- 3-axis accelerometer WE22.904
- 3-D fabrication WE10.602
- 3-D MEMS WE22.903
- 3-omega TH33.103
- 3-state devices WE22.805
- 3D video WE16.004
- 16-nm WE40.119
- 100nm range WE40.304
- 301 Stainless steel TU30.602
- a-Si TH34.305, WE60.126
- A280 protein absorbance WE50.206
- abrasion WE12.501, WE12.506
- absorption WE15.403
- AC-dielectrophoresis WE40.301
- academic business partnership WE70.401
- accelerated testing TH44.401
- accelerometer TH31.603, TU40.121
- accumulation mode WE13.804
- acetone WE13.303
- Achilles tendons TU40.602
- acid resistance TU12.902
- acquisition WE15.504
- across-chip variations WE25.102
- activated carbon fiber WE40.610
- activated sludge TU50.206
- activation electrode WE60.503
- active molecule imaging TU13.006
- activity WE21.305
- actnide burner WE70.201
- actuated micromirror TU40.105
- actuating devices TU40.110
- actuators WE40.317
- actuator TU40.122, TU40.203, WE40.107
- Actuator WE40.109
- acyl ascorbate TU30.207
- adaptable pane TU15.903
- ADC WE22.805
- adder TU30.907
- additives WE50.401
- addressing WE50.102
- adenovirus TH22.305
- Adenovirus TU40.505
- adhesion TH44.401, TU13.601, WE12.305, WE40.517
- adhesive force TU40.201
- adhesive wear WE21.505
- adhesive TU14.501
- adipocytes TH32.403
- adjustable pane TU15.903
- adriamycin TH43.103
- Adsorbates WE40.311
- adsorbers WE50.401
- adsorption state TU30.110
- adsorption TU50.206, TU50.208, TU50.209, WE21.104
- advanced materials/chemicals TH30.305, TH30.306, TU16.804
- advanced materials/chemical TH30.102, TH30.103, TH30.104, TH30.105, TH30.106, TH30.601, TH30.603, TH30.605, TH50.102
- advanced materials TH24.501, TH30.208, TU16.801, WE14.701, WE14.702, WE14.703, WE26.301
- aerial WE15.905
- aerogels TU30.416, TU30.510
- aerogel WE21.104
- aerosol dynamic TH22.502
- aerospace applications TU13.604
- aerospace materials TU30.503
- aerospace TU12.901
- affinity chromatography TU13.805
- aflatoxin B1 WE50.120
- AFM TH31.206, TU13.302, TU13.304, TU13.306, TU15.705, TU15.705, TU30.202, TU40.122, TU40.522, WE12.203, WE40.212, WE40.219, WE50.301
- Ag-CNT WE40.325
- Ag-doped TU30.620
- Ag-loaded TiO2 TU30.507
- Ag2Se TU30.609
- agglomeration state TU40.704
- aggregate TH43.203
- aggregation kinetics TH21.704, WE23.104
- aggregation TH22.501
- agriculture residues TU30.810
- Ag WE12.105
- AIDS dementia complex TU40.516
- air injection WE60.215
- air-brush TH31.307
- airborne nanoparticles WE40.216
- aircraft life cycle WE23.404
- Al nanoparticles TU30.615
- Al-Jazirah Al-Hamrah WE70.303
- alcohol oxidase WE50.121
- algae growth WE70.606
- algae TU16.104
- AlGaInP based laser TU30.903
- aligend nanotubes TH31.305
- aligned carbon nanotubes TU30.614, WE23.202
- alignment WE12.302, WE21.504
- alimine TU30.802
- aliovalent doping WE16.001
- alizarin red TU30.709
- alkali oxides WE60.208
- alkenes TH21.102
- alloys WE40.522
- alloy TH43.205
- AlN films TU40.110
- AlN WE40.613
- alternate source of energy TU13.105
- alternating copolymer WE21.203
- alternating magnetic field WE50.312
- alternative energy TH24.501, TH30.301, TH30.702, TH50.104, TH50.105, TH50.202, TH50.207
- Alternative Energy WE60.501
- alternative fuels TU12.802, WE14.604
- alternative plasticizer TU50.107
- alumina WE21.104, WE70.103
- aluminosilicate WE60.208
- aluminum-doped ZnO WE60.105
- aluminum TU13.405
- alveolar macrophages TU40.702
- AMBER package TH22.101
- amines TU16.404
- ammonia economy WE60.401
- ammonia WE60.506
- ammonium per oxy disulphate (APS) TU30.208
- ammonium WE50.117
- AMOLED display WE12.402
- amorphous alloy TU12.904
- amorphous metal TU12.904
- amorphous silicon TH44.104, TU40.103
- amorphous TU30.705, WE60.112
- amphiphilic block copolymers TU13.504
- amphiphilic food nanoadditive TU30.207
- amphiphilic nanotube TU13.703
- amphiphilic triblock copolymer WE12.604
- amphiphilic TH31.501, WE15.306
- amyloid fibrils TU13.906
- amylose TU30.712
- anaerobic digestion WE70.602
- analysis TH34.305, TU40.305, WE40.701
- analytical subthreshold potential model WE40.113
- analytic WE13.801
- anatase tatania WE16.002
- anealed TU30.613
- anemometer WE60.202
- annisotropic structures TH21.602
- ANN TU40.306
- anode-support WE60.505
- anode WE60.503
- anodization TU30.613, WE60.101
- antenna WE15.901
- anthrax TU14.107
- anti-cancer drug WE50.304
- anti-corrosive WE70.601
- anti-fogging TH21.104
- anti-icing coating TU13.604
- anti-reflection WE12.603
- anti-tumor efficacy TU30.812
- antibacterial woods WE70.603
- antibacterial TU13.203
- antibiotic TH43.302
- antibody (fragments) engineering WE50.128
- antibody delivery TU40.506
- antibody mimic protein TU11.703
- antibody specific nanoparticles TU13.005
- antibody TU11.501, WE15.502
- anticorrosive plastics WE70.603
- antigen WE15.502
- antimicrobial TH21.505, TH31.105, TU13.202, WE12.504
- antimony-doped tin oxide nanoparticles WE12.102
- antimony-doped tin-oxide TH21.405
- antioxidative emulsifier TU30.207
- API delivery TU15.801
- apoptosis TH32.403, TH43.301
- aptamers TU40.609, WE50.314
- aptamer TU40.501
- aqueous phase WE21.101
- aqueous stability TH21.704
- arabinogalactan TH32.205
- arbitrary geometries TU13.702, TU30.108
- arc discharge TU30.411
- architectural wind WE60.202
- architecture TU11.905
- army TH33.303
- array of cantilevers TU40.101
- arrays WE60.101
- array TU40.122, WE50.102
- arsenate TU50.208
- arsenic TU13.102, TU15.604
- arsonium WE70.603
- asymmetric double gate WE40.113
- asymmetric particles TU30.217
- asymmetrical flow field flow fractionation WE50.202
- Atherosclerosis TU15.803
- atherosclerosis WE22.407
- ATLAS-3D WE40.114, WE40.115
- atmospheric plasmas WE40.517
- atmospheric plasma TU40.113, TU40.117
- atomic force microscope TH33.102, WE13.402
- Atomic force microscopy TU15.705
- atomic force microscopy TU15.705
- Atomic force microscopy TU40.602
- atomic force microscopy WE40.207, WE40.208
- atomic methods WE10.401
- atomistic modeling TH33.402
- atomistic simulation TU30.112
- atomistic-based continuum TU13.706
- attapulgite TU30.404
- Auger Electron Spectroscopy TH31.202
- Australia WE23.904
- automated sampling WE15.406
- automated TU13.304
- automation systems for smart-grid TH30.501
- automotive application TH23.401
- automotive fuel efficiency TU12.803
- autopolymerization TH31.503
- Au WE12.105
- availability WE60.205
- aviation TU16.103
- axial fans TU15.706
- axonal transport WE13.101
- AZO WE40.205
- B-doping WE40.121
- B16F1 melanoma TU40.526
- back gate effects WE40.113
- bacterial biosensor TU13.802
- bacteria TH32.401, WE13.304
- bacteriophages TU13.805
- bacteriophage TH32.401
- bacteriorhodopsin WE15.907
- ballistic transport WE13.802
- BAM TH22.303
- band gap WE40.305
- bandwidth WE15.901
- bardenpho WE70.602
- barium zirconate WE21.102
- barrier fabrics WE10.302
- barrier TU30.705
- battery management systems TH24.302
- battery rapidly deployable systems WE15.101
- battery storage TU15.907
- battery TH24.301, TH45.102, TU15.805, WE15.102, WE15.106, WE15.107, WE60.405
- BCKD TU50.209
- beam steering WE15.504
- beam theory WE13.404
- bedside diagnostic tool TU13.003
- behavioral assays WE13.104
- benchmark tests WE22.601
- benzene hydroxylation TU50.102
- BEoL TH44.403
- beta-SiC NW TH33.103
- beverages TH30.601
- BHJ TU15.901
- bi-polar voltage activation WE23.003
- BiFeO3 WE40.423
- BiFET WE10.701
- bimodal TU30.502
- bimorph TU40.102, WE40.110
- binding affinity TH22.101
- bio nanoparticles TU30.804
- bio sensors TU14.105
- bio-catalysis TH42.404
- bio-diesel WE60.204
- Bio-FET WE40.118
- bio-impedence WE15.401
- bio-syntrolysis WE70.202
- bioapplications TU13.002
- biobutanol WE14.603
- biocellulose TU30.810
- biochemical sensor TU14.108
- biochip WE50.104, WE50.121
- Biocompatibility TU30.807
- biocompatible TH31.306
- Biocompatible WE13.103
- bioconjugation TU13.002
- biodegradable packaging TH42.402
- biodegradable TH42.405
- biodetection TU11.702
- bioelectric TU15.904
- bioenergy TU16.104, WE60.210, WE70.501
- biofouling control WE22.102
- biofuels TU15.905, TU16.102, WE14.601
- biogas to hydrogen WE14.202
- biogas WE15.108, WE60.209
- biogenic silver TU50.205
- bioimaging TU13.006, WE22.407
- biological systems WE22.701
- biological warfare agent TU30.507
- bioluminescence TH22.203
- biomarkers TH22.201
- biomass conversion TU15.905, WE14.601
- biomass wastes WE60.206
- biomass TU12.802, TU12.903, TU15.904, TU16.101, WE14.602, WE60.210, WE60.211
- biomaterials TU13.002
- biomaterial TU12.904, TU30.802
- biomatrix TU15.806
- biomedical imaging WE15.504
- biomedical TU13.002
- biomethane WE60.210
- biomimetic TU40.118
- biomolecular adsorption WE23.001
- biomolecular matrix WE50.134
- biomolecular simulations TU13.906
- biomolecule WE40.404
- bionanomolecules TU30.801
- bionanoparticles WE22.204
- biophotonic sensor TU14.505
- biopolymer TU50.108, WE12.804
- biopol TH42.405
- bioproduction TU30.810
- biosensing TU14.102
- biosensors TH32.104, TH32.302, TU11.704, TU15.603, TU30.806, WE50.114, WE50.122
- biosensor TH31.302, TH32.304, TH42.504, TU14.106, TU14.107, WE13.304, WE15.502, WE15.903, WE50.101, WE50.102, WE50.109, WE50.112, WE50.117, WE50.118
- Biotech/Medical TH30.202, TH30.204
- biotech/pharma TU16.804
- biotech TH30.201, TH30.205, TH30.206, TU16.801
- biphasic system WE15.904
- bistriazolidine derivatives TU50.109
- bladder cancer TU40.507
- bleomycin TU40.410
- block copolymers TU13.505, TU40.412
- blood brain barrier WE13.101
- blood separation WE23.002
- blood TH22.505
- bonding TU40.303, WE40.414
- bone cell assay TU40.406
- bone regeneration TU40.510
- bone tissue engineering TU40.517
- bone TU40.415
- boron hydride clusters TH21.402
- boron hydride sodalite WE14.203
- boron nitride nanotubes TU30.316
- boundary conditions TU13.702, TU30.108
- Bradyrhizobium japanicum WE40.425
- brain distribution WE13.103
- brain TU40.121
- branched structures WE40.317
- break off TH33.301
- breakup WE40.123
- breast cancer TH22.203
- bridge-like defect TU30.310
- brownfield WE60.125
- BSA WE40.603
- bubble TU13.904, WE50.311
- building TU12.902
- built environment WE70.304
- business WE70.402
- butene WE14.603
- c-AFM WE40.208
- C-doped TiO2 TU30.441
- c-Si TH34.305
- cadmium selenide TU30.426
- calcium carbonate TU30.804
- calculation TU40.202
- calibration TH31.603
- camptothecin TH43.303
- cancer diagnostics WE50.302
- cancer metastasis TU13.004
- cancer targeting TU40.501
- cancer therapy TH43.103
- Cancer therapy WE22.203
- cancer treatment TH43.303
- cancer TH22.201, TH43.301, TU13.004, TU13.803, TU40.613, WE10.501
- Cancer WE12.901
- cancer WE15.304, WE15.405, WE50.112, WE50.307, WE50.311
- cantilever excitation TU15.705
- cantilever TU15.705, TU40.114, TU40.115, TU40.122, TU40.302
- capacitance behavior TU40.304
- capacitance-voltage characteristic TU30.908
- capacitive sensors WE13.304
- capacitive sensor TU40.126
- capillaries WE40.511
- capillary force TH31.206
- carbohydrate polymers WE50.304
- carbon capture TU13.104, TU16.402
- carbon coating TH21.504
- carbon coils WE40.322
- carbon conversion TU16.402
- carbon deposition WE40.104
- carbon dioxide sequestration TU15.906
- carbon fiber WE40.201
- carbon management WE23.406
- carbon nano structure TU30.306
- carbon nano-structures WE40.318
- carbon nanoatubes TH24.303
- carbon nanofibers TU30.709
- carbon nanohorn WE40.306
- carbon nanomaterials WE21.301
- carbon nanoreactor TH21.504
- carbon nanostructures TH21.301, TU30.105
- carbon nanotube ribbon WE21.302
- carbon nanotube sensors WE13.301
- carbon nanotube sensor TH31.303
- carbon nanotube synthesis WE12.306
- carbon nanotubes transistor TH31.302
- carbon nanotubes TH21.301, TH22.505, TH33.104, TH43.304
- Carbon Nanotubes TU11.902, TU12.854
- carbon nanotubes TU13.504, TU14.606, TU16.502, TU30.308, TU30.313, TU30.803, TU40.414, TU40.615, TU40.705, WE12.301, WE12.702, WE13.104, WE13.302, WE40.302, WE40.305, WE40.307, WE40.317, WE40.319, WE40.320, WE50.113
- carbon nanotube TH21.304, TH21.403, TH31.307, TU13.506, TU30.104, TU30.203, TU30.310, TU30.512, TU30.601, TU30.622, WE12.305, WE12.703, WE40.303, WE40.321, WE50.308, WE60.408
- carbon nanowalls TU30.303
- Carbon Negative CO2 Manufacturing Company TH30.604
- carbon particles TU15.801
- carbon precursors TU12.906
- carbon sequestration TH31.504, TU13.104
- carbonization TU12.906
- carbon TH21.303, TH34.304, TU15.904, WE21.303, WE40.312
- cardiac patch TU15.806
- Cardiovascular TU15.803
- caries TU15.804
- carotenoids TH32.205
- carpets WE15.305
- carrier fluctuation WE25.101
- carrier TU40.513
- Casimir effect TU30.306
- catalysis TU30.422, WE10.403, WE40.429
- catalysts WE50.401
- catalyst TH21.505, WE12.303, WE23.201, WE40.307, WE60.208, WE60.215, WE70.103
- catalytic converters TU12.804
- catalytic dissociation WE60.212
- catalytic support TU30.432
- catch bond TU40.502
- cathlab TU15.802
- cathode material WE16.003
- cathode TU16.503, WE16.001
- cathodic electrodeposition WE60.406
- cationic TU40.513
- cavity occupancy WE14.204
- CCD WE50.121
- CCVD TU13.603
- CdSe WE60.117, WE60.117
- cell adhesion TU14.505
- cell amont TU40.703
- cell differentiation TU40.402
- cell growth WE40.420
- cell internal organization TU40.401
- cell membrane TU40.413
- cell migration TU30.702
- cell monitoring WE50.203
- cell parameters TU50.301
- cell rolling TH22.402
- cell separation WE50.204
- cell tracking TU40.607
- cells TU40.710, WE15.405
- cellular interaction TU40.405
- cellular uptake TH43.304, TU40.708, WE13.103
- cellulose TU15.905, WE14.601, WE70.501
- cell TU14.501, TU40.407, WE15.502
- centrifugal WE23.002
- ceramic reformer WE60.208
- ceramics WE40.511
- cerebral aneurism TU13.003
- cerebrovascular health TU13.003
- Cerenkov images TU14.306
- ceria TU40.417
- cerium oxide TU40.606
- CFL TU40.710
- Chalcopyrite TU13.403
- channel dimensions TU40.306
- chaperonin TH22.101
- characterization TH34.305, TU30.302, TU30.428, WE12.205, WE21.203, WE40.306, WE40.323, WE40.410, WE60.116
- charge distribution WE23.105
- charge excitation TU30.902
- charge model WE25.101
- charge transfer TU30.315, WE40.303
- charge-based WE10.704
- charge TH42.105
- Chemical Co-precipitation TU30.440
- chemical co-precipitation WE40.407, WE40.408
- chemical detection TU40.307
- chemical functionalization WE40.319
- chemical gas-sensors WE13.303
- chemical intermediates TU15.905, WE14.601
- chemical surface modification WE50.111
- chemical synthesis TU30.417
- chemical transport reaction WE40.104
- chemical vapor deposition TU30.614, WE40.322
- chemical warfare agent TU30.507
- chemicals concentration WE15.403
- chemiluminescence WE50.121
- chemometrics WE15.403
- chemoprevention TU30.712
- chemotherapy WE15.405
- chips WE50.102
- chitosan modification TU40.509
- chitosan nanoparticles TU30.430
- chitosan oligosaccharide TU30.429
- chitosan TH43.103
- chloride WE12.202
- chlorobenzene (CB) TU30.439
- chlorophyll TU30.101
- cholesterol oxidase WE50.118
- CHO TU40.410, TU40.411
- chromatic properties WE40.218
- chromatography TH30.601
- chromium dioxide TU30.102
- chromium TU13.102, TU15.604, TU50.209
- chronic implants TH23.404
- CIGS TH34.305, TU13.403, WE60.107
- cilia TU14.303
- circuit simulation WE13.803, WE25.103
- cisplatin TU11.505
- CisPlatin WE15.405
- clarification TU50.202
- clathrate hydrates WE14.204
- clean coal TU16.401, TU16.403
- clean technology TU13.102, TU15.604, WE70.302
- clean tech WE70.403
- Cleantech & Water TH50.101
- Cleantech Fuels & Power TH30.705, TH30.706
- Cleantech-Other Alternative Energy TH50.103
- cleantech WE70.401
- climate change WE23.406
- clinical diagnostics TH32.302
- clinical TH22.204
- clodronatge TU11.502
- clog-free WE15.506
- CMOS design TU40.108
- CMOS integration WE13.301
- CMOS Scaling WE10.601
- CMOS TH31.305, TH42.504, TU40.108, WE10.601, WE15.505, WE15.901, WE22.904, WE25.101
- CNFs WE13.305
- CNF TU30.213, TU30.216
- CNG WE60.504
- CNT composite TU30.621
- CNT-probe TU30.201
- CNTs TH33.104, WE13.305, WE40.313
- CNT TU11.902, TU12.854, TU12.906, TU14.606, TU30.307, WE12.201, WE40.309, WE40.325, WE50.314, WE50.403
- co-culture model TH32.402, TU40.706
- co-precipitation TU30.210
- CO2 capture TU16.404
- CO2 reduction TU16.401, TU16.403
- CO2 sequestration TH21.701
- coagulation TU50.203, WE23.101
- coal-to-liquids TU12.802
- coalescence WE21.103, WE40.123
- coal TU12.802
- coarse grain modeling TH33.402
- coarse-grained simulation TU40.502
- coatings WE40.417
- coating TH21.401, TH33.304, TU13.603, TU15.801, WE12.301, WE12.506, WE40.416
- coaxial cables TH21.302
- cobalt concentration WE40.401
- cobalt modification TU30.413
- Cobalt TH21.703
- cobalt TU30.408, WE22.405
- coding region TU40.205
- coding trimming etc.) WE15.504
- coding-exon WE50.108
- coenzyme Q10 (CoQ10) TU40.610
- coercivity WE40.401
- cold/hot weld line WE40.616
- collagen fibrils TU40.602
- collagen TU40.414
- collection WE70.604
- colloida gelation TH21.602
- colloidal dispersion TH44.302
- colloidal nanoparticles WE12.105
- colloidal stability WE12.103
- colloidal suspension TU30.204
- colloid TH21.604
- coloidal stability TH43.204
- colourants TH31.105
- comb drive TH42.503
- combustion instability WE60.506
- combustion reaction TU30.212, TU30.432, WE40.422
- communications TH24.501, TU40.203
- compact device modeling WE13.803, WE25.103
- compact disc (CD) WE23.002
- compact model TH42.501, WE10.704, WE13.805, WE22.601, WE22.604, WE22.605, WE25.104, WE25.105
- comparators WE22.805
- compartmentalization TU40.701
- compatibilizer TU13.507
- compensation TU40.202
- complexation TU40.409
- composite films WE12.503
- composite nanomaterials WE40.308
- composites TU13.501, WE22.204, WE40.213
- composite TH42.403, TU12.901, TU13.507, TU30.506, TU30.705, WE40.321
- compression WE21.502
- computational chemistry TU30.111, WE40.102
- computational TU40.613
- computer security WE15.902
- computer simulation TU30.310, WE50.132
- computer-aided drug design TH22.101
- computer-assisted drug design TU13.906
- computers TU15.701
- concentrating solar power TU15.902
- concentration TH43.203, WE60.109
- concrete replacement TU12.902
- concrete WE12.202
- condcutivity TH44.304
- Condition monitoring WE15.507
- conducting polymer TU30.710
- conductive electrodes WE12.401
- conductive fabric WE40.606
- conductive fiber TU30.512
- conductive ink TU30.312
- conductive nanoparticels WE15.303
- conductive polymer TH31.403
- conductive TU11.301
- conductivity organic molecules TH21.102
- confidentiality prevention WE15.902
- confinement effect TH31.503
- confocal microscopy WE15.501
- conformal mapping WE13.802, WE40.113
- Connectivity TH44.201
- constant voltage WE60.121
- construction TU12.902, TU12.902
- contact angle hysteresis TU40.301
- contact guidance TU40.401
- contact theory WE13.404
- continuous flow WE50.402
- continuous inkjet TH23.301
- continuous production TU30.207
- contiuum modeling TH33.402
- Controlled Films TU11.102
- controlled growth TU30.608
- controlled release TU15.801, TU40.523
- controlled-release TH43.101
- control TH43.405, TU40.203, WE50.122
- conversion efficiency WE60.111
- conversion luminescence WE60.104
- conversion TU12.903
- coolant system WE60.109
- cooling TU13.606
- coordination polymer TH31.505
- copolymer micelle WE12.603
- Copolymer TU30.807
- copolymer WE22.705
- copper catalyst WE60.502
- copper oxide WE40.421
- copper substrate WE40.419
- copper TH44.301, TU30.212, TU30.403, TU30.619, WE40.414
- coprecipitation route WE40.401
- core-shell model WE12.103
- core-shell nano particles WE40.526
- core-shell nanoparticle TU30.403
- core-shell particles WE15.306
- core-shell TH31.501, TH43.201, WE12.105, WE50.306
- coreshell nanomaterials TU30.426
- corner effect WE40.114, WE40.115
- corrosion resistance TH21.402
- corrosion WE12.202
- COS-gold nanoshell TU30.429
- cosmetics TH43.402
- cost reduction WE23.901
- Coulter counter WE50.203
- counter electrode TU13.402
- count TH43.203
- covalent bond WE21.305
- Coverage TU40.713
- CPV TH34.304
- craniopharyngiomas TU40.523
- Craniopharyngioma TU40.518
- craniospinal TU13.003
- critical current WE13.505
- cross-referencing WE23.003
- cross-section WE40.106
- CRT-D WE15.401
- crude oil dispersions TU13.701
- crumples WE22.901
- cryocooler WE15.402
- cryogel TU13.805
- cryogenic particle beam TU30.401
- crystal structure TU30.433
- crystal-like growth TU30.621
- crystalline domains TU30.705
- CST MWS TU30.312
- CT WE40.426
- Cu nanoparticles WE21.101
- Cu-64 nanoparticle WE22.407
- Cu@C nanoparticles TU30.414
- cubic magnetic anisotropy WE40.219
- Curie Temperature TU30.440
- current ratio TU30.901
- current TU30.411
- curved bimorph WE40.110
- curved microactuator WE40.110
- cutting WE40.617
- Cu WE70.103
- CVD WE21.301, WE40.214
- cyber-criminality WE15.902
- cyclic voltammetry TU30.604
- cycloaddition TU50.109
- cylinder pressure WE60.214, WE60.216
- cystemine WE50.118
- cytosolic delivery TH32.202
- cytosol TH22.103
- cytotoxicity TU40.702, TU40.704, TU40.707, TU40.708, TU40.714
- damage TU40.710
- data storage WE40.403
- Ddvice modeling WE22.603
- deep UV LIGA TH31.403
- defect analysis TH44.405
- defect structure TH42.101
- defect tolerance WE13.504
- defects TH21.703
- Defects WE40.311
- defense WE14.702
- deferasirox TU30.406
- degradation mechanism WE70.501
- degradation TH44.401, WE70.501
- dehydrochlorination WE21.104
- delamination WE12.305
- delaunay functional groups protein functionalized nano-particles statistical TU40.525
- delivery system TU30.442, TU40.514
- delivery TH43.304, TU40.403, WE15.405
- demand side management TU16.704
- demolding force TH44.103
- dendrimers WE40.102
- dendrimer WE22.402
- dendron TH43.304
- dense WE60.112
- density functional theory TU30.103, WE12.703, WE23.205
- density matrix TU30.114
- deposition TH31.401, WE40.507, WE40.523
- Deposition WE40.608
- Derjaguin-Muller-Toporov WE13.404
- desalination TU13.101, TU15.602, WE23.904
- desolvation WE40.603
- destructive adsorption TU30.416
- desulfurization WE70.102
- detection TH22.401, TU15.804, WE40.117, WE40.216
- Deuteron beam WE70.203
- DEVEDIT-3D WE40.114, WE40.115
- device physics WE40.118
- devices TH33.302, TU11.905, TU40.115
- dewetting TU30.601
- DFT TH21.703, TU30.711, TU40.413, WE21.303, WE40.311
- DG MOSFET WE13.804
- diabetes WE13.303
- diagnosis WE15.502, WE22.203
- diagnostics TH22.201, TH32.305, TH43.205, TU13.004, TU13.903, WE50.114
- diamond-like carbon TH21.403
- diamond TU11.704, WE22.803
- diaphorase WE50.123
- diaphragm TU40.102
- diblock surfactant TH21.601
- dielectric breakdown TH44.404
- dielectrophoresis TH22.401, WE40.302, WE40.310, WE50.203
- diepersion TU30.435
- diesel engine WE60.214
- diesel TU16.103, WE60.212
- Diesel WE60.504
- diethylene glycol WE40.428
- differential mobility analysis WE40.215
- differential scanning calorimetry WE60.213
- differentiation TU14.504
- diffuse reflectance WE15.403
- diffusion coefficient TU50.204
- diffusion TU30.217
- digital circuit WE40.119
- digital investigation WE15.902
- digital microfluidic WE23.001, WE23.003
- diluted magnetic oxide semiconductor nanoparticles TU30.511
- diluted magnetic semiconductors TU30.616
- Dimatix 2800 TH44.304
- Dip Pen Lithography WE13.401
- dip-pen nanolithography TU14.502, TU14.503, TU14.504, TU14.505, WE13.402, WE13.403
- direct ammonia fuel cell WE60.401
- direct hydroextrusion TU30.619
- Direct Methanol Fuel Cells WE15.105
- direct write WE22.704, WE40.609
- discharge current TU40.117
- discrete transfer functions TU40.205
- disinfection TU50.205
- disk-coil TU30.101
- dispensing TU40.305
- dispersal method TU40.703
- dispersionless WE25.104
- dispersions of nanoparticles TH42.104
- dispersion TU13.501
- distance-dependent mismatch WE25.102
- distributed TU50.305
- Distributed WE15.104
- DLS WE21.203
- DMA TU30.216
- DMFC TU50.302
- DNA analysis TU14.102
- DNA complexes TH22.304
- DNA damage TH22.503
- DNA extraction TH22.403
- DNA hybridization WE13.304
- DNA preparation WE50.124
- DNA sequence detection TH22.102
- DNA translocations WE50.106
- DNA/nanoparticle conjugates TH22.102
- DNA TH32.305
- dna TU13.001
- DNA TU14.103, WE15.502
- DOD TU40.308
- dopant WE12.205
- doped ferrites TU30.424
- doped metal oxide nanowires WE12.402
- doped TU30.407
- doping WE40.504
- double gate WE10.704
- double-gate (DG) WE22.601
- Double-gate WE13.805
- doxorubicin crystals TU30.202
- doxorubicin TH43.301, TU40.503, WE50.308
- DPN TU13.905
- DPPC TU40.413
- drain current fluctuations TU30.612
- dried milkfish TU40.709
- DRIE TU40.124
- drilling fluids WE70.101
- drilling mud TU30.404
- drilling problems WE70.101
- drilling WE15.504
- drinking water TU50.202, TU50.205
- drop formation TH23.301, TH23.302
- drop impact TH23.302
- Drop-on-demand TU40.308
- droplet collision WE40.123
- droplet TH23.304
- drops in flight WE40.701
- drops-in-flight TU40.305
- drug delivery devices WE40.506
- drug delivery TH32.204, TH32.205, TH43.302, TH43.303, TU13.002, TU30.603
- Drug delivery TU30.807
- drug delivery TU30.809, TU30.813, TU40.518, TU40.519, WE13.102, WE50.308
- drug loading TH43.302
- drug nanoparticles TU40.511
- drugs design WE15.906
- drugs TU40.524
- drug WE15.405
- dry adhesive WE22.702
- dry borohydride WE70.502
- DSP applications TU40.205
- DSSC TH31.304, TU30.610, WE40.501, WE40.520
- DTSC TU40.712
- dual energy WE40.427
- DualBeam TH23.101
- Duchenne muscular dystrophy WE22.408
- DuPont focus areas TH34.302
- durability TH42.106
- duration of combustion WE60.216
- dye solar cell TU13.401
- dye-adsorption TU30.509
- dye-sensitized solar cell WE60.104, WE60.109
- dye-sensitized TU13.402
- dye TU30.109
- dynamic AFM TU13.305
- dynamic beahviours TH22.103
- dynamic culture device TU40.707
- e-beam lithography TU30.305
- E. coli inactivation TH31.502
- e. coli TU11.704
- E. coli TU40.703
- early warning TU15.603
- easily soluble expanded graphite TU30.506
- easy cleaning WE40.519
- EA TU30.441
- ECIS TU40.708
- ECL WE50.113
- eco-friendly TU50.107
- ecologic design WE23.404
- economic development WE70.401, WE70.403
- EDLC TH21.303
- efficiency TH43.402, TU15.901, WE40.101, WE60.110, WE60.124, WE60.211
- efficient windows TU15.903
- efficient TU15.602, WE40.111
- EFM WE12.201
- eggshell TU40.415
- EGR WE60.214, WE60.215
- EHD TU40.308
- Elastic modulus TU30.605
- elastica TU30.203, WE12.305
- electric conductivity TH21.405, WE12.102
- electric field WE22.204, WE60.108
- electric vehicles WE16.001
- electric-arc plasma instalation TU30.301
- electrical characteristics WE40.119
- electrical conductivity TH23.304
- electrical detection WE13.304
- electrical parameters WE60.111
- electrical properties TH21.102
- electrical TU30.613
- electricity storage applications TU50.301
- electricity WE14.302
- electro-osmotic flow TU11.805
- Electrocatalytic studies WE60.406
- electrochemical ammonia production WE60.401
- electrochemical impedance WE60.117
- electrochemical impedence WE50.118
- electrochemical polymerization TU30.711
- electrochemical properties WE23.202
- electrochemical sensor WE50.113
- electrochromic properties WE40.509
- electrodeposition method WE60.117
- Electrodeposition TU13.404
- electrodeposition TU30.604, WE60.112
- electrodes WE60.404
- electrode WE50.113, WE50.117
- electrodynamics TU30.306
- electrolyte TH21.704
- electromagnetic field WE50.303
- electromagnetic shielding TU30.708
- electromagnetic transistor TU40.615
- electromagnetic TU40.109
- electromechanical TU13.003
- electron beam lithography TH44.304
- electron beam processing WE40.511
- electron beam resist TH44.105
- electron bombardment WE15.505
- electron density calculation WE12.703
- Electron microscopy TU30.503
- electron microscopy WE40.419
- electron temperature TU40.117
- electron tomography WE40.202
- electronic density of states WE40.305
- Electronic devices WE21.301
- electronic structures WE12.701
- electronic structure TU30.114, TU30.616
- electronics/semiconductors TH24.503, TH24.504, WE14.703, WE26.302
- electronics TH33.405, TU13.001, TU15.701, WE14.701, WE14.702, WE26.301, WE40.414
- electronic TH21.501
- electropermeabilization TU40.612
- electrophysiology TH22.401
- electroplating wastewater TU30.414
- electroplating TU30.621
- electropolymerization TU30.709
- electroporation TH22.202, TU40.407, TU40.410, TU40.411, TU40.611
- electrospinning TU15.907, TU30.618, TU30.702, TU30.706, TU40.416, WE21.402, WE40.516, WE40.606
- electrostatic actuation TU40.114
- electrostatic induced inkjet printing system TH23.304
- electrostatic precipitator TH31.404, WE70.601
- electrostatics modeling TH31.604
- electrostatics WE22.901
- electrostatic TU40.308
- electrovariable lenses TH21.605
- electrowetting WE23.001
- ELISA WE50.103
- emergency TU15.802
- emerging device technology WE22.804
- emission reuction WE23.404
- emissions TU12.801, WE60.215
- emission WE12.505
- Emission WE40.309
- emulsion templating TU40.412
- encapsulation reliability TH23.404
- encapsulation TH21.601, TU15.801
- endocytosis TH32.202, TH32.403, TU40.522, WE50.309
- endosomal release TU40.508
- endothelium TU40.614
- energy absorber WE15.303
- Energy commercialization TU12.851
- Energy conservation WE70.301
- energy content TU40.414
- energy efficiency TH30.701
- Energy Efficiency TH30.704
- energy efficiency WE14.302
- energy efficient comfort WE70.304
- energy efficient windows TU16.701
- energy level statistics WE13.503
- energy of transition state TU50.204
- energy recovery WE50.401
- Energy Saving WE16.007
- energy saving WE70.303
- energy security TH21.701
- energy storage tanks WE60.410
- energy storage TH24.305, TH30.301
- Energy Storage TH30.303, TH30.304
- energy storage WE15.102, WE15.107, WE60.411
- energy synergy WE70.202
- energy TU15.602, TU16.801, TU30.613, WE12.506, WE14.702
- Energy WE15.104
- energy WE16.005, WE23.903, WE26.301, WE60.101
- engine TU15.902
- enhanced bioavailability TU40.511
- enhanced oil recovery TH21.701
- eNOS TU40.614
- enrichment TU50.106
- enterprises WE23.406
- entrapment efficiency (E.E.) TU40.610
- entropy WE60.216
- environmental footprint WE23.903
- Environmental friendly building WE70.301
- environmental monitoring WE50.114
- environmental perspective WE70.303
- environmental stress cracking TU30.209
- environment TH32.401, TH43.401
- enzyme TH42.404, WE50.118, WE50.123
- epirubicin drug TU40.507
- epitaxial softening WE40.206
- epoxy TU13.505
- equal channel angular hydroextrusion TU30.619
- equipment WE15.906
- equivalent circuit WE40.107
- erbium TH21.103
- Erbium TU30.206
- eryhtrocytes TU40.410
- erythrocytes TU40.611
- erythrocyte TU40.411
- ESP WE70.604
- ESR TH32.205
- etching gasses TU30.304
- etching WE12.403
- Ethane WE60.501
- ethanol fuel cell WE60.406
- ethylene glycol WE40.428
- Ethylene WE60.501
- etoposide TH32.203
- Eu-doped phosphor TU30.913
- EUCEMAN TH33.404
- Euler Bernoullis Equation TU40.114
- europium WE60.104
- Eu TU30.914
- evaporation condensation WE40.610
- evaporation front TU11.803
- EXAFS TU30.410, TU30.414, WE40.501, WE40.520, WE70.102
- excipients TU40.524
- excitation TU15.705
- excited states WE12.702
- exciton bounding WE12.702
- excitons WE13.503
- experimental sets WE60.124
- experimental TU11.803
- explosive WE15.304
- exposure TH43.405
- expression TU40.509
- extracorporeal shockwave therapy TU40.602
- extreme conditions WE40.425
- extreme ultraviolet (EUV) lithography TU30.107
- extrusion WE21.504
- f-MWNT WE13.103
- fabrication facilities TH44.102
- fabrication WE10.602, WE22.703, WE40.605
- factorial DoE TU40.306
- fan propeller TU15.706
- fast iginition WE70.203
- fast tool servo WE40.617
- fault-tolerance TU30.905
- fault-tolerant TU30.906, WE15.103
- FBAR WE40.613
- FBMS TH44.101
- Fe-Co nanoparticle WE40.401
- Fe/InGaAs/InP(100) WE40.219
- Fe3O4/ZnO WE50.306
- features on grains TU30.113
- FEA TU40.124
- fed-batch emulsion copolymerization WE40.526
- feedstocks TU16.102
- femtosecond laser TH44.104
- FEM TH42.504
- FePt TU30.418
- ferrite foamte foam TH31.102
- ferrite nanoparticle TU30.440
- ferrites WE40.412
- ferrite TU30.210
- ferritin TU40.403
- ferroclectric properties WE21.202
- ferroelectric material TU40.119
- ferrofluids TU11.804
- ferrofluid TU40.613
- ferromagnetic WE21.401
- FESEM TU30.441
- FETs WE40.117
- FET WE13.501
- few layer graphene TU30.302
- fibers TH21.104, TH43.101, TU30.508, TU30.618
- fiber TU30.702
- fiborblasts TH22.401
- FIB TH23.101, TH23.102
- field directed assembly WE21.404
- field effect transistor WE40.116, WE40.120
- field emission TU30.622, WE22.901
- Field emission WE40.313
- field-effect transistors TH31.305, TU40.205
- field-flow fractionation TH22.405
- figure of merit TH33.103
- films TU30.705, WE40.607
- film WE12.301, WE40.518
- filters WE50.401
- filtration WE40.516
- FinFET WE13.802
- finite difference time domain TU40.613
- finite element analysis TU30.622, TU40.313
- finite element modeling TH33.402
- finite element TH31.602
- fire performances WE10.302
- fireproof TU12.902
- fire WE12.505
- first principle WE12.703
- first-principle simulation WE40.206
- Fischer-Tropsch TH21.703
- fish aquarium WE70.606
- fish skin gelatin TU30.707
- fisheries TU50.207, WE70.605, WE70.606
- FITC-BSA TU40.517
- fixed beam moving stage TH44.101
- fixed bed TU50.209
- flagella WE12.801
- flame synthesis TH21.104
- flat tubular SOFC WE60.505
- flatband voltage shift TU30.908
- fleet WE14.604
- flexible devices WE12.306
- flexible electronics TU30.710
- flexible photodetector WE15.907
- flexible WE15.103
- flexure WE21.502
- flight WE15.905
- floating body effect WE10.702, WE10.703
- flocculation TU50.202
- flow separation WE50.205
- flow TU40.108
- fluid shear WE23.104
- fluid-structure interaction WE40.108
- fluidized nano-scale iron particles TU30.439
- fluorescence detection WE50.202
- fluorescence TH31.204, TU30.438, WE15.501, WE50.133
- fluorescent WE50.402
- flurescence TU13.006
- FMR WE40.219
- foam WE10.302
- focused ion beam TH23.102
- focusing micro-mirror WE15.501
- food production WE15.906
- food TH43.402
- force sensing TU40.502
- force sensor TU40.123
- force-induced activation TH22.104
- forward osmosis TU13.101
- fractional factorial design WE40.124
- fracture resistance WE22.105
- fracture toughness WE21.502
- fracture WE12.304
- free diffusion TU30.204
- free radicals TU40.417
- free viewpoint WE16.004
- frequency spectrum WE13.402
- frequency-interleaved TU40.101
- fresnel lens WE60.109
- FRET WE50.129
- front tracking method WE40.123
- FTIR TU14.405, WE40.210
- fuel additives WE15.304
- fuel cell eletrodes WE15.108
- fuel cell industry WE15.105
- fuel cells TU50.305
- Fuel Cells WE15.104
- fuel cells WE16.006, WE23.201, WE23.203, WE60.208
- fuel cell TH24.304, TU15.904, WE10.403, WE23.202, WE60.408, WE70.502
- fueling station WE14.202
- fuels TU16.103, WE40.422
- full performance WE14.603
- full--band model TH31.601
- fullerenes WE15.304
- fullerene TU40.703, WE60.118
- functional fibers TH21.503
- functional groups WE40.511
- functional layer WE60.503
- functional stability TH23.404
- functionalization TH21.102, TU13.506, WE40.121, WE40.411
- functionalized ligand systems in aquaeous media WE50.128
- fusion driver WE70.201
- fusion protein WE50.120
- fusion-fission Hydrid WE70.201
- GAA MOSFET WE22.602
- gadolinium WE22.402
- gallium nitride WE40.605
- gamma radiation WE60.111
- Gamma rays TU30.902
- gamma TU30.903
- GaN TU30.412, WE40.112
- GaP/PGMA polymer nanocomposite TH31.402
- GaP WE40.402
- gas chromatography WE60.213
- gas phase cycling WE40.322
- gas phase TH31.103
- gas sensors WE13.301
- gas sensor TH31.307, TU30.307, WE13.302
- gas-liquid absorption TU16.404
- gas-phase TU13.201
- gaseous species WE15.904
- gases TU12.903
- Gate Induced Drain Leakage WE10.702
- gate lag WE40.112
- gate leakage WE10.703
- gate underlap WE40.113
- gate-all-around (GAA) MOSFET WE22.603
- gate-all-around (GAA) WE22.601
- GDH WE50.117
- Ge nanocrystals TU30.908
- gecko tape WE22.702
- gelation TU30.805
- gel WE12.301
- gemology (production of diamonds) WE15.906
- gene cloning TU40.312
- gene delivery TH22.305, TH32.202, TU40.505, TU40.512
- gene expression analysis WE50.204
- gene expression TH32.305, TU40.312, TU40.512, TU40.608
- gene knockdown TU40.515
- gene therapy TU13.002, WE13.101
- genotoxicity TH22.503
- geophysical control WE15.906
- geopolymer TU12.902
- geospatial WE14.604
- geothermal TU15.906
- germanium TU30.407
- GeRPs TU40.508
- GFP gene TU40.509
- GHG emission WE60.203
- GHG WE23.406
- glass blowing WE22.903
- glasses TU40.307
- glassy metal TU12.904
- glass TU14.304, WE40.614
- glia activation WE13.103
- glicerol TU30.617
- glioblastoma TH22.204
- glioma C6 TU40.411
- global cooling TH24.401
- global TU15.602
- glucosamine TU30.703
- glutathione TU40.417
- glycerol monostearate TU30.617
- glycyrrhizic acid TH32.205
- GMR sensor TH32.301
- gold nanoparticales TU40.515
- gold nanoparticles TH22.302, TH22.503, TH32.403, TU30.429, TU30.431, TU40.403, TU40.503, WE40.426, WE40.427, WE40.601, WE50.130, WE50.131, WE50.133, WE50.310
- gold nanoparticle TH22.202, TU13.904, TU40.405, WE50.119, WE50.311
- gold nanorods TU11.504
- gold nanoslit TU30.601
- gold particles TU40.522
- gold TH43.205, TH43.301, TU13.902, TU30.437, WE15.502, WE21.103
- government WE23.406
- grain distribution WE40.207
- grain shape TU30.113
- grain size TU30.113
- graphane TU30.309
- graphene doping TU30.103
- graphene TH21.301, TH31.203, TH33.102, TU30.307, TU30.309, TU30.310, TU30.506, WE13.505, WE15.503
- Graphene WE21.301
- graphene WE21.303, WE21.304, WE40.311, WE40.312, WE40.315, WE40.323
- gratings WE40.105
- grating TU40.105
- gravitational field-flow fractionation WE50.204
- green buildings TU13.104, TU15.903
- green building WE70.303
- green chemistry TH31.504
- green feedstocks TH31.504
- green house TU13.104
- green hydrogen WE14.202
- green lubricants TU14.301
- green oxidant TH31.505, TU50.102
- green synthesis TH31.502, TU30.437, WE12.105
- green technology TU13.102, TU15.604
- greenhouse gas emissions WE15.105, WE23.406
- greenhouse gas WE60.501
- greentech TU15.701
- green TH42.405, WE16.005, WE70.402
- grid integration WE15.102
- grid-connected PV inverters WE60.121
- grid-connected system WE60.126
- grid WE14.301
- growth of protein crystals WE15.906
- growth WE40.601
- GRP TU30.216
- GST) TU12.905
- gyroscopes TH33.205
- H2 generation TH31.102, TU30.424
- hafnium oxide TU40.107
- halloysite WE21.503, WE22.102
- hard disk manufacture WE40.410
- hardness WE40.213
- hazard TH43.403
- HCAEC TU40.522
- health care TH33.202
- health risk assessment TU40.707
- health TH43.401
- heart attack TU15.802
- heart failure WE15.401
- heart TU40.614
- heat pipe TU13.606
- Heat recovery TH30.703, WE23.703
- heat released WE60.216
- heat shock inhibitors TU11.504
- heavy metal removal TU13.102, TU15.604
- helium ion microscopy TH31.203
- hemorrhage TU13.003
- HEMT WE22.803, WE40.112
- herbal crop WE40.525
- hermetic seal WE13.604
- heroin TH31.302
- heterogeneous photo - Fenton WE23.106
- heterojunction TU15.901
- HEV WE16.003
- hexaferrites TU30.215
- HFCVD TU30.304
- hidroxyapatite TU30.802
- hierarchical structures WE40.514
- hierarchically ordered pores TH42.404
- high aspect ratio TH44.105
- high density TH31.305
- high energy density WE70.502
- high frequency TH21.302, WE15.901
- high gravimetric capacity batteries WE16.003
- high H2 response TU30.402
- high impact polystyrene (HIPS) TU30.706
- high k dielectric TU40.107
- high mobility TH21.304
- high na WE15.501
- high performance computers TU15.701
- high precision etching TU40.304
- high radio frequency heating WE12.306
- high resolution AFM imaging TU30.201
- high sensitivity WE15.903
- high strain rate test TU30.213
- high temperature PEMFC TH42.106
- high temperature steam electrolysis WE14.602
- high temperature WE23.204
- high throughput WE15.106, WE60.405
- high viscosity TH33.301
- high-altitude wind energy WE60.201
- high-k DRAM (BST) TU12.905
- high-K stack TH31.601
- high-throughput modeling WE10.403
- higher order structures WE22.204
- histamine-forming bacteria TU40.709
- histamine TU40.709
- histone acetyltransferase WE50.129
- historical cities WE70.303
- history WE10.703
- HKMG WE10.703
- HMBPs WE22.203
- hole injection TU30.311
- hollow needles TU40.304
- hollow particles WE40.524
- hollow-fiber flow field-flow fractionation WE50.201
- host-guest TU40.409
- hot melt ink WE40.703
- hot water storage WE60.403
- hotoelectrochemical study WE60.117
- HPLC TU50.104
- HPQ TU13.804
- HRTEM WE40.313
- HRXRD TH23.403, TH44.405
- HTGR WE70.202
- human dermal fibroblast TH32.403
- hyaluronic acid TU40.510
- hybrid materials TU30.803, TU30.806
- hybrid nanocomposites TU30.510
- hybrid ocean thermal energy powered deep ocean aquaculture platforms TH50.201
- hybrid power WE15.101
- hybrid PV-wind energy system WE60.122
- hybrid solar TH50.207
- hybrid solutions TU40.303
- hybrid stationary phases TU50.104
- hybrid structures WE50.134
- hybrid supercapacitor TU16.503
- hybrid system WE60.409
- hybridization WE50.132
- hybrid WE15.905, WE60.102
- hydrocarbon fuels TU13.105
- hydrocarbon fuel WE60.213
- hydrodynamics TU30.217
- hydrogels TU30.805
- hydrogel TH32.103, TU40.510, TU40.519, WE23.103
- hydrogen combustion WE60.506
- hydrogen fueling WE14.202
- hydrogen generation WE14.202
- Hydrogen per oxide TU30.208
- hydrogen peroxide biosensor WE50.105, WE50.107
- hydrogen plasma treatment TH34.306
- hydrogen production WE60.502
- hydrogen storage WE14.203, WE14.204
- hydrogen sulfide WE50.119
- hydrogen TU50.305, WE14.201, WE14.202
- Hydrogen WE15.104
- hydrogen WE21.304, WE60.204
- Hydrogen WE60.501
- hydrogen WE60.504
- hydrokinetic TH50.202
- Hydrolysis TU50.303
- hydrophilic TU13.605, WE40.518
- hydrophobic interaction TH31.206
- hydrophobic TU30.201
- hydrothermal growth TU30.420
- hydrothermal method TH21.103
- hydrothermal WE12.104, WE21.102
- hydroxylation of phenol TH31.505
- hygroscopic swelling TH44.402
- Hyper Rayleigh Scattering TU30.434
- hyperspectral imaging TU15.804
- hypertension TU13.003
- hyperthermia TU40.613, WE40.212, WE50.312
- IC/MEMS integration TH33.203
- ICD WE15.401
- ICF WE70.203
- ICP-OES WE12.503
- IDC TH44.304
- idempotency TU30.114
- IEA-PVPS WE60.126
- image projection WE15.504
- imaging control TU13.304
- imaging TU11.402, TU11.503, TU13.002, TU13.304, TU13.903, TU15.705, WE13.102, WE22.403, WE22.405, WE40.426, WE50.125
- imatinib TU40.523
- immobilization TU30.811, WE22.202
- immobilized lipase TU30.207
- immune disease WE12.901
- immunoassay WE50.109
- Immunodetection WE50.101
- immunoliposome TU11.501
- impedance TH21.102, TH44.304
- implantable devices WE13.604
- improvement WE60.110
- in situ WE12.204
- in vitro release TU40.526
- in vivo imaging WE50.128
- In vivo test TU30.807
- in-ear TU40.121
- in-situ quick XAFS WE21.101
- in-situ synthesis TH31.405
- in-situ testing TH23.403
- in-situ TU30.214, TU30.434, WE21.204
- inactivation TU50.103
- inclusion complexes TU30.712
- increase solubility TU40.511
- incubation time WE50.132
- independent double gate WE40.113
- indigo TU30.109
- indium tin oxide TU30.501
- indium TH22.202
- indoor areas TU40.206
- industrial emulsions TU13.701
- industrial hygiene TH43.401
- industrial waste treatment TU13.102, TU15.604
- inertial motion tracking TH33.204
- inertial sensors TH33.205, TH44.203
- infection TH32.401
- inflammation TU13.004
- inflammatory response TU40.414
- influenza TH32.303
- information call-in TU40.712
- information disclosure TH43.402
- infrared spectroscopy TU13.306
- infrared WE15.904, WE40.105
- infrastructure WE70.403
- inhalation TU40.705
- inhibition mechanism WE40.521
- inhibition WE50.121
- Ink Jet Printing TH44.304
- ink jet WE40.703
- inkjet printer TU16.502
- Inkjet printing TH44.302
- inkjet printing TU11.302
- inkjet TH23.303, TH33.302, TH33.303, TH33.304, TH44.301, TU11.301, TU13.405, TU40.308, WE13.501, WE15.506, WE40.428, WE40.701
- inks TU11.301
- ink TU13.405, WE40.701
- InN nanodots WE40.203
- Inno.CNT TU14.606
- innovation alliance TU14.606
- innovation WE70.401
- inorganic TU15.901
- insitu force measurement TH33.403
- inspection WE40.701
- insulation resistance WE40.508
- insulators TU30.510
- insulin TU40.519
- Insurance TU40.713
- integration TU13.507
- interconnects TH23.401
- Interconnect WE25.104
- interdigital micromixer TU30.431
- interface delamination TH33.401
- interface TU13.706
- interfacial imprinting WE22.205
- interfacial layer TH31.601
- interfacial reliability TH33.402
- interferences TU40.615
- interferometric detection TU14.106
- interferometry TU16.404
- intermediate WE21.101
- internalization TU40.701
- intracellular delivery TU40.506, WE13.101
- intracellular detection WE50.126
- intracellular flow TU13.901
- intracellular trafficking TH22.304
- intracranial delivery TU40.516
- Intradermal injections WE15.404
- intrinsic Debye length WE10.701
- intrinsic parameter fluctuation WE22.804
- inverter TU40.114
- investigation TH34.305
- Investigation TU30.701
- iodine pentoxide TU30.615
- ion channel TU14.107
- ion exchange capacity (IEC) TU30.706
- ion exchange TU30.504
- ion milling WE40.613
- ion mobility TH43.204, WE70.604
- ion rejection WE23.105
- ion-selective electrode WE50.115
- ion-sensitivity TU40.604
- Ionic conductivity WE60.407
- ionic current TU40.204
- ionic liquids TH42.104, WE40.103
- ionic liquid TU30.410
- ionomers WE40.424
- ions WE50.106
- IR sensor TU40.103
- iridium complexes TU14.404
- iron chelator TU30.406
- iron oxide (Fe2O3) nanoparticles WE50.118
- iron oxide nanoparticles WE22.203, WE50.131
- iron oxide TH32.103, TU30.421
- iron-oxide WE21.402
- irrigation TU15.601
- ischemia TU15.802, TU40.614
- ischemic stroke TU15.802
- ISFET TU40.125
- isoelectric pH TU50.203
- IT authentication systems using nano material tags and readers TH30.207
- ITO TU30.607, WE60.105
- jatropha TU16.102
- jet break up TH23.303
- jet fuel WE14.603
- jet stability TH23.303
- jetting TH33.301
- jobs TU16.403
- jojoba WE60.214
- Josephson junction WE13.505
- JP-5 WE14.603
- jute TH42.405
- Jute TU50.108
- K-Ras WE50.305
- Kalina cycle WE60.211
- keratinocytes TH32.403
- knock-down TU40.506
- krylov based TH31.602
- lab on a chip TU14.304
- lab-on-a-chip (LOC) TU15.702
- lab-on-a-chip TH31.403, TH32.302, TH32.303
- Lab-on-a-chip WE22.701
- lab-on-a-chip WE50.115
- lab-on-chip WE40.615
- label-free detection TU14.103
- label-free TH22.402, WE50.109
- labeling TH43.402, WE50.402
- LabVIEW WE60.122
- Lambert function WE22.604
- LaMer diagram TU30.409
- landfill WE60.125
- land WE60.125
- Langmuir-Blodgett technique TU30.201
- lanthanide TU30.911
- lap on a chip WE50.124
- large heating system WE60.403
- laser ablation TH21.702, TU30.107
- laser materials processing (marking WE15.504
- laser printing WE15.504
- laser-produced plasmas TU30.107
- laser TU13.904, WE12.303, WE50.311
- lateral TU30.606
- layer by layer WE12.604
- layer-by-layer self-assembly TU50.302
- layer-by-layer WE10.302
- layered composite TH44.404
- layered silicate TU50.302
- Lead Ion Sensor WE40.601
- lead-acid TH45.102
- lead WE60.106
- LED Driver WE16.007
- LED WE16.005, WE22.801, WE23.102
- level WE50.122
- levitation TH42.503
- Lewis acid and basic sites WE40.308
- Li/Al doping TU30.914
- Li4Ti5O12 TU50.301
- library WE40.111
- life cycle approaches TH43.404
- life cycle assessment WE60.504
- life cycle costing WE60.504, WE60.504
- life cycle WE12.502
- life technologies TH32.101
- lifecycle analysis WE23.903
- lifetime simulation TH23.401
- LIFT process TH32.105
- light absorbance TU30.433
- light emissive device structures WE40.402
- light emissive devices TH31.402
- light emitting diode WE40.206
- light scattering TH31.204
- light shelf TU15.903
- light-emitting diode WE23.102
- lighting WE14.302, WE16.005
- lightweightconcrete WE70.302
- light WE16.005
- lipid bilayer TU13.703
- lipid matrix WE12.802
- lipid TU14.505
- liposomes TH22.305, TU40.505, TU40.522, TU40.526, WE50.307, WE50.314
- liposome TH32.204, TU15.801, TU30.202, TU40.521
- liquid chromatography/tandem mass spectrometry TH22.503
- liquid crystalline phases TU30.425
- liquid crystalline phase TU30.442
- liquid crystalline polymer TU13.506
- liquid film valve WE15.506
- liquid helium WE15.402
- liquid needlefree injection WE15.404
- liquid phase deposition WE40.518
- liquid repellant TU13.605
- liquid species WE15.904
- liquid submersion cooling TU15.701
- liquid TU40.304
- lithium battery WE16.002
- lithium ion battery WE16.001
- lithium ion WE15.107
- lithium iron phosphate WE16.001
- Lithium-ion Battery TU15.907
- Lithium-ion battery WE16.003
- lithium-ion TH45.102
- lithium TU30.309, WE15.106, WE60.405
- lithiumsulphur batteries WE16.003
- lithography TH44.101, TH44.105, TU13.001, TU30.613, WE40.607
- live cell imaging TU40.607
- LNA TH22.301
- lng shelf life WE70.502
- load management TU16.704
- local electrostatic field TU30.622
- local phenomenon WE40.122
- localized corrosion WE40.521
- localized surface plasmon resonance WE50.127
- logistic regression WE50.302
- long- channel characteristics WE10.701
- long-term performance WE21.501
- losses WE40.522
- low cost WE15.903, WE60.501
- low frequency noise WE25.101
- low frequency TU15.802
- low light level WE15.505
- low-voltage electron source TU15.704
- lubricants WE15.303
- lubricious WE40.506
- luminescent mechanism WE40.413
- luminescent quantum dots TU30.430
- luminous efficacy TU30.910
- lungs TU40.705
- luxury fashion apparel WE15.305
- lymph node TU13.004, TU13.903
- lymphangiogenesis TU13.004
- LyP-1 peptide TU11.502
- M13 TU13.804
- macromolecules WE40.418
- macrophage TH32.103
- Macrophage TU40.521
- Magnetic bead TH22.403
- magnetic bio-separation TH32.102
- magnetic fields TU14.303
- magnetic field TU40.311, WE40.420, WE40.523
- magnetic immunoassays WE50.116
- magnetic isotopes TU40.601
- magnetic materials TU30.417, WE21.401
- magnetic microbeads WE50.123
- Magnetic mixer TH22.403
- magnetic molecules WE21.403
- magnetic nano particles TU40.609
- magnetic nano-particle WE50.312
- magnetic nanocrystals WE21.404
- magnetic nanoparticles TH21.602, TU40.507, TU40.613, TU40.711, WE40.429, WE40.523
- magnetic particles TH22.204
- magnetic polymer TH31.403
- magnetic properties TH31.405, TU30.417, WE21.202
- magnetic resonance TU13.903, WE22.402
- magnetic tagging TH32.302
- magnetic TH32.301, TU30.509, WE40.117, WE40.416, WE50.306, WE50.308, WE50.402
- magnetism TH42.105, TU30.210, WE21.303, WE40.209, WE40.214
- magnetite nanoparticles TU40.702, WE40.425
- magnetite WE40.407, WE40.408
- magneto-liposome TH32.204
- Magnetoelectric composite materials WE15.507
- Magnetoelectric smart sensors WE15.507
- magnetoelectric TU40.115
- magnetosomes WE50.116
- magnified displacement WE40.611
- Magntism TU13.204
- Mannose receptor TU40.521
- manufacturable TH32.303
- manufacturing WE23.903, WE40.106
- marangoni instability TH23.301
- marine TU50.207
- Martensite process TU30.602
- mar WE22.101
- maskless lithography TH44.104
- mass spectrometry WE50.201
- master plan WE70.402
- matched pathlength WE50.206
- material deposition WE40.609
- material printing TH33.303
- material properties TH23.302
- materials discovery WE10.403
- materials modeling WE10.401
- material TU12.901, TU12.902
- mathematical modelling WE60.409
- mathematical model WE60.209
- mattress WE10.302
- maxillofacial graft TU30.802
- MBE WE40.210
- MCG&MEG TU40.615
- MD simulation WE12.304
- measurement uncertainty WE40.215
- measurements WE40.212, WE50.301
|
- measurement TH43.202, TU40.202
- mecatronics TH11.304
- mechanical behavior TU30.707
- mechanical properties TU30.113
- mechanical TU30.705, WE12.203
- mechanism TU40.715
- mechanochemical TU30.804
- mechanochemistry TH42.102
- mechnical vibration WE40.317
- media storage WE15.304
- mediated electrochemical dissolution TU40.715
- media TU30.411
- medical/health devices TU16.801, TU16.802, TU16.804, WE26.302
- medical TH30.201, TH30.205, TH30.206
- medtech TU13.003
- melt spinning TU30.508
- membrane concentrate reduction TU13.102, TU15.604
- membrane filtration TU50.203
- membrane penetration TU30.813
- membrane proteins WE12.802
- membrane-less filtration WE23.104
- membranes TU40.519, WE16.006, WE50.401
- membrane TU13.101, TU15.805, WE23.101, WE60.207
- memory application TU30.908
- memory TU14.403, WE22.802
- MEMS actuators TU40.111
- MEMS applications TH11.303, TH23.201, TH23.204, TH33.201
- MEMS based photonic systems TH11.305
- MEMS CAD tools TH23.202
- MEMS dc-dc converter TU40.112
- MEMS designs TH11.301, TH11.302, TH11.303, TH23.201, TH23.202, TH23.204, TH33.201
- MEMS devices and applications TH23.203
- MEMS devices TH11.301, TH11.302, TH11.303, TH23.201, TH23.202, TH23.204, TH31.604, TH33.201, TH44.202
- MEMS device TU40.119
- MEMS electrode TU40.126
- MEMS inertial sensors TH33.204
- MEMS spectrometer TU40.105
- MEMS ultrasound transducer TU40.101
- MEMS-SOI TU40.124
- MEMS TH23.403, TH31.403, TH33.205, TH42.502, TH42.504, TH44.201, TH44.203, TH44.405, TU11.603, TU11.704, TU14.201, TU14.202, TU14.203, TU14.204, TU14.205, TU14.206, TU15.702, TU40.103, TU40.114, TU40.117, WE10.602, WE13.305, WE13.603, WE15.901, WE22.904, WE40.106, WE40.109
- mercury analysis WE50.121
- mesenchymal stem cells TU40.414
- mesoporous films TH21.405
- mesoporous tatania WE16.002
- mesoporous TiO2 TU30.410, WE40.501
- mesoporous TH43.302
- mesoscale modeling TH33.402
- mesothelioma TU11.501
- metabolite TH31.302
- metal nanoparticles TH42.101
- metal oxide nanowires TU16.502
- metal oxide TU13.602, TU30.621
- metal-coordination polymers TU50.102
- metal-organic frameworks WE21.403
- metal-polymer interface TH33.402
- metallic glass TU12.904
- metallic nanoparticles WE40.409
- metallic nanorods TU13.604
- metallic nanostructures TH31.104
- metallic surface WE40.512
- metallization TU30.618
- metals TU40.712
- metal TH21.401, TU13.103
- methane TU12.801
- methanol crossover TU50.302
- methanol fuel cells WE15.105
- methanol production WE60.209
- method TH33.103
- metrology TH43.202, TU40.116
- MgB2 WE15.402, WE60.402
- Micelles TU30.807
- micelle TU30.812, TU40.501
- micro injection molding WE40.616
- micro lubrication TU14.301
- Micro Raman WE40.313
- micro reliability TH33.404
- micro valve TU14.302
- micro-channel TU40.307
- micro-die TU12.904
- micro-dripping mode TH23.304
- micro-fluid devices TU12.904
- micro-fluidic chips TU40.312
- micro-fluidics TU40.307
- micro-formability TU12.904
- micro-machine TU12.904
- micro-network WE40.614
- micro-patterning WE12.602, WE15.501
- micro-tip TU40.204
- microactuator TU40.109
- microarray scanner WE15.501
- Microassembly TH44.201
- microbead arrays TH22.404
- microbes WE23.103
- microbolometer TU40.103, TU40.207
- microchannel reactor WE60.502
- microchannels WE40.615
- microdisplays WE15.504
- microelectromechanical WE15.901
- microemulsions TH32.201
- microemulsion TH21.601, TU40.517
- microfabrication WE40.615
- microfabricaton TU30.710
- microfluidic biosensor TU14.108
- microfluidic device TU14.305
- microfluidic fabrication TU40.309
- microfluidic systems TU11.801
- microfluidic valve WE15.506
- microfluidics TU13.705, TU30.703, TU40.302, WE22.701, WE23.002, WE40.615, WE50.123
- microfluidic TH22.404, TU14.304, TU40.303
- microimaging TU13.005
- Microintegration TH44.201
- microkinetics TH21.703
- micromachined gyroscope TU40.124
- micromirror TH42.501, WE40.110
- microparticles TU30.703, WE40.416
- microparticle TU30.809
- microporous media TU11.803
- micropost TU40.123
- microreactor WE50.123
- microrobot TU40.118
- microscopic flows TU14.303
- microscopy WE12.204
- microsensor WE50.115
- microspeaker TU40.102
- microspheres TU40.518
- microsphere TU40.523
- microstructure TH43.101, TU30.402, WE22.105, WE40.617
- microsystems TH30.501, TH30.502, TH30.503, TH30.504
- Microsystems TH33.202
- microtomography WE22.408
- microtubules TH22.103, TH22.304
- microwave radiation TU30.439
- microwave-assisted TU30.419
- microwave TU30.407, TU30.418, TU30.422, WE12.105
- micro WE40.107
- military facility WE70.301
- military TH33.303
- mill WE40.211
- mineralization TU40.414
- miniature robot WE15.905
- miniature WE15.901
- miniemulsion polymerisation WE22.205
- minimal-dose chemotherapy WE50.304
- mirror array TU40.105
- mirror WE40.107
- mitochondria WE50.115
- Mn-zeolite WE60.212
- Mn-Zn ferrite thin films WE40.204
- Mn2+ WE40.413
- MnO2 WE40.504
- mobility TU40.206
- model order reduction TH31.602
- modeling TU13.703, TU30.813, TU40.524, TU40.613, WE22.602, WE22.804, WE22.902
- Modeling WE40.109
- modeling WE40.118, WE40.119
- modelling WE23.105, WE40.526
- model TH22.501, TU40.604
- modification TU50.204
- modified glycol chitosan TH32.203
- modules WE15.107
- moisture polymers TH44.402
- moisture resistance TU30.707
- moisture TH33.401
- molecular beacons TH22.301
- molecular dynamic simulations WE40.125
- molecular dynamics simulation WE40.122
- molecular dynamics TH22.101, TU13.702, TU30.104, TU30.107, TU30.108
- Molecular dynamics TU30.605
- molecular dynamics WE40.315
- molecular electronic structure TU30.105
- molecular imaging WE22.402
- molecular imprinting TU30.801, TU50.106, WE22.205
- molecular interactions TU13.703
- molecular modeling TH33.402, TU30.105, WE40.102
- molecular models TU13.704
- molecular probes TH32.101
- molecular reaction on surface WE40.515
- molecular recognition TU30.801, WE22.205
- molecular simulation TU30.106
- molecular statics TU30.112
- molecular theory of solvation TH22.101, TU11.802, WE40.103
- monitor system WE60.122
- monocrystals optical properties WE40.218
- monodispersed particles TU30.409
- Monte Carlo TU30.110, WE13.502, WE40.418
- monte carlo WE40.427
- monte-carlo simulation TU30.101
- morphology control WE40.526
- morphology TH44.303
- MOSFET WE10.702, WE13.803, WE13.805, WE22.601, WE25.103
- motion sensing TH33.205
- motorcycle TU40.714
- moulding compound TH44.401
- mouse hepatoma cells TU40.410
- mouse hepatoma TU40.612
- MPPT algorithms WE60.121
- MRI-PET TU40.608
- MRI TU30.418, WE15.402, WE22.405, WE40.416
- MR WE22.404
- MSM TU11.602
- MUC1 TU11.503
- multi solar (PVT) air conditioning system WE60.119
- multi solar desalination plant WE23.902
- multi walled carbon nanotubes TU30.505
- multi-angle light scattering WE50.202
- multi-camera video capture WE16.004
- Multi-Gate-and-Multi-Fin Device WE40.119
- multi-scale modeling TU13.701
- Multi-walled carbon nanotubes TU13.502
- multidrug resistant WE50.309
- multifunction TU13.804
- multilayer charged thin film WE50.104
- multimeric protein TU40.502
- multimodal imaging TU40.608, WE22.407
- multimodal nanoplatform WE22.203
- multimodal vesicles TU11.503
- Multiobjective optimization TU30.704
- multiobjective optimization WE40.526
- multiparametric immunoassays WE50.116
- multiphase materials TU13.704
- multiplex mycotoxin detection TH32.301
- multiplexed TH22.404
- multiplexer WE23.003
- multiplexing TH22.405
- multiscale modeling TH33.402, TU30.603
- multistage TH43.305
- MWCNT TH22.505, TU30.512
- MWNTs TH31.304
- MWNT WE12.303, WE21.305
- mycotoxins WE50.122
- myocardium TU40.614
- N doping TU30.413
- n-butnaol WE60.207
- N-doping WE40.121
- N2 modified TiO2 WE40.610
- NaCl WE40.702
- Nafion TU50.302
- nano crystalline cellulose WE40.125, WE40.218
- nano crystalline diamond TU30.304
- nano cylinder WE40.122
- nano diamonds WE40.410
- nano domains TU40.412
- nano fabrication WE40.512
- nano grained sieze TU30.602
- nano graphene platelet TH24.301
- nano grating WE40.101
- nano imprint lithography TH44.103
- nano particle synthesis TU13.201
- nano particles TU30.114
- nano phosphors WE40.413
- nano powder WE60.503
- nano reliability TH33.404
- nano structure TU30.616
- nano-coating WE40.506
- nano-electronics TU11.905
- nano-fabrication TH23.101
- nano-generator WE40.208
- nano-hydroxyapatite TU40.415
- nano-inks TH33.303
- nano-ink WE22.704
- nano-particle WE40.412
- nano-patterning TH23.101, WE40.702
- nano-polymer TU40.614
- nano-prototyping TH23.101
- nano-scale scaffold TU40.414
- nano-sized colloidal silica WE40.508
- nano-structural thin films WE40.204
- nano-templates TH31.503
- nano-ZnO TU40.704
- nanoarrays TU13.905, TU14.501, WE40.602
- nanobiology TU40.418
- nanobuilding blocks TH21.501
- nanocapsules TU30.805
- nanocarbon cancer therapy magnetic WE50.313
- nanocarriers TH32.203, TH43.305
- nanocatalysts TH24.304
- NanoCeram filte TU50.205
- nanochannel TU14.305
- nanocharacterization TH31.502, WE23.202
- nanochemistry WE40.103
- nanoclays TH21.503, WE21.503
- nanoclay TH42.402, TH42.405, TU30.211
- nanoclusters TH42.105
- nanocomposite electrode TH31.404
- nanocomposite fibers TH21.503
- nanocomposite materials TH31.405
- nanocomposites TH31.304, TH42.103, TU30.211, WE12.505, WE21.404, WE21.501, WE22.105, WE40.201, WE40.402, WE60.410, WE60.411
- nanocomposite TH21.504, TH31.401, TH31.403, TH42.405, TU13.504, TU13.506, TU30.504, TU30.509, TU30.710, WE15.103, WE23.204, WE40.202, WE40.211
- nanocone TU30.610
- nanocopper TU50.206
- nanocross WE50.127
- nanocrystal quantum dot(NQD) TU30.315
- nanocrystalline diamond TU30.305
- nanocrystalline oxide TH21.504
- Nanocrystalline Pt-Ni catalysts on CNF network WE60.406
- nanocrystalline solids WE14.203
- nanocrystalline structure TU30.619
- nanocrystalline tin oxide TU30.402
- nanocrystals TH21.103, TU30.206, TU30.416, TU30.419
- nanocrystal TU13.902, TU30.408, TU30.421, WE40.405, WE60.106
- nanocylinders WE22.102
- nanodispersed carbon structures TU30.301
- nanodot TU14.403
- nanodrug TU40.609
- nanoelectronic devices WE40.312
- nanoelectronics TU30.907, TU40.120, WE12.402
- nanoelements WE70.606
- nanoemulsion WE40.525
- nanoencapsulation WE50.304
- nanoenergetic materials TU30.615
- nanoengineering TU40.601
- nanofabrication TH23.102, TH33.104, WE22.204
- nanofiber web TU30.507
- nanofibers TU30.810, TU40.416, WE40.606
- nanofiber TU30.706, TU30.910, WE40.516
- nanofibres WE40.604
- nanofibrous structure WE40.608
- nanofiltration WE23.105
- nanofluidics WE40.122
- nanofluids TH21.705, TU13.702, TU30.108
- nanofluid WE40.421
- nanoformulation TH21.603
- nanogaps TU40.120
- nanogold wool WE15.305
- nanogold TH21.505, TH31.105
- nanohybrids TH21.702
- nanohybrid WE40.316
- nanohydroxyapatite TU40.416
- nanoimprint lithography WE22.705
- nanoimprinting TU14.305, WE22.702
- nanoindentation TH21.404, WE40.213, WE40.419
- nanolab TU40.120
- nanolayers TU40.604
- nanolithography platform WE40.602
- nanolithography WE15.304
- nanomaterials TH31.205, TH42.105, TH43.403, TU11.505, TU12.855, TU30.314, TU40.708, TU50.201, WE12.204, WE12.501, WE12.801, WE23.203, WE50.403, WE70.603
- nanomaterial TH43.405, TU15.801
- nanomechanical resonator TU14.106
- nanomedcine WE50.402
- nanomedicine TH22.201, TU40.601, WE12.801
- nanometrology TH43.202
- nanoparticle cleaning TU30.401
- nanoparticle dispersion beads WE40.211
- nanoparticle exposure TH22.502
- nanoparticle mediated delivery TU40.607
- nanoparticle poragen TH21.601
- nanoparticle size characterization WE50.202
- nanoparticle size WE40.215
- nanoparticle synthesis TU30.428
- nanoparticle(s) TU40.707
- nanoparticles TH21.401, TH22.201, TH22.203, TH31.103, TH32.201, TH32.401, TH42.403, TH43.103, TH43.204, TH43.205, TU11.301, TU13.203, TU14.104, TU30.205, TU30.212, TU30.406, TU30.407, TU30.415, TU30.437, TU30.438, TU30.504, TU30.904, TU40.418, TU40.603, WE12.502, WE13.102, WE15.303, WE21.103, WE21.104, WE21.204, WE21.501, WE22.403, WE22.404, WE22.405, WE23.101
- Nanoparticles WE25.202
- nanoparticles WE40.212, WE40.402, WE40.404, WE40.407, WE40.408, WE40.414, WE40.416, WE40.417, WE50.116, WE50.126, WE50.303, WE50.401, WE50.402, WE60.115, WE70.101
- nanoparticle TH22.501, TH31.204, TH33.405, TH42.102, TH43.202, TU11.805, TU13.001, TU13.202, TU13.405, TU13.903, TU14.103, TU15.707, TU15.801, TU30.204, TU30.404, TU30.434, TU40.519, TU50.203, TU50.208, WE12.501, WE12.505, WE12.506, WE12.605, WE15.405, WE15.502, WE22.402, WE22.703, WE40.411, WE40.421, WE40.423, WE40.603, WE50.117, WE50.309, WE70.103
- nanoparticls TU40.509
- nanoparticulate TU40.714
- nanoparticule TU30.442
- nanopatterning TU40.401, WE22.705
- nanopillar array WE22.705
- nanopillars WE40.614
- nanopipette WE40.702, WE50.109
- nanoplatforms TU40.311
- nanopolymers TU30.801
- nanoporation TU40.612
- nanopore WE12.803
- nanoporous carbon TU16.501, WE40.103
- nanoporous materials TH32.104, WE60.404
- nanoporous membranes TU30.305
- nanoporous silcion TH43.305
- nanoporous silica TU30.617
- nanoporous silicon particles TU40.514
- nanoporous TU30.809, TU40.125
- nanopowders WE40.422
- nanoprobes TH22.301
- nanoprobe WE50.116
- nanoreactors TU40.601
- nanoremediation TH22.504
- nanorisks TH22.502
- nanorobot WE50.125
- nanorods TU30.620
- nanoscale mechanical measurements TU13.305
- nanoscale MOSFET WE22.804
- nanoscale structure TU40.602
- nanoscale titanium dioxide TU30.433
- nanoscale zero valent iron TH22.504
- nanoscale WE13.802, WE22.602
- nanosecond TU40.611
- nanosilica release WE12.503
- nanosilver TH21.505, TH31.105
- nanosize ZnO WE70.102
- nanosprings TU14.104
- nanospring WE50.103
- nanosteel TU30.411
- nanostructured films TU13.602
- nanostructured lipid carriers (NLC) TU40.610
- nanostructured materials TU13.402
- nanostructured silicon WE50.114
- nanostructured solar cells TU13.404
- nanostructures TU12.202, TU30.417, TU30.420, WE70.605
- nanostructure TU13.001, TU13.603, TU30.705, TU30.803, WE22.104
- Nanosystems for Medicine TU14.601
- Nanosystems Initiative Munich TU14.601
- nanotag TH32.301
- nanotechnology TH11.201, TH22.501, TH24.301, TH32.305, TH43.401, TH43.402, TU13.803, TU16.501, TU40.613, TU50.207, WE15.303, WE50.307
- nanotoxicity TH22.504
- nanotoxicology TH32.402, TU40.706
- nanotube purification TU15.707
- nanotube separation TU15.707
- nanotubes TU13.402, TU13.501, TU30.316, TU30.509, WE21.402, WE40.513, WE60.101
- nanotube TU30.613, WE40.323, WE40.324
- nanovectors TH43.305
- nanowhiskers TU30.217
- nanowire biosensor TU11.703
- nanowires TU12.202, TU13.401, TU30.106, TU40.615, WE12.203, WE12.403, WE12.804, WE13.502, WE21.402, WE21.404, WE40.214, WE50.112
- nanowire TH31.202, TU30.606, TU30.607, TU30.610, TU40.616, WE12.205, WE13.501, WE22.605
- nanowrinkle WE40.512
- nano WE40.507, WE50.103
- narrow dispersity WE40.404
- National Cancer Institute WE10.501
- national security WE15.902
- natural lithography TU13.404, WE21.103
- natural products WE22.102
- natural rubber TU50.105
- Nb-Ti WE15.402
- nC60 TU40.703
- NCI WE10.501
- near infrared TU14.402
- near-infrared TU15.804
- Needle in needle electrospinning TU15.907
- needlefree injection WE15.404
- negative magnetophoresis TU11.804
- NEMO 3-D WE22.801
- NEMS TH23.105, TU14.106
- NEMs WE13.305
- nerve agents WE12.803, WE13.302
- network model WE40.418
- networks TH11.304
- network WE14.301
- neurocompatible TU40.516
- neurons TU40.616
- neuroprotection TH32.402, TU40.706
- neutraceutical components WE40.525
- neutralization WE40.424
- neutrally buoyant suspensions WE23.104
- neutrophil leukocytes TU40.702
- new metal-organic system TU15.801
- Newtonian viscous flow TU12.904
- NEXAFS WE21.304
- NGNP WE70.202
- NH3N removal TU50.204
- Ni filled CNTs TU30.308
- Ni-Cu-Zn Ferrites TU30.212
- nickel TU13.405, TU30.422
- nile red TH32.203
- NIM TU14.601
- NiO WE60.503
- nitrate WE70.602
- nitric oxide TU30.709, TU40.614
- nitrogen oxide WE60.506
- NJD WE40.114, WE40.115
- NMR TU13.006
- no GHG WE15.108
- noise reduction TU15.706, WE23.404
- noise-tolerance TU30.905
- noise WE60.215
- non-charge-sheet WE13.801
- non-contact WE15.403
- non-invasive imaging TU13.004
- non-invasive TU13.003
- non-label DNA biosensors WE50.108
- non-label DNA biosensor TU40.205
- non-newtonian fluid TH23.303
- non-oriented electrical steel WE40.508
- non-stationary TU15.902
- non-steroidal anti-inflammatory drugs TU40.520
- non-viral gene delivery TH22.304
- non-volatile RAM (PZT TU12.905
- nonaqueous sol-gel method WE12.102
- nonlinear optical microscopy TH31.201
- nonlinear programming WE60.209
- nonlinear response WE40.116, WE40.120
- nonresonant WE40.117
- nonvolatile memory TU30.408
- normally closed TU14.302
- norovirus TU50.205
- nozzle WE15.506
- NP TU30.216
- NST TU13.606
- nucleation TU30.409
- nucleic acids TH43.205
- nucleolin TU40.501
- nucleus TH43.301
- number fluctuation WE25.101
- nylon-6 WE21.503
- NZO WE40.205
- O(N) tight-binding molecular dynamics WE40.305
- observe WE60.121
- occupational TH43.405
- OD600 TU40.703
- OFET TH44.303
- oil reduction TU14.301
- okadaic acid TU30.806
- oleophobic TU13.605
- oligo(epsilon-caprolactone) TU50.107
- oligo-ethylene glycol TU40.515
- oligodeoxynucleotide TU40.513
- oligomerization WE14.603
- oligonucleotide design TH22.102
- oligonucleotides TU40.608
- oligonucleotide TU13.001
- olivine phospates TH24.303
- on-chip WE15.901
- on/off-switching TU30.609
- one-dimensional TU13.001
- onions WE12.303
- online tool TH31.604, TH42.503
- open access TH44.102
- opiate TH31.302
- optical absorbers WE13.305
- optical absorption WE12.701
- optical apparatus WE15.403
- optical device WE15.903
- optical fiber WE15.904
- optical probe WE15.403
- optical properties TU30.415
- optical quantum device TH23.104
- optical switching WE15.504
- optical transmission WE60.105
- optical TU13.903, WE40.125, WE40.522, WE60.101
- optics TU30.434, WE21.204
- optimal solutions WE40.105
- optimization WE14.604
- optoelectronics TU14.404
- optofluidic biosensor TU14.108
- oral cancer TH22.401
- organ specific deliveries WE50.304
- organic light-emitting diodes (OLED) TU15.703
- organic molecules TH31.104
- organic nanopigment WE40.202
- organic photovoltaic TU15.703
- organic PV WE60.118
- organic rosette nanotubes WE40.103
- organic semiconductor WE40.207
- organic TH33.302
- orientation control TU11.805
- osteobalsts TU40.404
- ostwald ripening WE21.103
- oxgen vacancies WE40.214
- oxidation lithography TH33.102
- oxidation TU30.711
- oxidative stress TU40.606
- oxide nanoparticles TU30.436
- oxide trapped charges TU30.902
- oxides TU40.712, WE40.511, WE60.115
- oxy-coal combustion WE70.604
- oxygen reduction reaction WE23.205
- oxynitride TH21.404
- ozone TU30.109, TU50.103
- P(NIPAAm-co-AMA)-b-PMMA TU30.812
- p-type doping WE60.104
- P22 TU13.801
- PA12/PDMS nanosturured blends TU30.704
- packaging reliability TH33.402
- Packaging TH44.201
- packaging TH44.202
- Packaging WE13.603
- packaging WE15.103
- paclitaxel TU30.603
- painless injections WE15.404
- palladium TH42.403
- PAMAM dendrimer TU40.520
- PAMAM WE40.102
- pancreatic cancer TU11.402, WE50.305
- panel manufacture TU12.902
- paper battery WE15.103
- paper industries TH30.601
- parallel detection WE15.501
- parallel TU30.906
- paramagnetic particles TU11.702
- parametric model TH42.501
- paramter extraction TH31.603
- park WE70.402
- Particle ALD/MLD TU11.102
- particle coating TU30.405
- particle growth TH31.103, WE50.131
- particle size distribution TH22.501, TH31.205
- particle size TU30.433
- particle-PAHs TU40.714
- particles WE70.601
- particle TH31.501, WE40.321
- Parylene-C passivation TH31.306
- Passive design WE70.301
- passive films WE40.521
- passive film WE12.202
- pattern transfer WE22.705
- patterning TU40.302
- patulin WE50.122
- pavers TU12.902
- PBBI N-oxide WE50.105
- PbSe WE40.405
- PCCS TH42.104
- PCVD process TU30.405
- PD-SOI WE10.703
- PDAs WE22.103
- PDMS bonding TU14.304
- PDMS microfluidic chip TU14.306
- PDT WE50.306
- peak-shaving TU16.704
- PEEK WE60.407
- PEGylated fibrinogen TU15.806
- PEM WE23.204
- pentacene WE60.103
- PEO-PPO-PEO WE12.104
- peptide imprinting WE22.205
- peptide nanospheres WE15.302
- peptide nanostructures WE15.302
- peptide nanotubes WE15.302
- peptides TU13.803, TU50.106
- peptide TH22.302, TU11.402, TU14.501
- percolation threshold TU13.504
- performance TH42.106, WE60.122, WE60.126, WE60.205, WE60.215
- permanent magnets WE60.402
- Permeability TU30.440
- peroxide WE70.502
- personalized nanomedicine WE50.304
- perturb WE60.121
- pervaporation WE60.207
- Pervoskite WE21.202
- PES-CF composites WE21.505
- PEV WE15.107
- PE TU13.507
- pH responsive WE21.203
- pH sensor WE40.118
- pH-responsive TU40.519
- pH-sensitive TH22.305
- phage engineering WE22.201
- phage TU11.402, TU13.803, WE12.801
- pharmaceuticals TH30.203
- pharmaceutical TU13.101, WE22.703
- pharmacokinetics TU40.526
- Phase change materials (PCM) TU30.503
- phase change materials WE40.606
- phase change TU11.803
- phase diagram TU40.610
- phase shift WE40.116, WE40.120
- PHEV WE16.003
- phosphate detection WE50.104
- phosphate TU50.208
- phospholipids WE21.401
- phospholipid TU40.513
- phosphors TU30.914, WE40.511
- phosphor TU30.911
- photo bioreactor TU13.104
- photobiofunctionalization WE50.111
- photocatalysis TU30.410, TU30.904, WE40.513
- photocatalyst TU16.402, TU30.210, TU50.201
- photocatalytic degradation WE40.423
- photodetectors TU14.402
- photodetector WE60.113
- photodiode TU30.903
- photodynamic therapy TU30.425, TU40.605
- photoelectrochemical TU30.501
- photolithography WE15.501
- Photoluminescence TU14.405, TU30.412
- photoluminescence TU30.620, TU30.911, TU30.912, TU30.913, TU30.914, TU40.603, WE12.403, WE40.406
- photoluminiscence WE40.316
- photonic crystal TH21.604, TH23.103, TU15.702
- Photonic crystal WE40.101
- photonic curing WE22.704
- photonic TH21.501
- photophysics WE50.133
- photorealistic video WE16.004
- photosensitive WE50.102
- photostability TH32.205
- photothermal ablation TH22.203, TU11.504
- photothermal TU13.904, WE50.311
- photovoltaic devices TU30.314, WE60.107
- photovoltaic device TH23.402
- photovoltaic electrical generating system WE60.124
- photovoltaics TH34.302, TH34.304, TU12.202
- Photovoltaics WE21.301
- photovoltaics WE60.105, WE60.106
- photovoltaic TU15.901, WE60.110
- phthalocyanine WE40.207
- physical sensors WE13.305
- physical vapour deposition TU13.602
- piezoelectric material TU40.119
- piezoelectric ZnO thin films WE40.208
- piezoelectricity WE22.801
- piezoelectrics WE12.804
- piezoelectric TU14.302, TU40.101, TU40.105, WE40.110
- piezoeslectric MEMS TU40.110
- piezoresistance TU30.614
- piezoresistive WE22.904
- piezoresistor TU40.122
- pilot plant scale TU13.201
- pipes TU12.902
- plant efficiency TU16.403
- plasma deposition WE40.524
- Plasma discharge TU40.404
- plasma purification WE23.002
- plasma treatment TU30.622, WE21.505
- plasma-on-a-chip TU40.113
- plasma TH31.103, TH32.103, TU15.805, TU30.407, WE22.104
- plasmid DNA WE40.404
- plasmon resonance TU13.904
- plasmonic biosensors TH43.201
- plasmonic matrices TU11.504
- plasmonic TH31.104
- plastic biochip WE50.101
- plastic electronics WE40.409
- plastic IC package TH33.401
- plastics TU40.303
- plastic TH21.505, WE50.206
- platelet graphite nano-fibers WE15.108
- platelet TH22.505
- platinum catalyst TU30.103
- platinum nanoparticles WE23.203
- platinum-functionalized WE23.202
- platinum TU30.106, WE60.408
- PLA TU50.108, WE13.504, WE15.301
- PLD TU30.606
- PLGA nanoparticles TU11.502
- PLGA TU30.703, TU40.517, TU40.518, TU40.523
- plumbagin TU40.526
- plutonium dioxide TU40.715
- PL WE40.203
- PMDS WE40.514
- PMMA glass TU40.306
- PMOS TU30.902, TU30.909
- point of care testinf TH22.405
- point-defects TU30.102
- Poisson--Schroedinger model TH31.601
- polarity TU30.438
- policy TH43.402
- pollutant abatement WE23.106
- pollution TH30.602
- Pollyallylamine TU40.512
- poly(isobutyl-alt-maleic anhydride) WE21.203
- poly(N-butyl benzimidazole) WE50.105
- poly[N-(1-one-butyric acid) benzimidazole] WE50.107
- polyaniline TU30.208, TU30.708, TU40.507
- Polycarbonate TU40.306
- polycrystalline silicon TH34.306
- polycrystal TU30.112
- polydimethylsiloxane TH31.403
- polyelectrolytes TH21.603
- polyelectrolyte TU40.405, TU40.409
- polyeolefin blends TU13.701
- polyethylene terephthalate WE40.601
- polyethylene-oxide TU40.614
- polyethylene TU15.805
- Polyethylenimine TU40.512
- polygon WE50.403
- polyhedra cytokine microcrystal TU40.408
- polyhedral ologomeric silsesquioxane (POSS) TU50.204
- polyhedra TU30.811, WE22.202
- polylactic acid TU50.105
- polylactides WE15.301
- polymer blend TU50.105
- polymer composites WE12.201
- polymer film TH32.105
- polymer microfluidic WE50.124
- polymer nanocomosites TU30.505
- polymer nanocomposites WE40.319, WE40.320
- polymer nanoparticles TH21.603
- polymer nanotubes TU12.906
- polymer simulation TU13.705
- polymer stamp TU14.305
- polymer-grafted CNT TU40.512
- polymeric nano composite TU40.516
- polymeric transduction TU14.103
- polymerization WE15.306
- polymersomes TH32.202, TU40.506, WE13.101
- polymers TU13.002, TU13.202, WE15.301, WE40.511
- polymer TH21.401, TH22.104, TH22.304, TU13.306, TU15.801, TU30.603, TU30.702, TU30.705, WE21.504, WE23.103, WE60.102, WE60.113
- polyol TU30.422
- polypropylene TU30.508, WE21.503, WE40.616
- polypyrrole TH31.503, TU40.301
- polypyrrol WE50.112
- polysaccharide TU40.703
- polysoaps TH32.203
- Polyurethane polymers TU40.404
- polyurethane TU30.209
- pore size TU40.410
- porosity TH31.205
- porous materials TH21.602
- porous material WE12.802
- porous nanocomposites TH42.404
- porous TH43.101, WE50.401
- portable power TH24.304
- portable TH22.405
- position control TU11.805
- positron emission tomography TU13.004, TU14.306
- POSS TH21.501, TH21.503, WE23.204, WE40.201
- postinsertion TH22.303
- Potassium dichromate TU30.208
- potential solution WE13.804
- power density TU16.503
- power spectral density TU40.205
- power supplies TH30.302
- Power Supply WE16.007
- power tranmission TH21.302
- power TH50.207, TU50.305
- Power WE15.104
- power WE60.125
- PP-gamma-GMA-co-styrene TU30.513
- PP-gamma-HEMA-co-styrene TU30.513
- PP/clay nanocomposites TU30.513
- PP TU13.507
- Pre-MS separation methods WE50.201
- precipitation TU30.434
- precise positioning WE40.301
- precision stage WE40.611
- predictive models TU40.306
- pressure discharge TU30.615
- pressure sensor TU15.702, WE22.904
- pressureless sintering TU30.502
- pressure TU40.202
- preventative medicine TU15.804
- primary particle WE40.211
- printed electronics TH21.304
- printed functionality TH33.304
- printed WE15.103
- printhead WE15.506
- printing device TU30.311
- printing technology WE40.703
- printing TH23.303
- PRINT WE22.703
- prion proteins TH22.101
- Process design TU30.704
- process development WE40.124
- process simulation TU30.105
- process variations WE25.102
- processing WE12.301
- process WE40.106
- production WE40.516
- products TH43.402
- prognostics TU13.004
- properties TU30.705, WE10.401
- property TU40.602
- prostate cancer TU11.504
- protamine TU40.513
- protection of workers WE40.216
- protein biochip WE50.302
- protein compatible WE40.506
- protein detection TH22.404
- protein measurement TH43.204
- protein nanoparticles WE50.307
- protein quantitation WE50.206
- protein separation WE40.407, WE40.408
- protein stability TU30.809
- proteins TU13.905, TU40.608
- protein TH43.203, TU30.811, TU50.106, WE15.502, WE22.202
- proteoliposome TH22.303
- proteomics WE50.201
- proton exchange membrane fuel cell WE23.205
- PSA WE50.102
- Pt nanocatalyst TH42.106
- Pt nanoparticles TU30.435
- PTFE WE40.517
- pulmonary edema WE15.401
- pulsation reactor technology TU14.603
- pulse duration TU40.611
- pulsed CO2 laser TU40.307
- pulsed DC sputtering TH21.404
- pulsed laser degradation WE22.105
- pulsed laser deposition TH32.104, WE40.204
- Pulsed Laser WE13.603
- pulsed mode WE40.203
- pulsed Nd TU40.306
- pulsed radiation TU15.902
- pump TU40.109
- pure base WE10.701
- purity WE40.324
- PV modules TH34.301, WE60.121
- pv panel materials WE60.123
- PVC TU50.107
- PVP TU30.411
- PV TU15.901
- pyramid array WE40.605
- pyroelectricity WE22.801
- pyrrole TU30.711
- PZT thin film TU40.119
- PZT TU40.102, TU40.111
- p WE60.117
- QCA WE13.504
- QCM-D WE70.501
- QDFETs WE22.805
- qdot nanocrystals TU13.901
- QDs TU30.611
- QD WE50.128
- qualification methods TH23.401
- qualification testing TH34.301
- Quantum chemistry TU30.111
- quantum confinement WE22.605
- quantum dot photoluminescence TH21.502
- quantum dots TH22.304, TU30.419, TU30.426, TU30.904, TU40.605, TU40.701, WE13.503, WE22.801, WE22.805, WE50.130, WE60.102
- quantum dot TU30.910, WE12.701, WE50.129
- quantum methods WE10.401
- quantum modeling WE13.802
- quantum-dot cellular automata TU30.906
- quenching WE40.406
- radiation damage WE40.202
- radiation effects TU30.310
- radicals TH32.205
- radio frequency field induced hyperthermia WE50.310
- radiosynthesis TU14.306
- railway sleepers TU12.902
- Raman scattering WE40.210
- Raman Spectra TU12.854
- Raman spectroscopy TU13.501, TU40.705
- Raman TU13.204, WE40.323, WE40.324, WE60.116
- random dopant effects TU30.612
- random input TH31.602
- random traps TU30.612
- rapid expansion of supercritical solution TU30.404, TU30.406
- rapid thermal annealing TH34.306
- raster scanning WE15.504
- rat bladder TU40.126
- ray radiation TU30.903
- reactions TU16.404
- reactive blending TU50.105
- Reactive extrusion TU30.704
- reactive liquid infiltration WE60.402
- reactor TU30.407, WE40.404
- readymade-MEMS WE40.111
- real time quantitative PCR TU40.509
- real-time 3D WE16.004
- real-time modeling TH24.302
- reciprocating TU15.902
- Reconfigurable Network TU40.106
- reconnaissance WE15.905
- recovery TH32.403
- recycling TH30.602, TU13.103, WE70.302
- red cells WE50.125
- reduction TU12.801
- reference materials TH22.503
- reflectivity TH24.401
- reforming WE23.201
- regenerative fuel cell TH24.305
- regenerative medicine WE22.201
- regional clean economic development TH24.402
- regulation TH43.401, TH43.402
- release WE12.501, WE12.502, WE12.505, WE12.506
- reliability TH23.403, TH33.405, TH44.404, TH44.405, WE23.901, WE40.213, WE60.205
- reliable nanocomputing TU30.905
- remediation WE60.125
- removal TU50.203, WE23.101
- renewable ammonia WE60.401
- renewable applications TH30.501
- renewable communities TH24.402
- renewable energy TH24.502, TU12.603
- Renewable Energy TU12.851
- renewable energy TU12.857, TU15.906
- Renewable Energy WE14.301
- renewable energy WE14.701, WE14.703, WE26.302, WE60.201, WE60.203
- Renewable energy WE70.301
- renewables TU15.905, WE14.302, WE14.601
- renewable TU12.801, TU50.305, WE15.301, WE60.125
- representative atomic volume TU30.112
- representative volume element TU13.706
- ReRAM TU14.403
- research integration TH43.404
- research TH33.404
- resonant actuation TU40.112
- resonators WE22.903
- resonator TH42.502, TU30.104
- responsive materials TH22.104
- retrograde WE13.801
- reversible TU30.906
- rf MEMS switch TU40.107
- RF Power Attenuator TU40.106
- RF-MEMS TU40.106
- RF WE40.114, WE40.115
- Rhodium TH21.703
- RIE TU30.305
- rigorous coupled wave analysis WE60.114
- ring TU30.203
- risk assessment TH43.401
- risk communication TH43.402
- risk management TH43.403
- risk TH43.402
- Risk TU40.713
- RMSD clustering TU30.603
- RMUTSB WE60.126
- RNA functionalization TH31.303
- robotic extraction WE15.406
- robotic platform WE15.905
- robotic vehivcle power WE70.502
- robotics TH24.501
- ROC-analysis WE50.302
- rod-coil diblock copolymer WE12.602
- ROMP WE21.305
- roofs TH24.401
- room temperature ferromagnetism TU30.616
- rotating cylindrical plasma reactor TU30.405
- rotation TU11.702
- roughness TH33.304
- RRAM TU14.403
- RSV WE40.325
- rubber TH30.601
- RuO2 WE60.404
- Ruthenium WE50.113
- S-layers WE50.134
- safety process TU30.428
- safety TH43.401, TH43.402, TU40.709
- Salmonella TU13.801
- sample surface TU13.304
- SANS WE21.203
- sarin WE13.302
- SARS N protein TU11.703
- satellite drops TH23.303
- satellites TH23.302
- SAW WE22.902
- SAXS TH31.205, TU30.403, WE50.130
- scaffolds TU40.412
- scaffold TU30.703
- scalable method TU12.906
- scalable WE15.103
- scanning electron microscopy TU15.704
- scanning probe microscopy TU13.302, TU15.704, TU15.705, TU15.705, TU30.609, TU40.407
- scattering WE12.603, WE15.403
- scavenger receptor TH32.103
- scenario planning TH43.404
- scFv TU11.501
- Schwarz-Christoffel mapping TH31.604, TH42.503
- scratch WE22.101
- seashell TU30.804
- Second Harmonic Generation TU30.434
- second harmonic generation WE21.204
- sedimentation TH22.501
- Seebeck coefficient TH33.103
- seed layer TU30.420
- seed particles WE50.131
- segregation WE60.206
- selective functionalization WE50.110
- selective TH31.307
- selenium TU13.102, TU15.604, WE60.106
- self assembly TU40.412, WE12.802, WE22.901
- self-assembled layers TH21.402
- self-assembled monolayers WE50.118
- self-assembled monolayer TU30.110, WE12.602
- self-assembled nanoplasmonics TH21.605
- self-assembled WE40.301
- self-assembly TH21.405, TH21.604, TU13.001, TU13.704, TU14.303
- Self-assembly TU15.803
- self-assembly TU30.101, TU30.908, WE12.603, WE12.605, WE12.801, WE22.204, WE22.705, WE40.525
- Self-calibration TU40.116
- self-cleaning TU13.603
- self-heating WE13.502
- self-illuminating TU40.605
- self-lever-mechanism WE40.611
- self-organization WE40.125
- semi-commercial TU30.421
- semi-empirical potential WE40.315
- semiconductor nanowires TU30.608
- semiconductors TU30.419, WE12.205, WE40.217
- semiconductor TH44.403, TU30.436, TU30.904, WE60.115, WE70.601
- semicrystalline TU30.705
- SEM TU30.213, TU30.215, WE12.201, WE12.203, WE40.210
- sensing range TU40.615
- sensing TH33.304, TU13.001
- sensor nodes TU50.304
- sensors TH30.501, TH30.502, TH30.503, TH30.504, TH33.303, TU40.120, TU40.202, WE15.907, WE22.103
- sensor TH11.304, TH44.304, TU30.438, TU40.114, TU40.115, TU40.119
- Sensor TU40.203
- sensor WE12.605, WE15.505
- separated nanotubes TU14.401
- separation TH22.402, TU11.804, WE40.516
- separator TU15.805
- sequence tagged fragments display (STFD) TU40.312
- sequencing TU14.102
- Series micro-dielectric effect WE40.508
- SERRS WE50.126
- SERS TU13.204, TU14.104, WE21.103, WE50.126
- serum extractor device WE15.406
- serum proteins TH22.302
- serum sampling WE15.406
- serum TU40.704
- service life assessment TH34.301
- shadowgraph method TU30.204
- Shannons theorem WE50.108
- shape anisotropy TU30.604
- shape stability TH42.101
- shear TH21.604
- sheet WE15.103, WE40.321
- shell cross-linked TU30.812
- shockwave absorbers WE15.303
- shock TU40.121
- short pathlength cuvette WE50.206
- short tube WE40.304
- short-channel correction WE10.701
- short-channel effects (SCE) WE22.603
- Si/a-Si core-shell nanowires TU30.605
- SiC nanoparticles WE21.502
- SiGe TH31.202
- signal post-processing WE50.108
- silanization WE40.320
- silica beads purification WE50.124
- silica nanoparticles TH43.303
- silica nanoparticle TH21.704
- silica precursors WE40.307
- silica TH31.103, TU13.203, WE40.511
- silicon based materials WE50.110
- Silicon Carbide TU13.406
- silicon crystalinity WE60.116
- Silicon Germanuim oxide TU40.207
- silicon lid WE13.604
- silicon microparticles TU40.517
- silicon nanoparticles TH44.302
- Silicon nanoparticles TU14.405
- silicon nanopillar WE12.603
- silicon nanowire (SiNW) WE22.601
- silicon nitride WE21.504
- silicon solar panels WE60.111
- silicone-free WE40.506
- silicon TH21.102, TH43.302, TU12.202, TU13.405, TU14.402, TU30.407, TU40.125, WE12.403, WE60.110, WE60.112
- silk TU40.415
- silsesquioxanes TH21.501
- silver nanoparticles TH43.201, TU30.707, WE40.424
- Silver nanopowder WE40.419
- silver nanowires WE12.401
- silver sulfide nanotextured structures TU30.623
- silver TH31.502, TH43.205, TH44.301, TU13.203
- Silver TU13.204
- silver TU30.403, TU30.437, WE12.504, WE21.103, WE40.522
- simulation TH33.401, TU40.524, WE13.504, WE22.804, WE40.104
- simvastatin acid TU40.510
- single carrier levels WE13.503
- Single emitter WE40.309
- single photon WE15.505
- single wall carbon nanohorns TH21.705
- single walled carbon nanotubes TU13.505
- single walled carbon nanotube TU30.311
- single-walled carbon nanotubes (SWNTs) TH31.306
- single-walled carbon nanotubes(SWNT) TU30.315
- single-walled carbon nanotubes WE40.310
- single-walled carbon nanotube WE12.302, WE40.504
- single TU30.613
- sintering TH44.301, WE40.409, WE40.419
- sinter TH33.405
- SiO2/TiO2 surface TU40.403
- SiO2 TH21.104, WE40.613
- siRNA delivery TU40.506, TU40.508
- siRNA TH43.304, TU40.521, WE13.104, WE50.305
- site WE50.304
- siver TU13.202
- six degrees-of-freedom WE40.609
- size control WE60.115
- size distribution TU30.808
- size effect WE40.213
- size-controlled synthesis WE50.131
- size-controlled WE40.603
- size-dependent WE40.614
- size-exclusion chromatography TU13.802
- size-tunability WE40.404
- size TH31.204
- skin TU40.603
- slender jet analysis TH23.301
- slip boundary conditions TU11.802
- small dimension TH44.402
- small molecule WE60.103
- smart devices WE12.504
- smart grid TU15.601, TU16.703, TU16.704, WE15.102
- smart materials TU30.512
- smart morrors TH21.605
- smart technology TU15.601
- smart windows WE40.509
- smart wing WE23.404
- smart WE15.306
- SMA WE40.110
- social media TH24.402
- soft materials collagen fibers TH31.203
- soft x-ray TU30.441
- software platform WE10.403
- SOI MOSFET WE10.704
- soil remediation TU15.707
- SOI WE10.702, WE22.904
- sol gel titania TU30.413
- sol-gel processes WE21.202
- Sol-gel process TU30.503
- sol-gel synthesis TU30.424
- sol-gel TH31.102
- Sol-gel TU30.412
- sol-gel WE40.205, WE40.412, WE40.417, WE40.604
- solar cells TU13.405
- Solar cells WE21.301
- solar cells WE60.102, WE60.107, WE60.120
- solar cell WE60.114, WE60.123
- solar control TU16.701
- solar hydrogen TU30.501
- solar power generation WE23.901
- Solar Power TH50.205
- solar power TH50.206, WE23.706
- solar spectrum WE60.123
- solar-thermal TU15.902
- Solar TU13.403
- solar TU15.901, TU15.902, TU50.303, WE15.101, WE23.903, WE23.904, WE40.217, WE60.118, WE60.125
- solder fatigue TH33.403
- soldering WE40.419
- solder WE40.414
- solgel TU30.215
- solid electrolyte TU13.401
- solid lipid nanoparticle TU30.808
- solid lubricants WE21.505
- solid needlefree injection WE15.404
- solid oxide fuel cell WE60.409, WE60.503, WE60.505
- solid polymer electrolyte membrane WE60.407
- solid solutions TU30.415
- solid state lighting TU11.302, TU30.912
- solid state reaction method TU30.913
- solid volume fraction WE15.904
- solid-phase extraction TU50.106
- solid-state lighting TU30.910, WE22.801
- solid-state nanopores TU14.102, WE50.106
- solids loading TU30.502
- solids removal WE70.602
- solids WE40.511
- solubility TH32.205, TU30.506, TU40.524
- soluble inorganic oxide nanoparticles TH42.103
- solution-liquid-solid (SLS) growth TU30.608
- solution TU15.602, WE40.103
- solvation effects TU13.906
- solvent effect TU30.711
- solvothermal WE40.411
- sonication TU30.213, TU30.512, WE40.525
- sonochemical method TU30.804
- sorbents WE40.511
- sorbent TU30.504
- specific surface area TH31.205
- spectra formulation WE50.108
- spectrometer WE15.504
- spectroscopic ellipsometry TH32.304, TU30.205
- spectroscopy TU30.214, WE15.904
- SPECT TU11.402
- SPICE models WE25.102
- SPICE WE13.803, WE25.103, WE25.105
- spin pairings TH42.105
- spin polarization TU30.102
- spinel pigments TU30.415
- spinning disk reactor WE40.421
- spintronics TU30.102, WE21.303
- SPION TH32.204
- SPIO WE50.128
- spiropyran TU40.309
- SPM TU15.705, WE12.201
- spontaneous redox-reaction WE40.504
- spores TU40.604
- spouted bed technology WE60.206
- SPR immunosensor WE50.120
- Spray Pyrolysis WE60.108
- spray TH31.307
- sputtering WE22.802, WE40.209
- square spiral antenna TU30.312
- stabilisation of native protein TH32.105
- stability tests TH42.104
- stability TH32.204, TH42.502, WE15.903
- stabilization TU30.431
- stable dispersion TH44.304
- stack WE60.505
- starch TU30.712
- stationary batteries WE16.003
- statistical experiment design WE40.124
- statistical models WE25.102
- steel WE12.202
- stem cells TU14.504, TU15.806, TU40.416, WE22.408
- stem cell TH43.305, WE50.205
- stent AFM nano implant sirolimus coronary cytostatic anti-scarring TH43.102
- stereolithography WE15.504
- STM TU30.435
- stochastic sensing WE12.803
- stochastic TH31.602
- storage polymers WE60.410
- strain TH44.405, WE22.801
- Strength WE12.304
- stress analysis TU40.110
- stress measurement TH44.403
- stretchable conductor WE21.302
- strobe TU40.305
- stroke TU13.003, TU15.802, TU40.606, WE13.104
- strong coupling TH31.104
- structural elucidation TU30.202
- structural properties WE40.125
- structural proteins WE12.802
- structured nanoparticles WE50.202
- structure TU40.604, WE10.401
- STS TU40.107
- stuctured light TU40.104
- SU-8 WE50.111
- sub-nanometer image resolution TH31.203
- sub-wavelength structure WE60.114
- subcellular imaging TU40.607
- subcrical reactor safety WE70.201
- subsonic fans TU15.706
- subsurface TH21.704, WE12.201
- subthreshold slope TU30.901
- succinic anhydride WE50.107
- sugimoto model TU30.409
- sulfonation TU30.706
- sulfur iodine WE14.201
- sulfur WE60.106, WE60.204
- sunflower oil WE60.214
- super hydrophobic TU13.605
- super paramagnetism WE40.403
- super-capacitors WE16.006
- super-hydrophilic TH21.104
- supercapacitors TH21.301, TH21.303, TU16.502
- supercapacitor TU16.501, WE15.103, WE40.103, WE60.404
- superciritical TU50.103
- superconducting magnet WE15.402
- superconductivity TH42.105
- superconductors WE12.804
- superconductor WE60.402
- supercooled liquid TU12.904
- superhydrophobic surfaces TU13.601, TU50.101, WE40.514
- superhydrophobic surface TU13.602
- superhydrophobic TU13.603, WE40.614
- superoleophobic WE40.519
- superparamagnetic particles TU14.303
- superparamagnetic TU30.418
- superparamagnetism WE40.204
- supersonic nozzle TU30.401
- superwetting TU13.606
- supported catalyst WE40.308
- supramolecular interactions TU14.404
- surface acoustic wave TH42.504, WE22.902
- surface characterization WE21.204
- surface chemical functionalizaton WE50.110
- surface chemistry TH43.302
- surface coating TH32.102, TU40.406
- surface forces TH31.206
- surface modification WE16.001
- surface nanostructure WE40.515
- surface plasmon resonance TH32.304
- Surface plasmon resonance TU13.801
- surface plasmon TU30.205
- Surface Point defects WE40.121
- surface potential WE22.604
- surface reorganization TU30.813
- surface roughness TH31.206
- surface state WE40.112
- surface structure TH21.704
- surface tension TH23.304, TU40.302
- surface treatment TU13.103, WE40.201, WE40.506
- surface wave plasma TH44.301
- surface wettaility TU40.301
- surface-modified WE40.217
- surface TU13.202, WE40.522
- surrounding-gate WE22.604
- surveillance WE15.905
- suspensions WE40.418
- sustainability WE23.903
- sustainable buildings TU16.701
- sustainable design TH24.403
- sustainable development WE70.302
- sustainable environmental impact WE70.304
- Sustainable Living TU12.853
- sustainable region WE70.401, WE70.403
- sustainable TU15.602, TU16.102
- sustained release TU40.517
- SW defect WE12.304
- SWCNT resonator arrays WE40.301
- SWCNT TU13.507, TU40.707, WE12.304, WE40.301, WE40.316
- sweat fluid TU40.204
- switches TU15.701
- SWNT WE12.303
- symmetric double gate WE40.113
- symmetrical azines TU50.109
- synchrotron radiation WE22.408
- synergistic effect TU30.413
- synergistic therapeutics TU11.504
- syntactic foam WE21.502
- synthesis TH31.501, TU30.407, TU30.422, WE10.401, WE12.804, WE14.203, WE40.306, WE50.402, WE60.410, WE60.411
- Synthesizing multi-walled carbon nanotubes TU12.906
- synthetic biology TU40.312
- synthetic fuel WE14.602
- synthetic receptor TU30.801
- system approach WE70.302
- system identification TH24.302
- system-level modeling TH31.603
- systems biology TU40.312
- T cell TH22.202
- tag-less cell sorting WE50.205
- Taguchi method TU30.404, TU30.406
- tail-spike protein TU13.801
- tannery effluent TU50.209
- targeted cancer therapy TU11.503
- targeted delivery TH22.303, WE50.307
- targeted therapeutics WE25.202
- targeting TH43.301, WE50.314
- TBI TU40.121
- TCAD simulation WE40.119
- TCAD WE40.106
- technology WE70.402
- tellurium WE60.106
- temperature responsive WE12.604
- temperature TU40.203
- template WE40.404
- templating WE12.802
- TEM TU30.213, TU30.216, WE12.202, WE13.103, WE21.203, WE40.202, WE50.130
- tensile test WE40.616
- tension WE21.502
- terahertz waves TH23.103
- terahertz WE40.117
- terrestrial geophysical control WE15.906
- testing WE12.203
- tetraethylortosilicate (TEOS) TU30.617
- textiles TH31.105, WE15.305, WE40.519
- textile TH42.403
- texturing TU14.402
- TFETs TU30.901
- TGA TU30.216
- Theoretical WE40.311
- theranostics TU13.904
- therapeutics TU13.902, WE22.403
- thermal analysis TU30.209
- thermal behaviour WE14.203
- thermal chromic WE22.103
- thermal conductivity TH33.103
- thermal cracking TU13.105, WE60.213
- thermal management TH34.304
- thermal model TH42.501
- thermal plasma WE40.610
- Thermal properties TU30.503
- thermal sensor WE40.310
- thermal TU30.705, TU40.108, WE22.803
- Thermal WE40.109
- thermal WE40.110, WE40.414
- thermochemical water-splitting TH31.102, TU30.424
- Thermochemical TU50.303
- thermochemical WE14.201
- thermogravimetry TU30.505
- thermomechanical reliability TH23.402
- thermoplastics TU30.211
- thermoresponsive TU30.812
- thin film coatings WE40.509
- thin film sputtering TU40.111
- thin film transistors TH31.306
- Thin film transistors TU11.902
- Thin Films TU13.403
- thin films WE12.604, WE22.802, WE40.209, WE40.515, WE60.107
- thin film TH31.401, TH44.303
- Thin film TH44.304
- thin film TU30.708, TU40.405, TU40.409, WE12.302, WE12.605, WE15.303, WE22.104, WE40.207, WE40.524
- thin-film transistors TU14.401
- thiolated TH21.402
- threshold current TU30.903
- threshold logic TU30.907
- threshold voltage TU30.909, TU40.125, WE13.802, WE23.003
- thrombosis TU15.802
- Thyroid Cancer WE50.301
- tied double gate WE40.113
- tight-binding WE22.801
- time delay TU40.206
- time WE50.304
- tin alkoxide WE40.604
- tin dioxide WE50.119
- tin whisker TH33.405
- TiO2 thin film TU30.405
- TiO2 TH31.304, WE40.316, WE40.422, WE40.501, WE40.518
- tip TU40.122
- tire TH30.601
- tissue engineering TU40.416, WE22.201
- tissue regeneration TU13.804
- titania nanorod WE60.104
- titania TH31.502, TU30.613, WE60.101
- titanium dioxide TH21.705, TU30.409, TU30.501, WE40.513
- titanium TU13.606
- Tm-doped phosphor TU30.912
- Tm3+-Doped TU30.911
- TMAH TH23.102
- TMA TU30.216
- tonal noise TU15.706
- tools WE12.205
- tooth decay TU15.804
- topography TU40.402
- torrefaction TU16.101
- torrefied TU16.101
- toughness WE15.301
- toxicity TU40.701, WE15.405, WE50.122
- toxins TU15.603
- tracking TU40.311, WE25.102
- trade TH43.402
- traditional energy WE14.703
- transcranial Doppler ultrasound TU13.003
- transducer WE15.502
- transfection TU40.509
- transfer-matrix TU30.110
- transformation TU40.604
- transforming WE15.905
- transient heat transfer TU15.902
- transients WE25.104
- transistor theory WE21.303
- transistors WE12.402
- transistor WE13.302
- transition metal oxides WE70.305
- transmission line TH42.501, WE25.104
- transparence WE60.113
- transparency TH43.402
- transparent conducting film WE40.504
- transparent conducting oxides TH21.405
- transparent conductive film WE40.303
- transparent electronics TU14.401, WE12.402
- transparent WE12.401, WE40.614
- transponder TU40.119
- Transport Properties TU30.440
- transportation fuel WE60.213
- transportation WE14.604, WE14.702, WE26.301
- transprot TU30.613
- trap WE40.112
- trauma TU40.121
- TRC MOSFET WE40.114, WE40.115
- treatment TU15.802
- tree propagation TH44.404
- tri-phasic reverse emulsion TH32.102
- triaxial TU40.121
- trimming WE40.613
- TRIZ TU13.202
- Trombosis TU15.803
- TSOM TH43.202
- tumor associated macrophages TU11.502
- tumor cell surface targeting WE50.128
- tumor markers WE50.302
- tumor treatment TU11.505
- tumor WE15.405, WE22.402, WE50.303
- tunnel magnetoresistance WE22.802
- tunneling model TH31.601
- turbogenerator TU12.857
- two-dimensional TU13.001
- two-photon polymeryzation TH31.201
- U87 cells TH43.103
- UAV TH24.304, WE15.905
- ultra flexible TH31.306
- ultra thin tin oxide films WE60.108
- ultra-high vacuum TU15.704
- ultra-high-density deuterium cluster WE70.203
- ultrafast lasers TH31.201
- Ultrafast Laser WE40.608
- ultrafiltration WE40.418
- ultrafine WE70.601
- ultrasonic spray pyrolysis TU30.402
- ultrasonic vibratior WE40.617
- ultrasound TU13.103
- ultraviolet WE23.102
- uncooled infrared material TU40.207
- uniaxial magnetic anisotropy WE40.219
- unified regional modeling (URM) WE22.601
- uniform size TU30.421
- uniquness TU16.103
- unit bundle WE60.505
- United Arab Emirates WE70.303
- universal gate TU40.114
- uPA WE50.130
- upconversion TH21.103, TU30.206
- upholstered furniture WE10.302
- UPS TU30.309
- uptake WE21.304
- user-friendly WE40.111
- UV exposure WE21.501
- uv photoluminescence WE21.102
- UV radiation TU50.201, WE12.502
- UV transparent WE50.206
- UV-light TU40.710
- UV-Vis TU30.434
- UV/Vis TU30.441
- UV TH44.103
- vaccin injections WE15.404
- van der Waals interaction TU30.203
- Vant Hoff TU50.104
- variable capacitor TU40.112
- VARTM TU30.216
- vascular muscle cell TU40.123
- vasospasm TU13.003
- velocity TU40.305
- Verilog-A WE25.105
- vertical (three dimensional) assembly WE40.310
- vertical growth TU30.607
- vertical velocity TU40.202
- vertical TU30.313
- vesicle TH21.601
- viability WE40.425
- vibration WE13.404
- vibratory modes WE22.903
- vibrator TU15.802
- vinyl ester WE40.201
- virtual power plant TU16.704
- virtual viewpoint WE16.004
- virus TH43.203, TU30.811, WE12.801, WE22.202
- visco elastic TH44.402
- viscosity TH21.705, WE13.402
- visible light WE40.423
- voltammetric studies WE60.117
- volume sensor TU40.126
- volume-of-fluid method WE40.123
- volumetric absorber TU15.902
- volume TU40.305
- Von Willebrand factor TH22.104
- von Willebrand factor TU40.502
- VOx/MgO TU30.416
- VSM TU30.215, WE40.219
- vulnerable plaque TU15.803
- Wafer-Level Testing TH44.202
- wafer TU13.405
- walls TH24.401
- waste disposal WE60.212
- waste minimization TU13.202
- waste plastices TU16.103
- waste plastics TU13.105
- waste plastic WE60.213
- waste utilisation WE70.602
- wastewater treatment TU13.102, TU15.604, WE70.605
- wastewater TU50.206, WE23.106
- water disinfection TU15.605
- water management TU15.601
- water purification TU15.707, WE23.103
- water quality WE13.304
- water reclamation/harvesting TU13.101
- water remediation TU15.707
- water rich mobile phase TU50.104
- water shortage TU15.601
- water splittig WE14.201
- water splitting WE40.217
- water treatment TU13.101, TU13.102, TU15.604, TU50.201, TU50.208
- water TU15.602, WE23.102, WE26.301
- waveguide WE15.903
- wavelet-based analysis WE50.108
- WCDMA TU40.206
- weak inversion TU40.108
- wearable devices TU50.304
- wear WE22.101
- weather conditions WE60.123
- WEEE TU13.103
- weibull technique WE60.205
- wet etching TH23.102
- wettability TU13.602
- wetting TH23.302, TH33.304, WE40.701
- wheeled WE15.905
- wild-type bacteriophage TU13.802
- wind energy potential WE60.203
- wind energy WE60.203
- wind farm WE60.205
- wind power TH50.203, TH50.204
- wind TH50.207, WE15.101
- wireless neural interfaces WE13.604
- wireless neurla interface TH23.404
- wireless power transfer TU50.304
- wireless TH11.304, WE15.901
- wires TH21.302
- WO3 WE13.303
- wool paper composite TH21.502
- wool TH31.105, TH42.403
- workplace safety TH22.502
- X-ray imaging WE40.426
- X-ray methods WE21.202
- XANES TU30.414, WE40.520, WE70.102
- xenograft TH32.203
- XPS TU30.309, TU30.441, WE21.304
- XRD TU30.215, TU30.441, WE40.210
- Xsim WE22.601
- yield WE40.307
- Youngs modulus TH31.403, TH44.103
- YPO4 TU30.914
- YSZ WE60.503
- Ytterbium TH21.103, TU30.206
- yttria sol WE60.502
- YVO4 laser TU40.306
- YVO4 TU30.911
- zap-70 TU13.901
- zebrafish WE50.311
- zein TH42.402, TH43.101
- zeolite molecular sieves (ZMS) TU50.204
- zeolites TU30.106, WE50.401
- zero voltage switching TU40.112
- zeta potential TU50.202
- zinc aluminate TU30.432
- zinc oxide WE12.104, WE40.411, WE40.417
- zinc phtalocyanine tetrasulphonet TU30.425
- zinc thin films TU30.420
- Zirconium ion WE50.104
- Zirconium Oxide TU30.206
- Zn nanorod array films WE60.117
- ZnNiO WE40.417
- ZnO nanoparticules WE40.428
- ZnO nanorods WE40.210
- ZnO quantum dots WE12.103
- ZnO TH44.304, TU13.404, TU30.420, TU30.434, TU30.606, TU30.607, TU30.620, WE21.501, WE40.205, WE40.520
- ZnPcSO4 TU30.442
- ZnS nanoparticles WE40.406
- ZnS WE40.413
- ZSM5 WE60.207
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