity T5.624
- CZTS W5.355
- dairy T3.225
- damage detection M3.313
- data analytics M3.557
- datalysis T3.381
- data management W5.608
- data mining W1.424
- dealloying T3.303, W5.252
- deep acceptor T5.902
- degradation T5.588, W3.374, W5.353
- delamination T5.707
- delivery T5.951
- demand charges T3.401
- dendron W5.324
- density functional M3.534
- depressive stress W3.456
- desalination M3.334, T5.461, T5.463, T5.464
- design software M3.417
- design T1.533, W1.111, W3.476
- detection M1.392, M3.514
- deterministic lateral displacement (DLD) T3.245
- DFT T3.384
- diabetes W5.321
- diagnostic devices M1.314
- diagnostics M1.352, T1.512, T5.623
- diamagnetic shift T5.481
- diamond W5.195
- diarrhea T5.465
- dichroic effect W3.435
- dichroic W1.391
- Dielectric Constant T5.647
- dielectric properties M1.494, M3.537, T5.755, T5.757, W5.291
- dielectrophoresis T1.355
- Diels-Alder reaction W5.552
- diesel T1.555
- dietary supplements T5.589
- diffraction W3.352
- diffractive opitical element M1.313
- diffusivity T3.214
- diodes W3.394
- diode W5.234
- diphenylacetylene T3.262
- direct analysis W5.108
- direct electron-relay transfer system W5.111
- discrete element method (DEM) T3.247
- disinfection T5.465, W5.353
- dispersibility W3.434
- dispersion M3.432
- display T1.556, W3.352
- disposable W5.328
- dissolvable materials W3.474
- distributed energy T1.554
- distributed generation W1.374
- distributed sensing T1.316
- distributed sensors and controls T5.705
- DNA methylation detection platform M3.451
- DNA nanostructures W1.112
- DNA W1.114
- DOE T3.342
- Doping W5.606
- dosimetry M3.432
- doxorubicin T3.363
- DRIFTS W5.294
- drinking water T5.465
- driver-free T1.556
- drop-on-demand printing M1.374
- drop breakup W3.353
- droplet microfluidics T3.241
- droplet M3.394, T5.546, W3.477
- drug-eluting stents W5.312
- Drug and Gene Delivery Programs T3.366
- drug and gene delivery W3.451
- drug carrier evaluation W1.454
- drug crystals T1.494
- drug delivery vehicle W5.327
- drug delivery T1.491, T3.362, T3.364, T5.603, W1.451, W1.453, W1.455, W5.101, W5.312, W5.325
- drug evaluation W1.454
- drugs-of-abuse W5.108
- drug test M1.354
- ductility T3.304
- dyes W5.274
- e-beam PVD W5.279
- E. coli T5.465, W5.283
- easy to clean W1.264
- economic evaluation W5.604
- ecotoxicity M3.431
- edible oils T3.484
- EDS W5.251
- Edward S. Barnard T5.645
- EELS M3.491, T3.301
- efficiency T1.556, W1.373
- EHS T1.393, W5.501
- electrical characterization T5.482
- electrical conductivity T5.755, T5.757
- electrical resistance change T3.283
- electrical resistivity T3.287
- electrical simulation therapy M1.533
- electric field W5.603
- electro-optical W1.195
- electroactive fluorinated polymers W1.352
- electrochemical impedance spectroscopy M1.355
- electrochemical W1.423
- electrochemistry T5.764
- electrochromic W1.195
- electrode-electrolyte interactions M3.534
- electrode materials M3.533
- electrodeposition T5.646
- electrode sites W1.414
- electroluminescence T5.762
- electrolytic oxidation W1.473
- electromagnetic field W5.110
- electromagnetic interference shielding W5.194
- electromyography (EMG) W5.113
- electron beam lithography W3.393
- electronic conductivity M3.474
- electronic materials M1.451
- Electronics Assembly T5.644
- electronics T1.355, T3.504, T5.752, T5.803, W1.136, W1.138
- electronic W1.423
- electron microscopy T3.304, T3.307, W5.278
- electroosmosis T1.355
- electrospinning M1.474, T1.514, T5.701, T5.756, W1.311, W5.312, W5.552, W5.605
- electrospun nanofibers T3.226
- electrowinning W5.402
- elemental carbon W5.251
- elementary binding units W3.453
- embossing M1.573, M3.393, T5.954
- emerging contaminants T5.462
- emotional stress W5.322
- emulsifier T3.481
- emulsions M1.472
- emulsion M3.475
- encapsulation T5.951
- end-to-end efficiency T5.751
- endosomal escape W3.454
- endothelium W1.456
- energy applications T3.506
- energy conversion T5.646
- energy efficient building materials M1.496
- energy harvester T5.752
- energy harvesting M1.534, T1.552, W5.404
- energy management T3.401
- energy recovery T1.334
- energy storage and sensing device W5.111
- energy storage devices W1.356
- energy storage M1.335, M1.491
- Energy storage M1.511
- energy storage M1.514, M3.476, M3.532, T1.513, T3.402, T5.751, T5.758, W1.152, W1.371, W1.472
- energy systems T5.752
- energy T5.761, W1.333, W1.373, W5.403
- Engineered Graphenes T5.644
- engineered nanomaterials T5.582
- engineering application W5.551
- enhanced darkfield microscopy T5.582
- enhanced oil recovery W1.494, W3.476, W5.295
- enrichment W1.415
- environment-friendly T3.508
- environmental assessment M1.334
- environmental health and safety T1.393
- environmental life cycle assessment M3.433
- environmental pollutant T5.586
- environmental transmission electron microscopy T3.301
- environmental M3.335
- environment W1.391
- Enzyme-Responsive Nanoparticles W3.452
- enzymes W3.314, W5.288
- enzyme W3.315
- EOIR Sensors M1.315
- EOR M3.376, W3.475
- epigenetic modification T3.466
- epitaxy M3.555
- Epoxy Based Nanocomposites M1.452
- epoxy resins W5.601
- epoxy T3.282
- equipment W5.551
- ethanol M3.374, W1.335
- ethylene W3.471
- Euler's theorem T5.903
- eutectic bonding M3.554
- excitons T3.502
- expandable M3.313
- exposure. T1.392
- exposure assessment W5.602
- extractable W5.602
- extreme environments T3.304
- fabrication T5.549, T5.807, W1.413
- facilitated transport T5.545
- facilities T5.702
- Farmer's QA T5.912
- fast-growth W3.332
- fate M3.431
- fatty acids T3.483
- FD-SOI W5.233
- FDTD W5.292
- Fe2O3 nanoparticle M3.337
- Fe3O4 W5.273
- feedstock M3.513
- FEM analysis M1.554
- FePO4 T5.958
- fermentation W1.335
- ferritin T5.908
- fertilizer production W1.472
- fexible W1.138
- fiber-optic sensor T1.314, W1.314
- fiber optic sensors T1.316
- fiber optic sensor T1.311
- fiber optics M1.313
- fiber reinforced composites T3.283
- fiber reinforced concrete T5.682
- fibers M3.494
- fiber T1.313
- FibriPy M3.494
- fibroblast cells W5.174
- field flow fractionation T5.952, T5.953
- field plate T5.901
- filler W1.391
- film W1.431
- fireproof W5.192
- fire resistance M1.453
- fire W1.264
- first-order-reversal-curves W5.290
- first-principles calculations W1.433
- Fischer-Tropsch W1.471
- fish oils T3.483
- fixed-bed W1.471
- flake-type particles W1.265
- flash light sintering W5.235
- flexible circuitry M3.313
- flexible circuits W1.131
- flexible electrodes W1.134
- flexible electronics M1.491, T3.501, T3.506, W1.132
- flexible substrates W5.232
- flexible supercapacitors W1.413
- flexible tool M1.573
- flexible T1.552, T3.507, W1.136
- flocculation T1.333
- floorplanning T5.904
- flow batteries M1.513, T1.512
- flow battery T1.511, T5.764
- flow field flow fractionation M3.496
- flow M3.535
- fluid-particle coupling T3.244
- fluorescence M3.493, T5.583, T5.602, T5.623, T5.762, W1.114
- fluorescent nanoparticles T1.413
- fluorescent sensor W5.101
- fluoresence enhancement T5.549
- fluoride T1.337
- flyash T5.682
- foam M3.477, T1.431, T1.515
- focal construct technology W5.254
- focused ion beam T3.243
- folic acid W5.314
- food contact substances T1.394
- food materials T1.591, T1.592
- food products T1.591, T1.592
- food safety W1.312, W1.313
- food science T3.481
- food supplements W1.332
- food water energy systems W1.333
- food T1.394, T1.593, T3.481, W1.511, W5.104
- FORC W5.290
- formulations T5.681
- forward osmosis T3.223
- freeze-thaw stability T1.594
- FRET W1.112
- fuel cells W3.371
- fuel cell W1.151, W1.371, W1.372, W1.373
- fuel W5.151
- functionalisation M3.472
- functional materials M1.451, T3.463
- functional nanofibers W1.311
- furan based polymer W5.552
- furnace reactor W3.431
- gadolinia T5.602
- gait analysis W5.112
- Ganesh R. Bhimanapati T5.645
- GaN HEMT T5.902, T5.905
- GaN T5.901
- Garnet T5.759
- Gas and vapor sensors M3.315
- gasification T1.554
- gasoline T1.555
- gas phase purification W5.215
- gas sensing W5.102
- gas sensor T3.213, W5.294
- gas separation W1.491
- gas T1.555, T3.214, W1.262, W1.491, W1.492
- gate-all-around T5.703
- gel treatment W5.295
- gemcitabine T1.493
- gene delivery T1.491
- gene editing W5.329
- gene expression T5.624, W5.315
- genetically modified organisms W5.152
- genetic nanomedicine W5.328
- genotoxicity M1.495
- geothermal T5.761, W1.391
- Ge QDs/graphene W1.433
- germanium W1.435
- GI tract T5.589
- glass ceramics W5.191
- glass fiber M1.554
- glioblastoma T5.601
- global activities T1.393
- glucose W1.416
- glutamate and GABA transport W5.280
- glyceric acid W5.401
- glycerol W5.401
- gold conductive ink W3.356
- gold nanoparticles M3.434, M3.435, T1.315, W5.276, W5.286, W5.315
- gold nanorod W5.104
- gold T3.381, T5.602, W3.435, W5.288
- graphane M3.472
- Graphene-enabled Products T5.644
- graphene-like sheet T5.763
- graphene aerogel T5.466
- graphene nanoplatelets (GNP) W5.607
- graphene oxide M1.395, M3.475, M3.476, W5.171
- graphene M1.431, M1.432, M1.433, M1.435, M3.374, M3.471, M3.472, M3.473, M3.474, M3.476, M3.477, T1.475, T1.515, T3.263, T3.502, T5.806, W1.154, W1.195, W1.424, W3.314
- graphite M1.554
- graphitization T1.434
- green catalyst synthesis T3.383
- green chemistry M3.576
- greenhouse gas M1.331, T1.551, W1.331
- greenhouse T1.473
- green materials M1.491
- green surfactant W5.401
- green synthesis W5.102, W5.278
- groundwater monitoring T1.316
- groundwater remediation T3.226
- grouping M3.431
- growth media W1.334
- Hadoop T5.910
- hafnia T5.602
- Hall effect T1.312
- handheld W5.320
- haptics M3.553
- harsh environment sensing T1.316
- harvesting W5.403
- hazardous waste conversion T1.554
- haze W3.352
- HDPE W3.471
- healtha and safety T5.581
- health and safety T1.396
- healthy materials M3.576
- heat exchanger T1.573
- heat insulation M1.554
- heat integrated reactive distillation M3.372
- heat spreader T1.431
- heat stroke W5.321
- heat transfer coefficient M3.337
- heat W3.478
- heavy ion irradiation W3.334
- heavy metal ion T5.543
- heavy metals T1.331
- hemeoxygenase W5.321
- HEMT T5.901
- Her2 W5.273
- HER W5.355
- heterojunction nanowires W3.394, W5.234
- hexagonal born nitride h-BN T5.642
- hexavalent chromium separation T5.545
- HFCVD M3.473
- hierarchical structures W1.495
- high-k passivation layer T5.902, T5.905
- high-pressure homogenization M1.492
- high-refractive index polymer M3.353
- high-throughput T1.313
- high - voltage discharge sensing W5.110
- high-yields W3.332
- high capacity M3.477
- high olefin selectivity & flux W1.493
- high refractive index W3.434
- high resolution W1.421
- high sensitivity W5.213
- high stiffness materials M3.591
- high strength materials M3.591
- high temperature M1.453, T1.532, W3.478, W5.213
- highway safety T5.911
- His-tag W5.275
- histamine sensing W5.284
- HIT T5.707
- hollow fiber membranes hemodialysis T6.104
- hollow fiber membranes T1.494
- hollow silica nanofibre M1.553
- hollow silica nanosphere M1.553
- homojunction T5.707
- hotspot T5.904
- HPC W5.231
- HRTEM W5.251
- HSNF M1.553
- HSNS M1.553
- HSS W5.504
- human drivers T5.911
- human electricity W5.112
- human exposure T5.587
- human tissue model M1.533
- human M3.314
- humidity T5.801, T5.805
- hybrid power systems W1.374
- hybrid power W5.452
- hydrocarbon conversion W1.491
- hydrocarbon generation M3.373
- hydrogels T3.462
- hydrogel W1.453
- hydrogen implantation T5.707, T5.708
- hydrogen spillover W1.473
- hydrogen T1.553, W1.151, W5.151, W5.354
- Hydrophilic Drugs T5.605
- hydrophilic T1.574
- Hydrophobic Drugs T5.605
- hydrophobicity T1.572
- hydrophobic T1.574, T5.552, W5.327, W5.554
- hydroxyapatite T6.105
- hypersonic engines M3.594
- hyperspectral imaging T5.582, T5.587
- ICP-OES T5.588
- image segmentation M3.454
- imaging system M1.314
- imaging techniques M3.435
- imidazolium salts W5.601
- immobilization T3.226, W1.154, W1.242
- immunoglobulin gamma T3.461
- immunooncotherapeutic T5.602
- impact testing T5.563
- impedance T5.755, T5.757
- imprint T3.504
- in-situ T1.313, T3.307
- in-stent restenosis W1.456
- in-vitro W5.289
- Incommensurate M3.477
- incommensurate T1.515
- indium phosphide W5.294
- individually tailored implants T5.561
- inducing bio-communication W5.111
- induction heating M1.374
- inductors W1.244
- industrial facilities T3.401
- inertial measurement units M3.557
- information loss W5.608
- infrared W1.436
- inftatable M3.313
- inhalation M1.495, M3.514
- injection molding M1.572, T5.563, W1.393
- injection technique W3.472
- ink coatings W1.351
- ink desigh W3.354
- inkjet printing T3.215, W3.314, W3.351, W3.353, W3.356
- inkjet W3.352, W3.354, W3.355, W3.357
- InN nanowires T5.482
- innovation M3.417, W5.192
- innovative building materials M3.572
- innovative W5.287
- inorganic/organic semiconductors W3.394, W5.234
- inorganic chemistry T5.461
- inorganic membranes W1.492
- InP nanowires T5.481
- in silico T5.624
- in situ gel W1.455
- in situ imaging T3.302
- in situ TEM T3.303
- in situ T5.759
- integrated photonics M1.314, M3.552
- integrated solar T1.471
- intelligent-agent modelling T5.911
- intercalation M3.533
- Interconnects M1.311
- interconnect W5.231
- interfaces M3.612, W1.494, W5.608
- interface T5.759
- interfacial adhesion T3.288
- interfacial compatibilization W5.601
- interfacial reactions T5.760
- interfacial reactivity M3.554
- interference T1.311
- Interleukin-10 W5.316
- interposer W5.231
- interstitial fluid T3.216
- intracellular delivery W3.454
- intravital microscopy T5.601
- in vitro diagnostic W5.109
- in vitro M3.432
- in vivo T5.603, W5.328
- iodine doping T1.432
- ion beam sputtering deposition W1.433
- ion exchange T5.461
- ionic block copolymers W5.603
- ionic liquids W5.601
- ionic liquid W1.195
- ion selectivity M3.334
- IoT M1.451, M3.536, W3.392
- IOT W5.405
- iron ions uptake and release T5.908
- Iron oxide composite (Fe3O4) W5.274
- iron oxide M3.434, T1.337
- isolated pentagon rule T5.903, T5.909
- isotherm T5.763
- jet fuel T1.555
- jet printing W1.131
- J number T3.244
- Joshua A. Robinson T5.645
- Kehao Zhang T5.645
- Kelvin probe force microscopy W1.423
- kerfless T5.708
- Ke Wang T5.645
- knee rehabilitation;wisdom of medical treatment W5.112
- L-lactic-co-glycolic acid) W5.318
- lab-on-chip M1.354, T3.242, W3.475
- lab-scale T5.681
- Lab4MEMS-II project T5.808
- label-free detection W5.107
- label free W1.415
- lab on a chip W1.454
- laboratory T5.957
- lactate W1.416
- LAMP M3.393
- landscape phage W3.453
- lanthanides W1.436
- large-scale W5.328
- large-volume applications M1.493
- large area coating M1.576
- large grains M3.473
- large scale T5.562
- laser-induced fluorescence T5.548
- laser motion T5.547
- laser surface texturing W5.551
- laser wire M1.372
- laser M3.375, T1.434
- layered nanocomposite M1.454
- layers of adipose tissue W5.253
- leachable W5.602
- LEDs W5.272
- LENR W5.354
- Li-ion M3.532
- Li/S M3.476
- life-science T3.225
- life cycle assessment M1.391
- Life Cylce W5.501
- light emitting diodes T1.556
- light extraction W3.352
- light haversting M1.496
- lighting T1.556
- lightning strike W5.194
- lightweighting W5.502
- light W1.334
- Li metal M3.535
- linear-logarithmic W5.105
- Lipid Nanoparticles M1.414
- lipid nanoparticles W5.329
- lipid self-assembly nanoparticles T3.364
- Lipids T5.605
- Liposomes T5.605
- liposome W5.311
- liquid biopsy T5.623
- liquid cooling W5.231
- liquid crystal T1.574
- liquid fuels from coal T1.555
- Listeria monocytogenes W1.313
- lithium-ion batteries T5.958
- lithium batteries T1.472
- lithium battery M3.477, W1.214
- localized surface plasmon resonance (LSPR) M3.351, M3.354
- low-cost W5.151
- low-emission fuels T1.555
- low cost T1.513
- low sintering temperature W3.356
- LPG W5.102
- LSCM T5.588
- LSPR-induced optical absorption M3.351, M3.354
- luxury W1.391
- L X-ray diffraction M1.535
- lyotropic liquid crystals T3.364
- M13 bacteriophage T6.102
- machine learning M3.454, W1.424
- machine perfusion T3.465
- magnesium W3.474
- magnetic assembly W5.103
- magnetic bead separation T3.244
- magnetic bioseparation T5.541
- magnetic decantation W1.242
- magnetic nanoparticles T3.263, T5.622, W1.244, W1.456
- magnetic relaxation W5.191
- magnetic relaxometry W5.273
- magnetic targeting W1.456
- magnetic M3.452
- magnetite W5.191
- magnetohydrodynamics M1.374
- magnetometry W5.356
- magnet W5.216
- manganese phosphate W1.265
- manufacturing M3.494, M3.514, T5.702, W5.328
- mass spectrometry W5.108
- mass transfer T1.512
- material comparison W5.608
- material properties at the nanoscale W1.425, W5.257
- materials characterization M3.335
- materials design T1.432
- materials informatics T1.534
- materials for oil and gas T1.534
- materials T1.531, T1.532
- material T1.396
- matrigel T3.466
- matrix-assisted laser desorption/ionization mass spectrometry T3.484
- mechanical alloying T3.383
- mechanical biomarkers T1.351
- mechanical loading T3.283
- mechanical metamaterials M3.591
- mechanical performance T5.563
- mechanical properties M3.593, W5.171
- medical devices M1.533
- medical diagnostics W3.433
- medical diagnostic W5.254
- medical imaging T3.364
- medical isotope generator T1.415
- medicine T1.371
- melodea M3.512
- membrane-free T5.542
- membranes T3.483
- membrane T1.511, T3.222
- MEMS actuators M3.553
- MEMS packaging M3.554
- MEMS simulation T5.802
- MEMS M1.531, M1.532, M1.534, M3.551, M3.557, T5.801, T5.803, T5.804, T5.805, T5.808
- mercaptopropionic acid W5.317
- mesoporous alumina T1.415
- mesoporous carbon W3.373
- mesoporous ceria-zirconia support T5.585
- mesoporous ceria/ceria-zirconia W1.243
- mesoporous titania W3.375
- mesoporous zirconia W1.473
- mesoporous T5.958
- mesoscale T3.482
- metal-monolithic ceramic/metal composites M1.373
- metal/metal systems M3.612
- metal alloys T1.532
- metal capture T1.332
- metal electrodissolution T1.333
- metallic Composites T3.304
- metallic impurities W5.215
- metallic manufacturing M1.372
- metallic nanofilms W5.194
- metallic nanoparticles W5.292
- metallization W1.136
- metal nanoparticles T5.706, W5.289
- metal oxide semiconductor T3.213
- metal oxides T5.582
- metal reduction W5.402
- metals T3.307
- metastability M3.554
- method development M3.491
- method of lines W3.353
- methods development T5.587
- metrology T5.587
- Mexico M3.376
- MgO W5.102
- Micelles M1.414
- micro- and nano- scale reservoirs W5.451
- micro-scanner M3.553
- micro-structured M3.614
- micro/nano-structure T5.958
- micro/nano fabrication T5.956
- micro/nano polymer membrane T5.956
- microalgae food biophysics W5.152
- microbiologically influenced corrosion W1.262
- Microbiome W3.312
- microbiotics M3.551
- microchannel oscillations T3.246
- microchannels M3.453
- microchannel T5.547, W5.231
- microchip M1.351
- microdeposition M3.335
- microdilaysis membrane probe T6.103
- microelectronics M1.531, T5.752
- microemulsion W3.477
- microextraction T5.545
- microfabrication M1.572
- microfluidic cell stretcher T1.351
- microfluidic chips M1.352
- microfluidic immunosensor T5.548
- microfluidics M1.351, M3.395, T1.353, T1.354, T1.593, T3.242, T3.247, T5.542, T5.543, T5.551
- microfluidic T1.355, T5.541, W1.415, W1.454
- microgrids W1.374
- micro grid W1.372
- microlattice M3.592
- microlens W3.352
- micromechanical devices T5.807
- micromechanics T3.285
- micropatterning T3.507
- microphase separation M1.472
- microphone M1.532
- micropore analyses T5.763
- micro pumped-hydro storage T5.758
- microresonator W5.107
- microRNA-205 T1.493
- microscopic pore structures W5.451
- microscopy M3.495
- microsecond wire explosion W5.271
- microsensors T5.803
- microspectroscopy M3.335
- microstructure W5.251
- microtruss M3.592
- microwave T1.553
- millimeter size M3.394, T5.546
- mimetic blood vessel W1.454
- mine water W1.391
- minibands T5.704
- miRNA W5.315
- mixed cellulose ester filter media T5.582
- mixed edible oils T3.484
- mixed fermentation culture W3.334
- mixing ratio W1.134
- MMP2 W5.111
- MnO2 W1.356
- MnZnGdFeO nanoparticles T5.604
- modeling and simulation T5.704
- modeling of electrical stimulation wound healing M1.533
- modeling T5.955, W5.107
- models M3.557
- model tissues T3.463
- model W3.374
- modular assembly T5.602
- MOEMS T5.808
- MOF W5.153
- molecular dynamics M3.534, T3.285, T3.385, T5.806, W3.477
- molecular modeling T5.908
- molecular weight T1.594
- molecule -based materials W5.214
- molybdenum retention T1.415
- MOMP (major Outer Membrane Protein) W5.318
- monitoring M3.375
- monocrystalline silicon T5.708
- Monte Carlo W5.604
- Montmorillonite W5.319
- morphology W5.253, W5.271, W5.277
- morphometry W5.174
- MoS2 T3.502
- MOSFETs T5.703
- mosquitoe larvae M3.338
- MoTe2 T3.266
- MRI contrast T5.604
- mRNA W5.329
- multi-cantilever arrays T5.808
- multi-modal T5.602
- multi-walled carbon nanotubes W1.416
- multifunctional materials W3.474
- multigenerational M3.437
- multilayered structures W5.293
- multiscale modeling T3.285
- multivariable individual sensors M3.315
- multivariate analysis W1.424
- mutant of aspergillus niger W3.333
- mutant of Lee Trichoderma W3.334
- MX crystallography T5.552
- Mössbauer spectroscopy W5.191
- Na-ion battery W1.356
- Na battery T1.513
- nacre M1.454
- Nafion W5.153
- nan hot-embossing T5.956
- nano-biological materials T5.908
- nano-biomaterial W1.511, W5.311
- nano-enabled products W5.501
- nano-fabrication T5.549
- nano-fiber W1.514
- nano-sized polymer microsphere W3.473
- nano/micro-manufacturing M1.572
- nanobiomimetic crossing-nanotubes W5.111
- nanobrush W1.312
- nanobubble T3.362
- nanocapsules T5.959, W5.312
- nanocatalysis W5.276
- nanocatalyst particles W5.217
- nanocellulose M1.492, M3.514, M3.518, W5.104
- nanocoating T5.588
- nanocomposites T1.432, T3.285, W1.244, W3.435
- nanocomposite T5.756, W1.391, W3.352, W5.192
- nanocontainer W5.212
- nanocrystalline Li4Ti5O12 thin films T5.757
- nanocrystalline LiCoO2 thin films M3.537
- nanocrystalline LiMn2O4 thin films T5.755
- nanocrystalline MgFe2O4 T5.754
- nanocrystals W1.436
- nanodelivery of cerebrolysin W3.456, W5.322, W5.323
- nanodiamonds T1.433
- nano electrodes M3.453
- nanoelectronic devices W3.391
- nanoelectronics M3.316
- nanoemulsion W5.403
- nanofabrication process T5.957
- nanofabrication M1.570, T3.243
- nanofibers M1.474, W5.605
- nanofibrillated cellulose M1.495
- nanofluidics T3.243, T3.302, T5.551, W3.475
- nanofluids T5.547
- nanofluid M3.337
- nanogel W5.295
- nanogold W1.391
- nanographite W3.432
- nanoimprinting M1.313, T5.956
- nanoimprint lithography M3.353
- nanoindentation mechanical properties W5.607
- nanoink W1.138
- nano insulation material M1.553
- nano magnet particles T3.365
- nanomanufacturing M1.570
- nanomaterial ink W1.355
- nanomaterials and biomedical applications T1.374
- nanomaterials M3.333, M3.474, T1.394, T3.303, T5.464, W1.241, W1.411, W5.252
- Nanomaterials W5.606
- nanomaterial M3.436, M3.594, W5.275
- nanomechanical measurements W1.422
- nanomechanics T3.304
- nanomedicines W3.455
- nanomedicine M1.103, T3.362
- nanometer FinFET T5.906
- nanometerT-FinFET T5.955
- nanoparticle characterization M1.391
- nanoparticle coating M1.576
- Nanoparticle Imaging T1.411
- nanoparticle release T5.588
- nanoparticles nanomedicine M3.496
- nanoparticle system T5.602
- nanoparticles M1.393, M1.472, M3.352, M3.452, M3.455, T1.337
- Nanoparticles T1.392
- nanoparticles T3.243, T3.246, T5.951, W3.313, W3.314, W3.357, W3.431, W3.433, W3.435, W3.472, W5.288, W5.314, W5.354
- nanoparticle tracking analysis M3.493
- nanoparticle T1.313, T1.491, T5.953, W1.435, W3.315, W5.273, W5.327
- nanophotonics T5.482
- nanopore W3.477
- nanoporous gold T3.303, W5.252
- nanoporous silicates T3.264
- nanoprecipitation T5.951, T5.959, W5.327
- nanoprobe M3.311
- nano regulation T1.394
- nanoribbon T5.641
- nanoscale magnetic materials W5.290
- nanoscale photocatalytic protein W1.512
- nanoscale W1.263, W3.391
- nanosensor M3.552, W5.211
- nanosheets T3.264
- nanosilica T5.682
- nanosilver T5.589, W1.391
- nanospheres T5.549
- nanostructured calcium silicate - calcium carbonate W1.391
- nanostructured layers M1.315
- nanostructures W5.212, W5.214, W5.291
- nanostructure M3.615, T1.434, T3.482
- nanostructuring W5.193
- nanotechnology. M1.474
- nanotechnology signature initiative M3.312
- nanotechnology standardization M1.433
- nanotechnology M3.335, M3.474, M3.532, T3.365, W5.352, W5.404, W5.605
- nanotoxicology M1.495, M3.432, T1.394
- nano trapping T5.551
- nanotube arrays T1.574
- nanotube carpets W1.193, W5.217
- nanotube characterization M3.492
- nanowire FETs T5.482
- nanowires T3.262, W1.471
- nanowire T5.703
- nanozyme W5.285
- nano M1.392, M3.374, T1.396, T5.952
- NASA T3.211
- National Institute of Biomedical Imaging and Bioengineering T3.366
- National Nanotechnology Coordinated Infrastructure M1.571
- natural gas W5.452
- NaYF4 W5.280
- near-isothermal expansion/compression T5.758
- NEMS M3.551, M3.552, M3.555
- net carbon negative fuel T1.554
- network method T5.906
- neural interfacing W5.193
- neural probes W1.414
- neural probe W3.396
- neuroactivity W5.280
- neurodegeneration diseases W1.113
- neuromuscular electrical stimulation W5.113
- neuroprotection W5.321, W5.323
- neuroprptection W5.322
- neurotheranostics T5.586
- neurotoxicity risk assessment T5.586
- neurotoxicity W5.323
- neutron depth profiling T5.759
- neutron reflectometry T5.760, W5.603
- new modes of operation W1.425, W5.257
- new technology development W5.604
- next generation building techniques M3.571
- next generation coatings T3.261
- NiB nanoclasters W5.356
- Nicholas J. Borys T5.645
- nickel-tin intermetallics T5.584
- Ni coarsening W3.374
- nicotine T6.103
- NIM M1.553
- Ni particles T1.515
- nitorgen-vacancy center T1.433
- nitric oxide synthase W5.321
- NOMS M3.552
- non-aqueous T5.764
- non-blinking W1.432
- non-porous vapor permeability W5.552
- non-stick T1.572
- nonclassical fullerenes T5.903, T5.909
- noncollinearity W5.293
- noncomplanarity W5.293
- noninvasive glucose sensing W1.115
- nonlinear damping W5.503
- nonlinear stiffness W5.503
- nonthermal plasma W1.435
- nucleic acid identification T1.413
- number concentration T5.952
- nylon powder substrate M3.394
- nylon substrate T5.546
- nZVI particles T3.226
- object-oriented parallel computing framework T5.910
- object-oriented parallel computing T5.910
- occupational exposure T3.217
- occupational safety M3.514
- ocean water treatment T5.461
- Ohnesorge number W3.354
- oil-water separation W1.495
- oil extraction W5.403
- oil M3.311, W1.262, W1.491, W1.492, W5.455
- OLED W3.352
- olefin/paraffin separation W1.493
- olihomeric aminoborane T5.642
- on-surface sunthesis T3.262
- on/off valving M1.353
- oncology W5.287
- OpenFOAM T3.247
- open microfluidics T1.352
- ophthalmic W1.455
- optical coatings M1.315
- optical coherence tomography M1.314, M3.454
- optical imaging W1.436
- optical methods T1.413
- optical microfabrication T1.314
- optical sensor T1.574
- optical spectrometry W5.356
- optical transmission T3.214
- optical traps T5.551
- optics W3.352
- optimization design W5.551
- optimization M3.513
- optoelectronics T3.502, T5.643
- oral fluid W5.108
- order-reduced modeling M1.534
- organic memristor/memcapacitor W5.111
- organic oxidation W5.402
- organ injury W5.109
- Organometalic nanoparticles T3.382
- organ preservation W1.416
- organs on a chip T1.354
- organ storage T3.465
- orientation T3.285
- orthogonal analysis M3.491
- oscillators M1.536
- osteochondral T1.375
- osteoporosis W5.254
- ovarian cancer T5.602
- oxidation state M3.491
- oxygen carrier T3.465
- oxygen reduction W3.373
- oxyhydrogen W1.473
- P. James Schuck T5.645
- palladium W3.371
- pancreatic cancer T1.493
- paper microfluidics M1.353
- parocess control W3.392
- particle focusing T3.246
- particle release T1.392
- particle size T5.952
- particles T1.533, W5.195
- particle tracking W1.432
- passive M3.575
- pathogen T1.355, W1.312
- pattern recognition M3.454
- PBM W3.431
- PCM M1.552
- PCR W1.415
- Pd complex W1.242
- PDMS W1.134, W1.413, W5.554
- pDNA W5.329
- pectin W1.335
- PEDOT T5.802
- PEG W5.313, W5.327
- PEMFC W5.153
- PEM fuel cells W1.153
- peptide mediated delivery T3.363
- peptides T5.762, W1.154
- peptide W3.454
- perfect absorber W5.292
- performane enhancement T5.955
- perfusate T3.465
- Perovskite solar cells T3.345
- Perovskite solar cell T1.475, T3.344
- Peroxidase like activity W5.281
- personal care M1.471
- pesticide W3.314, W3.315, W5.104
- PFOA T5.462
- PFOS T5.462
- phage display W3.453, W3.455
- pharmaceuticals W1.332
- phase change materials M1.552
- phase change M1.312, T3.266
- Phenolic Foam M3.574
- phenothiazine T5.764
- photocage W5.101
- photocatalysis W5.352
- Photocatalysis W5.355
- photocatalysis W5.356
- photodegradation M1.394, W1.434
- photoelectrochemical measurement T3.384
- photoluminescence M3.352, T5.481
- Photoluminescence T5.647
- photonic band gap T5.483
- photonic crystal fiber T1.311
- photonic crystal structure T5.753
- photonic crystal T5.483
- photonic nose T6.102
- photonics M1.312, M1.451, M1.491
- photonic M1.532
- photopolymerization W5.284
- Photosystem I W1.512
- photothermal energy conversion M3.351, M3.354
- photothermal therapy M3.351, M3.354
- photothermal T5.464
- photovoltaics T3.343
- phthalocyanine W3.432
- pH W5.277
- piezoelectric thin film M3.553
- piezoresistive pressure sensors T3.218
- piezoresistive T3.508
- pilot plant M3.513
- pipeline W1.263
- pixel sweeping T5.562
- plasma electrolytic oxidation W3.375
- plasma etching T5.907
- plasma treatment T1.574
- plasma M1.454, T1.352
- plasmid W5.329
- plasmon-enhanced fluorescence T1.315
- plasmonic nanobubble cancer treatment M3.351, M3.354
- plasmonic nanocages M3.351, M3.354
- plasmonics T1.313, T3.347, T5.549, W5.292
- plasmonic T3.346, T5.464
- plastics M1.451, W1.391
- platelets M1.454
- platform technology T5.602
- platinum free W3.371
- platinum nanoparticle W1.154
- PLD M3.555
- PLGA [poly (D W5.318
- PLGA W5.327
- plug M3.391
- pluronic W5.314
- PMN-PT M3.555
- PMUT M3.553
- POF sensor W1.314
- point-of-care (POC) M3.453
- point defects T5.907
- point mutation W5.282
- poly (lactic-co-glycolic) W5.314
- poly(lactic acid)-block-poly(ethylene glycol) (PLA-b-PEG) W1.311
- poly(lactic acid) PLA W1.311
- poly(vinyl acetate) precursor T5.701
- polyaniline M3.393
- polyaramid fibers W5.601
- polycaprolactone T5.951
- polyethylene glycol (PEG) W5.325
- polyimide nanofibers T1.514
- polyimide W5.235
- polymer-derived ceramic M3.594
- polymer blend electrolyte T5.756
- polymer brushes T1.571
- polymer coatings T1.571
- polymer composites T3.288, T3.508
- polymer composite T3.286
- polymer diffusivity T1.374
- polymeric biomaterials W5.326
- polymeric micelles T1.493
- polymer nanocomposites M1.395, W1.495, W5.607
- polymer nanoparticles T5.959
- polymer processing T1.373
- polymers T1.352, T5.762, T5.959, W3.351, W3.393, W5.192, W5.286, W5.312
- polymer with microporosity M3.334
- polymer M1.451, M3.614, T5.563, W1.391, W3.435, W3.454, W3.476, W5.327
- polyolefins M3.615, W5.453
- polyoxometalates W5.285
- polyoxometalate T5.461
- polyplex W3.454
- porosity W5.504
- porous catalyst T3.385
- porous media W3.475
- porous membranes T1.514
- Portable W5.405
- positively charged W5.324
- potentiometry M3.393
- povidone iodine W1.455
- powder metallurgy M1.375
- powder substrate W5.504
- power cell W5.354
- power generation W1.151
- power reduction M3.575
- pre-processing T5.681
- pre-treatments M1.492
- prediction T1.595
- pressure retarded osmosis T3.223
- pressure sensor M1.532, T5.803, T5.804
- pressure transmission W3.473
- pretreatment M3.513
- primary neurons W5.329
- printability W3.354
- printable electronics W1.411
- printable materials M3.417
- printable photonics M3.353
- printable W1.356
- Printed electronics M3.316
- printed electronics W1.351, W5.235
- printed T3.504, W1.138
- printing molten metal droplets M1.374
- printing T5.807
- probe-free and label-free W5.111
- processable polymers W5.284
- processing W1.395
- processor design T5.904
- process technology T5.955
- production M3.513
- products development M3.512
- properties-processing relating T3.506
- protecting group W5.101
- protein adsorption T1.572
- proteins W1.414, W5.275
- Proton Conductivity W5.153
- proton spillover W3.375
- PSI W1.512
- PSS T5.802
- public-private partnership W5.501
- pulp T5.681
- pulsed-laser photothermal heating M3.351, M3.354
- purification W5.275
- PVP T1.352, W5.292
- PV T5.702
- PZT M3.553, M3.555
- quantification T5.583
- quantitative material properties W1.425, W5.257
- quantum-chemical modeling T5.907
- quantum dors T1.492
- quantum dots M3.434, W1.432, W1.434, W5.272
- quantum dot T3.363, T5.548, T5.704, W1.114, W1.431, W1.435
- quantum lithography W3.392
- quantum modeling T1.432
- quantum rod W1.431
- quantum well solar cell T3.343
- quantum yield M3.352
- quartz MEMS M1.536
- quorum sensing W5.103
- radio-frequency magnetron sputtering M3.537, T5.755, T5.757
- radiosensitivity T3.466
- Raman spectroscopy T3.286
- Raman spectrosensing W1.113
- Raman T3.266, T3.301, W5.173
- random discrete dopants T5.703
- rapid development W5.328
- rare earth doped nanocrystals W5.280
- rare earth elements T1.533
- reaction current W1.473, W3.375
- reactivity M3.612
- reactor T1.533
- read-across M3.431
- real time T3.286
- Recombinant polymers W3.451
- recovery W5.455
- rectenna T3.346
- rectification M3.334
- recyclable resin W1.395
- recycled cooking oils T3.484
- recycling W1.393, W1.395
- refractive index W3.352
- regeneration T3.462
- regulation M3.431
- rehabilitation W5.113
- reinforced polymers T3.288
- relay T5.802
- release M1.392, M1.394
- remediation W1.391
- remote sensing T1.313
- renewable energy T1.554, T5.751
- research W1.511
- resolution T1.556
- resonators M1.536
- resonator T5.806
- respiratory syncytial virus W5.311
- restenosis W5.312
- reverse osmosis T3.221
- RF device W1.355
- RGDS M3.452
- rheology model T5.561
- rheology T1.373, T3.306
- rigid suspensions T3.247
- risk assessment M3.436, T1.395
- RNA interference T1.492
- RNA nanotechnology T1.492
- RNA W1.114
- robot W5.113
- robust W5.328
- roll-to-roll manufacturing T1.535
- roll-to-roll M1.573, T5.954
- ROS T5.603
- rubber M3.613
- safer alternatives M3.576
- safety T1.393
- saline W1.494
- sample environments T5.552
- sample preparation T3.245
- SAW sensors T3.216
- SAW T3.246
- SAXS M1.472, T3.306
- scaffolding W3.392
- scale-up M3.476, W5.328
- scale formation T3.221
- Scale Up T5.605
- scale up W5.327
- scaling T1.573
- scanning probe microscopy W1.423, W1.424
- scanning tunelling microscopy T3.262
- scattering T3.347
- Schlegel diagram T5.909
- screen printing M3.393
- SEI W1.214
- selective laser melting M1.375
- selective permeability M1.353
- self-assembly M3.615, T1.313, W3.392
- self-diagnosis T5.912
- self-driven flow M3.453
- self-driving T5.911
- self-healing W1.261, W1.392, W5.552
- self-navigating drugs W3.453
- self-powered chips W5.404
- self assembled monolayer T3.346
- self assembly M3.475
- semiconductor device modeling T5.807
- semiconductor T3.212
- semitransparent T1.475
- SEM W5.253
- sensing M3.314, W1.112
- sensitivity analysis W5.604
- sensor selectivity M3.315
- sensor stability M3.315
- sensor systems M3.316
- sensor system T5.808
- sensors M3.316, T1.312, T3.211, T5.752, W5.454
- sensor M3.311, M3.313, T3.217, T3.242, T3.508, W1.114
- separation T3.243, W1.194, W5.455
- separator for Li-ion battery T1.514
- separator T1.511
- septic encephalopathy T5.601
- sequestration M1.332
- serial dilution M3.395
- SERS T1.313, W5.104, W5.282
- serum half-life W5.313
- service microfluidics T5.552
- severe environment T1.532
- severe rolling technology M3.593
- shale formations W3.473
- shale gas W3.471
- shale hydration W3.473
- sheet W1.431
- Si/SC T5.704
- siderophore W5.283
- signal integrity W5.231
- signal processing T1.312
- silica fiber M1.554
- silica gel W1.515
- silica nanoparticles T3.361, T5.548
- silica particle W1.515
- silicate garnets M3.352
- silica T1.511, W1.391, W5.276
- silicene T5.641
- silicone replication T3.243
- silicone rubber printing T5.561
- Silicon integrated Photonics M1.311
- silicon nitride nanowires T3.288
- silicon T3.504, T5.703, T5.707, T5.807, W1.435
- silk proteins T3.507
- silver nanoparticles M3.437
- Silver nanoparticles T3.347
- silver nanoparticles T5.624, W5.278, W5.285, W5.324
- silver nanowires W1.354
- silver T1.392, W5.288
- simulation M3.534, T3.385, T5.705
- single-photon source W1.432
- single cell ICP-MS M1.393
- single digit nanometer lithography W3.393
- single molecular imaging T1.433
- Single molecular T1.315
- single nanoparticle counting W5.256
- Single particle ICP-MS T5.590
- single particle ICP-MS T5.952
- sintering M3.594
- siRNA delivery W5.286, W5.326
- siRNA W5.329
- size-based separation T3.245
- size-dependent uptake M3.435
- size-exclusion chromatography W5.453
- size distribution W5.271
- size M3.493, T5.953
- sleep deprivation in military W5.322
- slurry W1.471
- small molecule therapeutics W5.327
- smart building W3.355
- smart grid W1.374
- smart window M3.575
- smoking cessation T6.103
- SNUR T1.395
- sodium ion battery M1.514
- soft-magnetic element T5.541
- soft-template W5.276
- soil temperature T1.316
- soil W3.314
- sol-gel coating T3.345
- sol-gel process M3.533
- solar-thermal collector T1.474
- solar-thermal facade T1.474
- solar-thermal infield efficiency T1.474
- solar-thermal materials T1.474
- solar cell stability T3.345
- solar cells T1.473, T3.347, T5.704, T5.706, T5.708
- solar energy T1.471, T1.472, T3.346
- solar integration T5.705
- solar radiation M3.575
- solar T3.342, T5.464, T5.683, W1.152
- solid-electrolyte interphase T5.760
- solid-phase pyrolysis W3.432
- solid-state lighting W1.432
- solid modeling T5.807
- solid oxide fuel cell W1.375, W3.374
- solid state batteries M3.536
- solid state electrolyte T5.759
- solubility T3.214
- solublity T1.595
- solution process W5.213
- soot W5.251
- source/drain extensions T5.703
- sp-ICP-MS M1.394
- spacecraft M3.313
- space debris M3.313
- space division multiplexing M1.314
- space exploration M3.331
- spectroscopic ellipsometry W5.292
- spectroscopy T3.266
- spent catalyst T1.553
- spill W5.455
- spin-circuits W3.395
- spin dependent transport W5.293
- spin polarization W5.293
- spintronics W3.395
- spiropyran T5.543
- spontaneous capillary flow M3.391
- spray M1.576
- spreading M3.612
- SPR fiber-optic sensor W1.314
- squeeze film damping T5.804
- SRAM W5.233
- stability T3.344, W5.324
- stainlesss steel W1.153
- stainless steel T1.573
- standard method M3.514
- standards W5.453
- standing acoustic wave T3.246
- start-ups M1.334
- startup M3.417
- steam explosion W1.335
- steel T3.307, W1.263, W3.478, W5.502
- STEM M3.491
- stereolithography T5.562
- sterilization T3.225
- storage phosphor W3.433
- storage T1.472, T3.401
- strain effect T5.955
- strength T3.304
- structural health monitoring T3.283
- subdermal imaging T1.353, T5.621
- submicron particles and nanoparticles T1.494
- subnanometer M3.495
- substrates W1.132
- substrate W3.315
- sugar beet W1.335
- sugar conjugate M3.615
- sugar replacement T1.595
- sunscreen T5.953
- supercapacitor W1.356
- superconductivity W1.424
- supercritical Fluid (SCF) T3.214
- super hydrophobic surfaces M3.611
- superhydrophobic W5.553
- superlattice T5.704
- superparamagnetic W5.273
- superparamagnetism W5.191
- superresolution M3.495
- supramolecular chemistry T5.762
- surface-enhanced Raman scattering W5.317
- surface adsorption T3.384
- surface corona W5.289
- surface grafting T3.282
- surface modification T1.574, W5.288
- surface plasmon resonance imaging W5.109
- surface plasmons T5.706
- surface science T3.264
- surfaces M3.614
- surface treatment W5.235
- surface T3.307, W5.253
- surfactants M1.472
- sustainability M3.333, T5.581
- sustainable building M3.571
- sustainable energy W5.152
- sustain release W1.455
- Suzuki cross-coupling W1.242
- SWCNTs T3.284
- switches T5.807
- SWNT W1.412
- synchrotron T3.307
- synthesis M3.476, T5.643
- synthetic biology W3.332
- target and reporter cell W5.103
- Targeted Delivery System W3.452
- targeted delivery W5.314
- targeted drug delivery W3.453, W3.455
- TAT M3.452
- TBA M1.413, M1.512, M3.516
- Teague A. Williams T5.645
- techno-economic assessment M1.334
- technology computer-aided design T5.957
- temperature measurement T3.212
- temperature T5.683, W1.334
- TEM T1.434, T3.302, W5.251, W5.281
- tensile testing T5.563
- testing strategy T1.396
- test phantom T1.353, T5.621
- textiles W1.391, W5.605
- textile W5.554
- theranostic agents T3.364
- theranostics T5.602
- thermal annealing W5.279
- thermal conductivity M1.553, M3.337
- thermal insulation M1.496
- Thermal Insulation M3.574
- thermally reversible networks W1.392
- thermal remediation T1.316
- thermal simulation T5.904
- thermal stability W5.171
- thermal storage W1.374
- thermal transport W1.193
- thermal W5.196
- thermochromic W5.277
- thermocouple T3.212
- thermodynamics M3.554
- thermoelectric generator T1.552
- thermoelectric M1.375
- thermophotovoltaic T5.753
- thermopile T3.212
- thermoplastic polymer T3.284
- thermoplastics M1.451
- thermosensitive T5.604
- thermoset W1.395
- thickness variation W5.279
- thickness W5.173
- thin-film T5.702
- thin film actuator W5.213
- thin film composite T3.223
- thin films T5.708
- thin film M3.536
- Thin Film T5.647
- thin film W3.352
- three dimensional cultured cell T3.466
- tight sandstone gas W5.451
- time-correlated single-photon counting W1.113
- time resolved experiments T5.551
- time resolved M1.535
- Ti nanoparticles W5.279
- TiO2 / ZnO nanofibers T5.701
- TiO2 T3.384
- tires M3.613
- tissue scaffolding W1.193
- tissues T1.372
- titanium dioxide T5.953, W5.356
- titanium isopropoxide T5.701
- TNF M1.415
- toilet W5.405
- tomographic M3.314
- tomography W1.212
- tornado W5.604
- torsional actuator W5.216
- toughness T3.304
- toxicity M3.434, M3.436, T1.395
- Toxocara T5.548
- TPD W5.294
- traffic modelling T5.911
- transdermal T6.103
- transistor W1.191
- transition metal dichalcogenides T3.266, W5.174
- transition metal dichalcogenide T5.646
- translocation M3.436
- transmission electron microscopy W3.393, W5.291
- transportation W5.151
- treatment for industrial wastewater T1.333
- treatment W5.287
- triaclyglycerol T3.482
- tribology T5.646
- Trichoderma reesei T5.585
- TSCA T1.395
- TSV W5.231
- tuberculosis W3.313
- tumor drug resistance T5.603
- tumor microenvironment M1.415
- tumor M1.354
- tunable materials W5.603
- turbines W5.452
- turbostratic W5.251
- two-dimensional analysis T5.905
- two-phase liquid-liquid microfluidic systems T3.244, T5.545
- two-phase microflow M3.391
- two-step growth scheme T5.958
- UAM T5.564, T5.565
- ubiquitous T5.761
- ultra-low-energy W3.395
- ultra-thin film M3.615
- ultra-thin substrates T5.707
- ultrafast imaging M1.314
- ultrafiltration T3.225
- ultralow percolation T3.284
- ultrasonic additive manufacturing T5.564, T5.565
- ultrasonic imaging T1.353, T5.621
- ultrasonic material characterization T1.353, T5.621
- upconversion M3.452
- uptake M3.436
- ureteral stent W1.453
- uric acid T1.414
- urine W5.108
- UV aging M1.395
- UV curing T5.956
- UV radiation T5.588
- UV sensing T3.215
- VACNTs W1.413
- vacuum assisted resin transfer molding (VARTM) W1.395
- valve T5.542
- varifocal lens M3.553
- vascular compliance T5.621
- vascular disrupting agent M1.415
- vascular healing W1.456
- vascular T1.375
- vegetable oils T3.483
- verification T3.402
- Verteporfin T5.605
- viability W1.312
- vinyl ester resin W5.171
- viral conjunctivitis W1.455
- virtual wafer fabrication T5.957
- virus W1.415
- viscosity modeling T5.561
- visible light photocatalytic activity W5.353
- VO2 W5.277
- waste diversion T1.554
- waste heat recovery T1.552
- wastewater treatment T1.334
- water-based drilling fluids W3.473
- water-proof property W5.552
- water analysis T5.543
- water confinement M1.494
- water decontamination M3.338
- water disinfection M3.333
- water harvesting M3.614
- water purification M3.334
- water remediation T1.332
- water repellent W5.553
- water technologies M3.331, T1.332
- water M3.335, T1.331, T3.222, W5.352
- wavefront manipulation M1.313
- waviness T3.285
- wax base microfluidics M3.395
- WAXS M1.472
- wearable T1.556, T3.218
- wear W1.264
- weathering M1.395
- Weber number W3.354
- welding W5.502
- wellbore W3.472
- well cement W3.472
- wetting M3.611, M3.612, M3.614
- white LED M3.352
- whole blood T1.352
- wide dynamic range W5.105
- wind T5.683, W1.152, W5.151
- wipe sampling W5.602
- wireless sensor W3.355
- wood based panels M1.493
- wood carbon batteries M3.535
- wool W1.391
- worker health and safety T5.587
- wound healing M1.533
- WS2 W5.173
- X-ray CT T5.602
- X-ray diffraction T5.551, W5.291
- X-ray fluorescence T3.307
- X-ray spectroscopy T3.307
- x-ray T3.305
- X-ray T3.306
- XFELS T5.551
- XFE M1.535
- XPCS T3.306
- XPS M3.491
- yields improvement T5.681
- Zebra battery T1.513
- zeolites T3.264
- zero-emission W5.405
- zinc oxide T3.215, T5.701
- zinc phosphate W1.265
- zirconia nanoparticles W3.434
- zirconia W3.352
- ZIRCOSTAR W3.434
- Zisman's plot T5.544
- ZnO nanoparticle T5.590
- ZnO T3.215, W5.606
- ZrO2 nanoparticles W3.434
- T5.912, W5.405
- γ-Aminobutyric acid W5.317
- λ/2 channels T3.246
- С60 fullerene T5.603
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