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Nanotech 2007 Program - Index of Keywords
- (Zn WE79.135
- 1.55 um TU81.222
- 1D assemblies TU81.312
- 1D nanochannels WE47.02
- 2.5 Gbps TU81.222
- 3-axis MO45.02
- 3D atomic-scale structure MO21.04
- 3D fabrication TH47.02
- 3d interconnect TU81.404
- 3D Poisson’s equation TU69.04
- 3D video tracking TH52.51
- 3D-Photonic Crystals MO47.01
- 3D MO40.04
- 3d TU81.207
- 5-Aminolevulinic acid TU80.708
- 32 nm WE28.01
- 45nm technology TU29.03
- [2]catenane TU47.03
- _biocompatibility WE78.111
- A=T base pair TU81.105
- ab initio quantum chemistry TU81.106
- ab initio WE86.03
- ab. initio WE83.04
- ABAQUS TU80.912
- abductive network WE78.917
- aberration corrector TH46.02
- absorption WE78.809
- accelerometer MO45.02
- accommodation TH46.01
- accumulation mode WE79.602
- acid gases WE77.306
- acidification rates MO44.01
- acoustic streaming TH82.02
- acoustic TH62.05, WE79.210
- acrylamide TU80.724
- acrylic acid TU80.516
- active coatings TU81.402
- active glass WE78.810
- active TH26.01, TH62.04
- acuous oily wastes TH52.73
- acute toxicity TU80.407
- ac WE84.01
- adamantanethiol TU80.905
- adaptive grid refinement TU81.410
- adaptive sliding mode control TU81.424
- adaptive TH26.01
- adenovirus WE78.202
- adhesion and spreading WE79.125
- adhesion WE42.01
- adsorption TU80.408, TU81.108, TU81.110
- advanced materials TH86.02
- Advanced oxidation WE77.258
- aerogels WE79.133
- aerolysin WE78.212
- aerosil 200 WE69.01
- Aerosol Flame Deposition TU80.743
- aerosols TU80.404
- aerosol MO43.02, MO43.03, MO43.04
- Aerospace & Defense TU78.45, WE98.21
- AFM (atomic force microscopy) anodic oxidation WE79.137
- AFM MO67.03, MO67.04, TH44.02, TH46.05, TH46.06, TU67.02, TU67.03, TU80.122, TU80.912, WE44.03, WE78.311, WE78.906, WE79.104, WE79.107
- afm WE79.503
- AFM WE85.02
- Ag powder WE78.309
- Ag thiolate WE78.309
- agarose TU81.107
- agglomerate MO43.03
- aggregation TH28.04, WE78.208
- AIDS WE78.824
- Air Cooling System WE77.203
- air pollution WE77.202
- airborne molecular contamination TU81.327
- airborne MO25.03
- ALD WE87.02
- alginate nanohydrogels TU80.710
- algorithm WE78.313
- Algorithm WE93.71
- aligned films WE93.52
- aligned nanotube MO62.04
- alignment layer TU81.220
- alignment TH67.01
- alkali melt WE77.254
- alkoxides TU81.316
- alkylating agents TU80.222
- allergic WE50.03
- allowance WE79.402
- alpha-cyclodextrin TU80.504
- alpha-helical peptides WE78.212
- alpha-hemolysin WE78.212
- Alq3 TU80.915, TU81.320
- Alternative fuel WE93.72
- alumina TU81.326
- ambient intelligence TH52.51
- Ambisone-lyposom TU80.104
- amines WE77.301
- AMI TU80.716
- Amorphous Diamond WE77.353
- amorphous diamond WE79.305
- amorphous Si nanoparticles TU81.317
- amperometric detection TU80.316
- amphiphile self-assembly WE41.04
- amyloid beta WE78.923
- Amyloidogenesis TU80.746
- analog circuit analysis and design TU29.02
- analog design TU29.01
- analog mixed-signal sytems TU68.03
- analysis MO61.01, TU81.421
- analytic model TH29.03
- analytic solutions WE79.609
- analytical analysis TU80.802
- analytical TU81.328
- anatase WE77.305, WE79.127
- anchoring energy TU81.220
- and Bacillus anthracis spores TU80.315
- Anderson-Schulz-Flory equation WE78.813
- angiogenesis MO71.01
- anistropic particles TU62.02
- annealing WE78.819
- anode TU80.743, TU81.331
- Antenna Array TH52.54
- anti-cancer agent WE93.05
- anti-fog TH52.75
- anti-HER2 TH48.02
- anti-viral TH52.04
- antibodies TH84.04
- antigens WE46.02
- antimicrobial TH85.02, WE78.822, WE79.102
- antioxidant WE41.05
- antisolvent TU80.709
- antitubercular drug delivery WE78.214
- antiviral therapy TH48.03
- APID WE79.103
- apodization MO47.02
- apoptosis WE78.109
- applications WE90.05
- aptamers MO24.03
- aptamer TU80.111
- Aptamer TU80.207
- AqpZ MO70.04
- aquatic TU80.407
- aqueous media TU80.522
- architechtural glass TH52.77
- architecture TU61.04, WE77.304, WE77.401, WE79.502
- arctic WE78.808
- area detector MO21.03
- area effect TU81.205
- armor glass TH52.77
- Army TU81.402
- array TH62.04, TU80.920
- art unit WE79.402
- asbestos WE77.254
- ascorbate oxidase WE78.301
- ascorbic acid WE41.05, WE78.301
- ASIC WE50.07
- assemblies WE21.01
- assembly TU67.01, TU80.722, WE43.04, WE64.03, WE78.621
- assessment WE79.501
- astrocyte WE78.826
- asymmetric nanocatalysts WE78.814
- asymmetric TU75.02
- atmosphere TU80.404
- atomic force microscope (AFM) TU81.120
- atomic force microscopy TH46.05, WE45.02, WE78.310
- atomic force TU81.314
- atomic layer deposition TU81.422
- atomistic continuum mechanics TU81.103
- atomistic modeling MO66.01, TU80.918
- ATPase TH50.04
- Au nano particle TU80.742
- augmented materials MO25.02
- AUSM+ TU81.411
- authenticity verification TH85.52
- autoimmune disease TH52.01
- autologous WE50.02
- automation imaging synaps cortex TH68.02
- automotive glass TH52.77
- automotive WE93.72
- autonomous behavior TH52.52
- autonomy TU48.03
- Au WE81.02
- avalanche WE79.701
- awards TH74.51
- AWG TU81.211
- axon regeneration TH68.03
- Bacillus spores TH27.03
- bacterial leaching WE77.152
- bacterials adhesion WE78.102
- bacteria WE78.305
- bacteriophage TU81.120
- balistocardiography WE78.303
- Ballistic transport WE79.709
- ballistic WE30.01
- band diagram WE78.710
- band structure WE78.605
- bandwidth WE78.706
- barium titanate WE77.307
- barriers WE77.502
- batteries WE77.502
- battery TH86.02, TU81.331
- beam TU81.421
- behavioral modeling TU68.03
- bending TU81.421
- benefits WE79.501
- BET surface area WE78.904
- BGA MO22.04
- bHCG MO44.04
- bi-polar plates WE79.304
- bi-stable mechanism TU81.417
- Bi-stable WE79.126
- bilayer TH27.02
- bio sensors TU80.310, TU80.321, TU81.304, WE78.307
- bio-AFM TU80.313
- bio-analytical and electronic measurement TH24.02
- bio-detection WE65.02
- bio-diesel improvement WE93.72
- bio-interfaces TH84.04
- bio-materials MO70.03
- Bio-MEMS TU80.904
- bio-nano combined interfaces WE79.106
- Bio-safety TU80.301
- bioaccumulation TU80.408
- biochip TU81.423
- biocompatibilities WE78.102
- biocompatible ceramics TU80.119
- biocomposite TH52.72
- bioconjugates WE78.724
- biodegradable polymer TU80.205
- biodegradable TH52.74, WE46.02, WE78.108, WE78.113, WE79.129
- biodiesel fuels TH88.03
- Biodiesel TH88.02
- biodisribution WE78.110
- bioelectronic regenerate TU80.319
- bioelectronics WE78.724
- bioenergy WE77.452
- BioFETs TH51.01
- Biofilm TH76.05
- Biofuels TH88.02
- biofuels WE77.104, WE77.105
- biofules WE77.501
- biofunctionalization TH84.01
- Biogas WE77.101
- biogas WE77.102
- bioimmobilization TU80.904
- bioinformatics WE93.53
- biological WE85.04
- bioluminescence TU80.224, WE65.02
- bioluminescent imaging MO71.03
- biomarker discovery WE93.02
- biomarkers TU80.127
- biomarker MO44.04, WE93.04
- biomaterials TH44.02, WE78.120, WE78.121, WE85.03
- biomaterial TH67.05, WE78.103
- biomatrices WE78.108, WE79.129
- biomedical device TH27.04
- Biomedical Imaging WE78.207
- BioMEMS TU80.223
- biomimetic MO70.05, TH27.01, TH47.03
- biomolecular imaging WE78.209
- biomolecules MO24.02
- biomolecule TU80.125
- biopolymers MO20.02, TU80.603
- Biorecognition WE78.119
- bioremediation WE77.251
- biosensing TH84.04
- Biosensors. WE93.51
- biosensors MO24.02
- Biosensors TH51.01
- biosensors TH65.02
- biosensor MO24.04, TU80.305, TU80.312, TU80.314, TU80.315, TU80.317, TU80.319, TU81.330, WE65.04, WE78.306, WE79.207
- biowaste WE77.102
- bipolar circuit design WE79.701
- bipolar transistors TU81.117
- birefringence TU80.915
- Bisphosphonates TU80.123
- bisphosphonates TU80.124
- bitline leakage TU81.208
- black body WE79.305
- black silicon WE79.307
- blend WE79.306
- Blind channel deconvolution WE93.54
- blind channel equalization WE93.54
- blister test TU80.521
- block copolymer template MO62.03
- block copolymer thin film WE78.907
- block copolymers MO40.02, MO40.03, TU61.52
- block copolymer TH76.04, WE42.03
- blood cell separation TU48.02
- blood WE45.04
- BMP TU80.227
- BN-doped Fullerene WE66.03
- BNP TU80.111
- body current WE74.01
- Bombesin TU80.126
- bond critical point WE78.712
- bonding TH42.01, WE79.211
- bond WE78.610
- bone regeneration TU80.227
- bone WE78.111
- boronic acid WE78.301
- Boron TU80.918, TU81.201
- boss membrane MO45.03
- Bragg grating MO47.02
- brain tumors TU80.120
- brain tumour TU80.204
- brain-machine interface WE78.119
- branched gold nanoparticles WE78.203
- brand protection TH85.52
- brand WE79.401
- break junction WE78.722
- breaking strength WE63.01
- breast cancer WE78.211
- breeding WE77.302
- BRET WE65.02
- bridging domain TH70.12
- broadband WE79.704
- Brodsky WE93.03
- brownfields TH52.71
- BSA TU80.904
- bsim WE79.604
- BSIM WE79.612
- bubble TH62.05, TU80.606
- buckling MO66.06
- building efficiency WE77.309
- bulk FinFET WE78.705, WE78.706
- bulk mos WE79.604
- bundling TU80.114
- business modeling TU81.503
- business strategy WE77.261
- c-level WE77.451
- C60-dimer WE66.03
- cadmium zinc telluride TU80.926
- CAD WE62.02
- caenorhabditis elegans TU80.101
- cahracterisation TU81.425
- Calcium hydroxyapatite TU80.123
- calcium hydroxyapatite TU80.124
- calorimetry WE78.827
- CAM method TU81.103
- cancer cells TU80.116
- cancer cell TU80.113
- cancer detection WE45.03
- cancer gene therapy MO71.05
- Cancer Therapy WE78.207
- cancer TU80.122
- Cancer TU80.126
- cancer TU80.127
- Cancer TU80.207
- cancer WE50.01
- Cancer WE50.05
- cancer WE78.216, WE87.01, WE93.02
- cantilever control MO67.02
- cantilever sensor TU80.302
- cantilever TH46.05
- Cantilever WE79.107
- cantileve WE79.209
- Capacitance Voltge WE79.611
- capacitance MO44.02, WE78.607, WE79.211, WE79.602
- capillary electrophoresis TU80.734, WE78.519
- capillary inkjet head system WE78.523
- capital WE76.03
- carbides MO68.01, WE78.602
- carbohydrates WE78.215
- carbon black TU80.114
- carbon fiber TU80.227
- carbon nanofiber array TH27.04
- carbon nanofibers WE79.110, WE79.313
- carbon nanofiber TU81.331
- carbon nanoribbon TU81.206
- Carbon Nanotube (CNT) WE78.605
- carbon nanotube bundle TU81.205
- Carbon Nanotube Deposition WE50.52
- Carbon Nanotube Field Effect Transistor (CNFET) WE78.605
- carbon nanotube field-effect transistors MO24.03
- carbon nanotube films WE78.623
- carbon nanotube filter TU80.415
- carbon nanotube membrane fluid flow separations WE47.05
- carbon nanotube transistor WE30.02
- carbon nanotubes MO22.02, MO67.05, TH43.02, TH70.13, TU80.114, TU80.226, TU80.511, TU80.512, TU81.210, WE42.04, WE43.03, WE43.04, WE63.03, WE77.308, WE78.301, WE78.613, WE78.618, WE79.106, WE79.109, WE79.112, WE93.52
- carbon nanotube MO22.01, MO22.03, MO22.04, MO42.03, MO42.05, MO62.03, TH43.01, TH43.03, TH45.05, TH70.01, TU47.04, TU80.305, TU80.409, TU80.802, WE78.122, WE78.607, WE78.608, WE78.612, WE78.614, WE79.117, WE87.03, WE89.05
- carbon naosphere chains WE79.132
- carbon recapture WE77.105
- Carbon-nanotubes. TH52.76
- carbon MO62.02, TU80.503
- carbphydrate WE78.402
- cardiomyocytes MO44.01
- carotenoides WE78.201
- carrier transit delay WE79.602
- case analysis TU81.503
- casepase activity WE78.109
- Casimir WE79.133
- catalysis MO43.05, TH88.04
- catalyst-assisted WE78.611
- catalyst WE77.156
- catalytic effect WE87.03
- cathode WE79.313
- caustic soda WE77.252
- cavitation MO64.05
- CCVD WE78.618
- CdS-ZnS TU80.736
- CdSe WE78.812, WE79.310
- CdS TU80.736, WE78.816
- CdTe quantum dots WE78.320
- Cd TU80.408
- cell adhesion WE78.102
- cell culture WE78.115
- cell cytotoxicity screening TH62.01
- cell death WE89.02
- cell destruction TH48.05
- cell diagnostics MO44.02
- cell lysis MO64.05
- cell phone TH85.03
- cell separation TU48.02
- cell signalling TU80.110
- cell sorting WE78.508
- cell stimulation TH27.04
- cell targeting WE46.05
- cells MO64.03, MO64.06, TH62.04, TU80.707
- cellular uptake WE78.211
- cellulose nitrate TU81.330
- cellulose polymer TH52.72
- cellulose TU42.05
- cell WE78.509, WE79.137
- central nervous system TH68.03
- central processing unit WE79.204
- centrifugal microfluidics MO64.02, TH82.01
- CeO2 WE77.158
- ceramic microchannels WE78.515
- ceramics TH47.02
- cerium oxide TH88.04
- CFD TU80.727
- chain architecture TH50.02
- chain confinement and stiffening TH63.03
- chalcogenide MO68.02
- challenges WE77.553
- chaotic advection WE84.03
- chaotic mixing WE78.504, WE78.530
- chaotic WE79.213
- characterisation MO43.06
- characterization methods TU29.01
- characterization tools TH46.01, WE26.01
- characterization. WE78.208
- Characterization MO43.01
- characterization MO43.04, MO45.02, TU80.522, TU80.703, TU80.721, WE21.02, WE62.01, WE78.914, WE85.01
- charge patitioning TH51.03
- charge trap WE30.03
- charge-based compact models WE79.603
- charge-based TU75.02
- charge TU67.01
- Chemical detection MO65.01
- chemical nano sensors TU81.407
- chemical nanopattern TU80.323
- chemical patterning TU80.905
- chemical reactions WE78.520
- chemical sensor MO65.03, TU81.405
- Chemicals TU78.01, WE95.24
- chemical WE79.217
- chemistry WE63.02
- chemoprevention WE47.06
- chip electrophoresis WE78.516
- chip scale packaging TU81.404
- chiral clusters WE78.814
- chitasan TU80.118
- chitosan TH47.04, TU80.109, TU80.708, TU80.713, TU81.311, WE78.104
- chlorohexidine TU80.212
- cholesterol WE93.03
- chondroitin sulfate WE78.117
- chromatography WE79.112
- circuit design automation TU81.420
- circuit model MO66.03
- circuit simulation WE79.606, WE79.607, WE79.707
- circuits TU68.03
- circulating tumor cells MO64.04
- citosan TU80.505
- citrate gel WE78.909
- clay TH63.02, WE21.02
- clean hydrogen WE77.157
- Clean Technology WE97.72
- clean tech WE77.551
- Cleaning Verification TU80.222
- cleanroom TU81.327
- Cleantech policy WE77.503
- cleantech WE77.159, WE77.261, WE77.451
- CleanTech WE77.453
- closed-both-end capillary WE78.531
- closed-loop blood glucose TH85.04
- cluster beam deposition TU80.920
- cluster models TU80.404
- CMM MO45.03
- CMOS-MEMS MO45.02
- CMOS TU81.326, WE78.621
- CMPS WE28.01
- CNEMS TU81.208
- CNR TU81.206
- CNS regeneration TH68.01
- CNS TU80.206, WE89.02
- CNT production WE79.111
- CNT self assembly TU81.318
- CNT toners TU81.318
- CNTs WE63.03, WE78.615
- CNT TU81.502, WE43.02, WE78.603
- Co-Alloys WE78.821
- CO2 capture TH85.54
- CO2 WE77.502
- Co3O4 nanoparticles TU80.704
- coal-fired utilities WE77.306
- coalescence TU80.606
- coating MO63.01
- Coating TH52.75
- coating TU61.51
- cobalt ferrite TU80.719, WE78.116
- CoCrPtO TH64.01
- CoFeHfO thin films TU80.925
- cold field emitters WE78.613
- collaboration WE79.502
- collagen MO21.03, WE78.101, WE78.312
- collidal lithography TH84.03
- colloidal Au particle TU81.405
- colloidal crystals TU42.02
- colloidal lithography TH84.04, TU80.323
- colloidal self-assembly TU42.01
- colloidal stability WE78.922
- colloidal WE93.04
- Colloid TU62.03
- colon cancer WE47.06
- colored waste water WE77.258
- combinatorial methods TU21.01
- combinatorial TU61.02
- combustion synthesis WE78.615
- combustion TU80.724
- commercial mortars WE77.305
- communications WE77.261
- compact modeling TH51.04, TU75.04, WE74.01, WE74.02, WE79.604, WE79.606, WE79.607, WE79.703
- compact models WE48.03
- compact model MO66.03, TH51.02, TU29.03, TU49.01, TU75.01, WE30.02, WE79.609, WE79.610
- Compact Model WE79.705
- compact model WE79.707
- compact MOSFET model TU29.02
- compare TU81.315
- comparison TU81.421
- compatibility TH63.01
- competitive WE90.04
- complex step method TU81.109
- composite material TU80.732
- composite nanoparticle TU80.505
- composites MO40.04, TH50.02, WE63.01, WE63.02
- composite TH70.12, TU47.02, WE78.610, WE78.803
- Composite WE87.01
- composition TH50.02
- compression WE93.71
- computation efficiency WE79.703
- computational binding MO20.02
- computational design TU80.318
- computational modeling TH86.02
- computation TU81.421
- Computer Chips WE50.52
- computer modeling WE83.04
- computer simulation TU81.112
- concentrated suspension TU62.02
- concentration WE79.206
- Concept Aspect Profile WE77.260
- conceptual phase WE77.260
- concurrent equalizer WE93.54
- condensation TU80.702
- conductance WE78.617
- Conducting polymers TU80.602
- conducting polymers WE78.708
- conducting polymer TU80.523
- conduction path TU69.04
- Conduction Properties WE66.03
- conductiuve nanocomposite TH43.01
- conductive polymer WE78.122
- conductivity MO42.01, TU80.501
- conductors TH75.02
- confocal MO67.04
- Confocal WE78.514
- confocal WE78.812
- conformal electronics TU81.505
- conjugates WE77.251
- constriants WE85.01
- construction WE77.304
- consumer benefits TU80.401
- consumer products TH49.04
- contact angle WE78.503, WE79.101
- contamination MO61.01, TH85.02
- continuum WE78.616
- contrast agents WE78.206
- control banding TH49.03
- controlled assembly TH50.02
- controlled radical polymerization TU80.522
- Controlled Release TU80.207
- controlled release TU80.710, WE50.55
- convection WE78.405
- coordination polymer WE78.823
- coordination TU47.03
- copolymers TU80.515
- copper TU80.104, TU80.120
- CoPt WE78.821
- COP WE77.203
- core-shell structure TU80.113
- core-shell TU80.108, TU80.736, WE21.01
- corner model WE48.04
- correlated roughness MO67.01
- correlation WE48.03
- corrosion TU61.01
- cosmetic actives TU80.713
- cosmetics TU80.517
- costs WE79.501
- Coulomb oscillation WE78.612
- Coulomb-blockade devices WE78.723
- coulomb TU67.01
- counterfeiting WE79.401
- counterions WE84.05
- counting TU80.740
- coupled domain modeling TU81.419
- coupling TU80.311
- covalent WE43.02
- COX-2 TU80.216
- crack WE86.02
- Critical Care WE50.05
- critical heat flux TU80.927
- critical thinking WE79.501
- cross-contamination TH85.02
- cross-sections MO40.04
- crossbar TU81.219
- crosslinked TU80.515, TU80.728
- crumb rubber WE77.257
- cryogenic WE78.801
- cryoTEM WE85.03
- crystallization TU80.518, TU80.709
- CSI TH75.03
- CSP TU81.404
- CT imaging TU80.125, WE78.215
- cubic phases WE41.02
- CuO nanofilm WE78.809
- CuO/CeO2 WE77.158
- CuO WE77.158
- curing WE42.02
- current blockade WE78.212
- current density WE78.614
- current leakage TU81.117
- current scaling relation WE78.507
- current-induced breakdown WE79.110
- current WE78.725
- cutoff frequency WE78.706
- cutting oils TH52.73
- CVD process MO47.04
- CVD TH70.11
- CVI WE77.201
- cyclic redundancy check WE79.216
- cyclodextrin TU47.03, TU80.726
- cytochrome WE78.724
- cytotoxicity WE78.210, WE79.125, WE89.02
- cytotoxicology TH52.03
- cytotoxic WE78.114
- data storage TU81.414, WE79.208, WE93.74
- data transfer WE79.217
- database TH52.55
- deagglomeration TU80.705
- Debye glass WE41.01
- dechlorination WE29.03
- decision analysis TU80.406
- declarations TU80.402
- Decomposition methanol WE77.158
- DECONTAMINATION WE77.253
- Deep web TH52.55
- defect analysis TU81.303
- defects TU80.741
- deformation measurement WE26.03
- deformation WE78.510
- dehydrogenase TU80.319
- delaminating force TU80.521
- delay distribution WE48.02
- delivery WE46.02
- demolding force TU68.05
- demolding TU68.05
- dendrimer TH44.02
- dendron TU80.313, WE65.03
- density functional theory TH70.02, TH70.11, TU81.101
- density WE78.904
- dental implant WE78.106
- dental resin WE78.105
- dental TU80.212
- dentritic copolymer structures TH50.02
- deposition TH65.03
- desalination MO42.03, TU80.415
- Design-for-Environment WE77.403
- design TU81.117, WE78.725, WE79.205, WE79.209, WE79.217
- DESORPTION WE77.253
- Desulphurization of coal WE77.152
- detection of dopamine WE78.301
- detection MO65.02
- detectors WE79.120
- detector MO47.03
- development of synthetic receptors TU80.318
- development. WE77.101
- development TU81.507
- device modeling TU69.01
- device physics TU49.01, WE79.606, WE79.607
- device simulation TU68.02
- device-circuit coupled simulation WE78.706
- devices TU81.403, WE78.517, WE78.518, WE78.725
- device TH45.02
- dextran TH67.05
- dextrin TU80.201
- DFB TU81.222
- DFT Pt CO adsorption oxidation catalysis diesel TU81.122
- DFT TU81.105, TU81.110, WE66.03, WE78.404, WE78.719
- DG TU75.02
- di-block copolymer MO67.01
- diabetes WE50.02
- diagnostic tests TH52.02
- diagnostics MO24.04, TH85.06, WE45.04
- Diagnostics WE50.01
- diagnostics WE65.01, WE78.824
- diagnostic WE50.04
- diameter MO62.04, WE78.506
- diamond enzyme immobilization electron transfer TU80.809
- diamond film TU81.310
- diblock copolymers WE81.02
- dielectric properties TU81.310
- dielectrophoresis MO44.02, MO64.03, TU81.207, WE81.04
- diesel particle WE77.201
- dies TU81.403
- diffusion TU80.917, WE47.03, WE78.405, WE78.520, WE79.203, WE79.501
- digital circuits WE83.02
- digital image correlation WE26.03
- digital quality power WE79.312
- digital MO67.02
- diisocyanate WE43.02
- diode WE79.703
- dioxin TU80.403
- dip pen nanolithography WE44.03
- Dip Pen WE62.05
- dip-pen nanolithography TH44.03
- dip-pen WE64.02
- direct conversion WE79.311
- direct deposition WE44.03
- direct lithography TU81.301
- direct tunneling gate current WE78.605
- Direct write photolithography WE93.51
- directed assembly MO68.05
- directed growth WE43.04
- dislocation emission WE86.01
- disordered repulsive droplets WE41.01
- disorder MO41.02, WE78.617
- dispersant TU62.02
- dispersion TH43.01, TU42.04, TU80.705, TU80.733, TU80.806
- display devices WE44.01
- dissipation TU80.520
- distillation TU80.415
- distortion WE74.04, WE79.604
- distributed generation TH75.03
- distributed key TH52.53
- distribution TH85.02, WE79.312
- DLC MO45.03
- DNA detection WE45.01
- DNA extraction MO64.02
- DNA functionalized nanoparticles WE45.02
- DNA hybridization WE65.03
- DNA isothermal amplification WE45.02
- DNA methylation WE45.03
- DNA microarrays TH44.03, TH62.03, WE45.02
- DNA microarray WE45.01
- DNA nanoplexes TU80.202
- DNA nanospheres WE45.02
- DNA sensor TH27.04, WE78.306
- DNA standards. TH52.02
- DNA stretching WE47.04
- DNAFET WE78.306
- DNA MO64.06, TH44.01, TH44.02, TH48.04, TH70.01, TU80.107, TU80.226
- dna TU80.302
- DNA TU80.307, WE47.04
- docetaxel WE46.01, WE46.03
- dopamine TH85.05
- dopants TH45.06
- doping WE79.104, WE87.04
- double gate MOSFETs WE79.609
- double gate MOSFET WE74.04, WE79.605
- double gate TU75.04, WE79.711, WE79.712
- double integral drain current y-equation TU49.03
- double wall nanottubes MO62.01
- double-faced wall stagnation flow burner WE78.615
- double-gate MOSFET TH64.03
- double-gate mosfet TU75.03
- double-gate WE79.610
- Doxil TH67.03
- doxorubicin TU80.204
- DPF WE77.201
- DPN WE44.03
- DPSS TU81.304
- drain current TU75.02
- drain-induced charge enhancement TU69.02
- DRIE WE79.214
- Drift Diffusion transport WE79.709
- drinking water treatment WE89.04
- DRM TH52.53
- drop formation TH42.03
- drop-on-demand WE78.523
- droplet boiling TU80.718
- droplet formation TH42.04, TU80.322
- droplet TU80.606, WE78.502, WE84.06
- drug delivery system TU80.205
- drug delivery vehicle WE41.03
- drug delivery TH67.03, TH85.06, TU80.206, TU80.209, TU80.211, TU80.223, TU80.225, TU80.711, WE46.05, WE50.55, WE78.113, WE78.201, WE78.805, WE84.02
- drug development TU80.318
- drug screening TU80.101
- drug-delivery systems TU80.210
- drug/gene delivery WE78.205
- dry condition TH76.03
- dry mechanical screening and flotation WE77.151
- dsDNA TU81.103
- DSMC TU81.119, TU81.121
- dual beam FIB TU81.303
- dual-gate TU75.02
- DUV photolithography MO47.02
- DWNTs TU80.927
- dye molecule WE77.352
- dye sensitization WE79.309
- dye-sensitized solar cell WE79.308
- dynamic authentication TH52.53
- dynamic viscosity TU80.506
- dynamics MO66.06, TH76.01, WE85.01
- dynamic TU80.740
- e-beam lithography TU81.302, WE64.01
- E.coli bacteria WE77.255
- easyscan WE79.503
- eccentrically TU81.418
- eco-compliance TU80.402
- ecobinders WE77.303
- education TH61.01, TH61.02, WE79.501, WE79.502, WE79.503
- effect of random dopant WE78.705
- effective drain-source voltage TH51.04
- effective mechanical properties and responses TU80.802
- effects of thermal treatment WE79.132
- efficiency WE77.105, WE79.612
- effluent reduction WE77.205
- EGFR WE78.204
- EIS TU61.01
- EKV3 model TU29.01
- elasticity WE86.03
- elastic WE78.616
- elastomers TH63.03
- electric field TH44.01, TH46.06, WE43.04
- electrical characterization WE79.702
- electrical conductivity TU81.218, WE79.134
- electrical contacts MO42.05
- electrical detection TU80.308
- electrical mobility technique WE78.905
- electrical properties TU80.512, WE42.04
- electrical transmission grid TH75.02
- electro-depositable resist TU68.01
- Electro-hydrodynamics WE78.526
- electro-thermal actuator MO66.04
- electro-thermal WE78.721
- electrocatalysts WE79.304
- electrochemical capacitors WE79.316
- Electrochemical Characteristic WE78.107
- electrochemical sensing TH82.03
- electrochemical sensor TU80.306
- electrochemistry TU80.602
- electrodeposition WE79.120
- electrode WE78.122
- electrodynamics WE78.614
- electroforming TU80.916
- electrokinetic remediation WE29.01
- electroless plating TH44.04
- electrolytes TU80.911
- electrolyte TH85.54, WE79.309
- electrolyzer WE77.351
- electromagnetic actuator WE79.208
- electromagnetic field TU81.102
- electromanipulation MO44.02
- electromigration WE78.722
- electron beam lithography WE44.04
- electron density WE78.712
- electron effective mass WE78.715
- electron propagator method WE78.711
- electron transport MO42.02, WE78.714
- electronic affinity WE78.712
- electronic circuits TU42.05
- electronic DNA detection WE45.02
- electronic properties WE66.01
- electronic structure calculation TH70.01
- electronic structures TU81.113
- electronic structure WE66.01
- electronic transport WE62.03
- Electronics TU76.41, TU76.42, TU76.43, TU76.44, WE98.22
- electrons WE77.202
- electroosmosis of the second kind WE84.01
- electroosmosis WE29.01, WE78.531
- electroosmostic flows WE79.207
- electroosmotic flow WE78.505
- electroosmotic pump WE77.155
- electrophoresis WE78.531, WE84.05
- electrophoretic deposition WE78.809
- electroporation TH28.02
- Electrospinning process TU81.315
- electrospinning TH67.01, TU80.508, TU81.330, WE78.104, WE78.108, WE78.118, WE79.129
- electrospray MO43.04
- Electrospray WE93.02
- electrostatic inkjet printing system WE78.523
- electrotransfection TH28.02
- Ellipsometry WE78.911
- ellipsometry WE79.306
- Embedded WE50.53
- embossing TH42.01
- emissions WE77.401, WE77.502, WE93.72
- emission TH64.02
- emissive devices WE78.623
- EMP WE87.02
- emulsification WE78.528
- emulsion polymerization TU80.728
- emulsion TU80.804
- Encapsulated and Released Drug TU80.121
- encapsulation NIR dye WE78.304
- encapsulation MO70.02, TH28.04, TU80.108, TU80.603, TU80.713, WE50.55
- encryption TH52.53
- endocytosis WE78.213
- energy efficiency TH75.02, TH75.03, TU80.415
- Energy efficiency WE77.309
- energy scavenging MO45.04
- energy storage TH86.02
- energy TH53.03, WE76.03, WE77.157
- Energy WE77.453, WE95.01, WE95.02, WE95.03, WE95.05, WE98.01, WE98.02, WE98.03, WE98.04, WE98.05
- engine deposits TH88.04
- engine testing WE77.401
- engineered networks WE78.112
- engineering controls TU81.509
- engineering TH68.05
- Engineering TU78.42
- engineering WE77.401
- Engineering WE92.22
- Environmental Directives WE77.403
- environmental health TU80.411
- Environmental Management WE77.259
- environmentally benign design TU81.506
- environmental MO25.03, TU81.508, WE77.401
- environment TH49.02
- envrionment TU80.405
- enzyme TU81.101, WE77.251
- EO2 WE84.01
- EOS TU80.307
- epidermis damage TU80.409
- epitaxy WE50.53
- epoxy networks TU80.514
- Epoxy TH52.76
- epoxy TU61.01, TU81.322, WE87.06
- EPR MO61.02
- ESEM WE85.04
- ethanol WE78.622
- ETS-4 WE79.301
- evaluation WE77.451, WE79.501
- evaporation TU80.702
- evidence based management WE77.260
- evolutionary algorithm TU81.420
- evulutionary algorithms TU68.01
- EXAFS WE79.104, WE79.108
- Excellent electrical and magnetic properties TU80.925
- exchanges TU80.402
- Excimer TU81.304, WE78.514
- excited state TU81.106
- excitons WE66.02
- EXPAR TU80.307
- experimental binding MO20.02
- expert opinion elicitation TH49.03
- explicit compact model WE74.03
- explicit solution WE79.703
- explicit solvent model TU81.106
- exposure assessment TU81.509
- exposure control TU81.509
- exposure TH49.04, TU80.405
- external electric field TU81.113
- extracellular matrix TH67.05
- extrusion process TH52.72
- F0F1-ATP motor WE78.318
- F1F0-ATPase WE78.320
- fabrication techniques TU42.01
- fabrication WE47.02
- Fabry Perot WE79.210
- facility WE77.401
- failure mechanisms WE78.919
- fat soluible micornutrients TU80.215
- fate TU80.405
- Fd3m bulk mesophase WE41.02
- Fe nanopowders WE78.802
- feed-in-tariff WE77.501
- feedstock WE77.104
- felts WE63.01
- femtosecond laser TU81.303, WE79.307
- FePt WE78.819
- ferrite TU80.506
- ferritin TU80.508
- ferrocene WE78.622
- ferrofluid TH82.01
- ferromagnetic TU80.719
- ferromagnetism TU80.725
- FETs TH51.01, TU81.117, WE30.03
- FET WE78.607, WE78.704
- Fe TU80.801, WE86.01
- fiber optic WE79.210
- fibril WE78.101
- fibrinogen WE78.302
- FIB MO40.04, WE26.04, WE44.02
- fictitious domain/Maxwell stress tensor formulation WE84.03
- field effect device TU80.321
- field effect MO24.02
- field electron emission TU81.205
- field emission MO22.03, MO22.04, WE78.614, WE79.305
- field-effect transistor TU81.215, WE78.612
- field-effect WE83.04
- figure of merit WE79.134
- film WE78.606
- filtering TU80.603
- filter WE79.113
- filtration effect TU80.705
- filtration method WE78.623
- filtration TH84.02, WE29.04
- Financial Risk WE77.403
- FinFETs TH29.02
- FinFET TU69.02, TU75.01, WE78.703
- finishing WE78.822
- finite element analysis TU80.802, WE78.917
- finite element method (FEM) TU81.415
- finite element method WE79.202
- finite element MO66.04
- Finite volume TU81.411
- Finn WE93.05
- first-principles TU80.917
- FITC TU80.109
- flame acceleration TU81.411
- flame spray pyrolysis MO43.06
- flame spray MO43.02
- flame synthesis MO43.05
- flat glass TH52.77
- Flat Panel Displays WE50.52
- flat-band current TU49.03
- Flexible Display WE79.126
- flexible electronics TU81.505
- flexible functionality WE78.723
- flexible TU81.207
- flicker noise WE30.03
- flicker WE79.601
- flooding WE77.155
- flourescence WE78.805
- FLOW CONTROL WE79.131
- flow cytometry TU48.04, WE78.211
- flow TH82.03, WE47.03, WE78.316, WE78.506, WE84.04
- fluctuation of electrical characteristics WE78.705
- fluid transport TH82.03, WE84.02, WE84.04
- fluidic device design WE84.04
- fluidic device simulation WE84.04
- Fluidic forces WE77.256
- fluidics TH62.04
- fluorescence enhancement WE45.01
- fluorescence microscopy WE47.02, WE93.76
- fluorescence quenching WE45.01
- fluorescence resonance energy transfer WE78.823
- Fluorescence-based PCR TH52.02
- fluorescence TU80.108, TU80.707, WE78.209, WE78.812, WE93.04
- fluorescent dyes TU80.108
- fluorescent nanoparticles TH28.03
- fluorescent TU80.110
- fluoresencence spectoroscopy TU80.222
- fly ash WE77.151
- fMLP WE78.302
- foam TU80.603
- focused ion beam TU81.305, WE26.04
- foldamer MO70.05
- folding MO70.02
- folic acid and nanoparticle TU80.708
- follow-up WE78.524
- food liquid crystals WE41.02
- Food Products WE92.53
- food safety WE78.308
- food vs. fuel WE77.104
- foodborne bacteria WE78.308
- Food TU62.03
- food TU80.401
- force distance curve TH46.06
- force WE85.02
- forensic TU80.412
- form-in-place membranes WE78.517, WE78.518
- formaldehyde TU80.404
- Fourier transforms WE93.71
- FPGA MO67.02, WE93.53
- fracture toughness TU80.510
- fracture TU47.02
- free radicals TU80.226
- freeze-fracture elecron microscopy WE78.205
- Frenel diffraction TU68.01
- frequency domain MO66.05
- frequency WE78.604
- fringing field TU67.01
- front panel display WE79.305
- front tracking method TH42.04
- front tracking WE78.510
- fsion phage TH67.03
- FT synthesis WE78.813
- FTIR and TG-DTA WE79.115
- FTIR TU80.724
- fuel cell membranes TH76.01
- fuel cell membrane TH76.04
- fuel cells electric vehicles manufacturing cost analysis WE77.204
- fuel cell TH76.04, TH85.06, TH85.54, WE77.157, WE79.303
- fuel consumption TH88.04, WE93.72
- fuel tax revenue WE79.314
- full spectrum solar cells TH85.53
- fullerenes TU80.707, WE79.108
- fullerene TU80.501, TU80.502, TU80.503, WE89.01
- functional return of vision TH68.01
- functionalization MO42.03, TU80.721, WE43.02, WE63.02, WE78.805
- functionalized carbon nanomaterials WE78.210
- functionalized multi-wall carbon nanotubes TU80.806
- functionalize TU80.801
- fungine-infections TU80.104
- GaAsSbN TU81.213, TU81.214
- GaAs TU81.401, WE79.215
- Galerkin projections MO66.06
- gallium-arsenide TU81.123
- gamma ray detection TU80.926
- GaN TH70.02, TU81.203
- gas phase WE78.521
- gas sensor WE79.215, WE87.04
- GaSbN single quantum wells TU80.914
- gas TU80.920
- gate length variation WE48.02
- gatifloxacin TU80.118
- gating WE83.04
- gauge factor TU80.601
- GA TU81.415
- gene and protein delivery TU80.218
- gene expression microarrays WE69.02
- gene expression TU80.203
- gene therapy TU80.214
- generally cylindrical orthotropic TU80.802
- generation TH74.52, WE79.312
- genetic algorithm TU68.04, TU81.415, WE79.202
- genetic disorders WE50.01
- geometry scaling TH51.02
- Germany WE77.501
- Ge MO47.03
- Gibbs energy TU81.118
- GIDL WE74.01
- Gigahertz Oscillators TU81.115
- GISAXS WE78.910
- GLAD TU81.320
- glad WE79.113
- glancing angle deposition TU80.915, WE65.04
- glass lamination TH52.77
- glass transition temperature TU81.218, TU81.406
- glass transition WE85.01
- Glasses TU81.112
- glass MO61.02, WE78.525
- glioblastoma WE78.204
- global poor TU81.501
- globular protein TU81.311
- glucose and hydrazine biosensors TU80.919
- glucose biosensor TU80.303
- Glucose TU80.716
- glycine TU81.108
- glycosaminoglycan WE78.117
- GMP TU80.214
- gold colloids WE78.923
- gold nanoparticles dyes WE78.806
- Gold nanoparticles TU80.123
- gold nanoparticles TU80.124
- Gold Nanoparticles TU80.126
- gold nanoparticles TU80.720, TU81.311, WE45.01, WE78.202, WE78.215, WE78.803, WE78.807, WE78.814, WE81.04, WE89.03
- gold nanoparticle TU80.106, TU80.112, WE89.01
- gold nanoparticl TU80.307
- gold nanorods TU80.722
- gold TU81.105, WE78.119
- Government WE77.502
- grafted polymeric drug delivery system TU80.221
- grain growth TU80.916
- grain size distribution TH64.01
- Grand Challenge TH52.52
- grazing incidence X-ray scattering MO21.02, WE78.907
- green building WE77.304
- green chemistry TH74.51
- green nanoscience TU81.506
- green nanotechnology TH74.51
- Green's function MO42.02
- Green-function WE83.04
- green WE76.03
- grinding TU80.705
- groundwater TH52.71
- grow-in-place TU67.04
- growth mechanism MO62.03
- guidance TH49.02
- guiding-nanochannel template TU67.04
- guidlines WE78.919
- Gummel symmetry TH51.04
- GUV MO70.04
- H-MOVPE WE64.04
- H-ZSM-5 TU81.108
- H2/O2 fuel cell WE77.154
- H4 neuroglioma cell WE89.02
- haemodynamics WE78.405
- halloysite TU80.744
- halo implant TH29.03
- Hamming codes WE79.216
- hard disk drive read head WE78.714
- hardware WE93.53
- harmonic balance MO45.05
- harsh environment TU28.02
- HBT WE79.710
- HCV TU80.224
- healing WE79.129
- Health & Medical Devices WE92.01, WE92.02, WE92.03, WE92.04, WE92.21
- health and nanotechnology TH52.03
- health TH49.02, TU81.508
- heat conduction TU81.414
- heat efficiency TU80.114
- heat sinking & systems WE50.54
- heat transfer WE50.51, WE78.808
- heating rates WE78.827
- heavy metal TU80.312
- helix MO70.05
- hematite particles TU47.01
- hemorrhagic shock TU80.210
- HepG2 WE79.125
- Her2 WE46.01
- hermeticity TU81.422
- hetero-structure WE79.311
- heterogeneous displacement reduction TU80.737
- heterogeneous integration MO68.01
- heterogeneous nucleatioin TH47.04
- heterojunction TH45.02
- Heterostructures WE50.53
- HEV TH86.02
- Hidden Image. WE93.73
- hierarchical holographic modeling TH49.03
- Hierarchical nanocomposites TH45.05
- Hierarchical pore structures TU80.922
- high density via TU81.404
- high frequency MO42.01, WE78.706
- high output experimentation TU61.03
- high power transistors TH85.53
- high pressure flow reactor WE78.825
- high purity TU80.701
- high resolution WE44.02
- high temperature MO42.01, WE78.521
- high throughput TU21.01, TU61.02
- high-aspect-ratio structure TU80.523
- high-content cell imaging WE89.02
- High-frequency applications TU80.925
- high-throuput production WE41.01
- high-voltage WE79.612
- His 195 TU81.101
- histamine TU80.604
- history TU49.01
- HIV WE78.824
- HMM WE78.402
- hollow nanospheres TH45.04
- hollow silica TU80.729
- holographic multi-beam interference TU42.01
- holography WE78.819
- home assistance TH52.51
- homogenization WE86.02
- hook shaped WE79.706
- hot gas filtration WE77.201
- HREM TU80.741, WE78.903, WE78.920
- human health MO25.01
- human interaction TH52.52
- humidity WE79.209
- hurricane glass TH52.77
- hybrid composite and multi-walled carbon nanotubes (MWCNT) TU80.510
- hybrid electric vehicle WE79.315
- Hybrid Electronics WE50.53
- Hybrid metal SBA-15 WE78.811
- hybrid nanostructure TU80.741
- hybrid optimization technique TU81.420
- Hybrid organic/inorganic materials WE77.301
- hybrid powertrain WE79.315
- hybrid simulation TU81.111
- hybrid structure WE79.124
- hybrid system TU47.01
- Hybrid TiO2 nanotubes WE78.811
- hybridisation TH62.03
- hybridization TU81.208
- hybrid TH45.01, WE78.807
- hydrazine TU81.407
- hydrid particles TU80.522
- hydrocarbons TH52.71
- hydrocarbon TU80.902
- hydrodehalogenation TU80.745
- hydrodynamic focusing WE78.501
- hydrogels WE64.01
- hydrogel MO70.02, TH67.05, TU80.212
- hydrogen bonding TU81.102
- hydrogen capture TH76.05
- hydrogen economy WE77.159
- hydrogen powered engine WE77.159
- hydrogen storage material WE78.619
- Hydrogen storage material WE79.302
- Hydrogen storage WE78.601
- hydrogen storage WE79.109
- hydrogen technology WE77.159
- hydrogenation WE78.702, WE78.825
- hydrogen TH85.54, TU80.729
- Hydrogen WE77.352
- hydrogen WE77.502
- hydrophilic drug TU80.710
- hydrophobicity WE78.102
- hydrothermal method WE78.619
- hydrothermal route TU80.704
- hydrothermal synthesis TU80.110, TU80.730
- hydrothermal treatment TU80.726
- hydroxyapatite TU80.119, TU80.723, WE77.301
- hygienic surfaces WE29.04
- hypersensitive WE50.03
- hyperthermia TU80.211, TU80.219, WE78.116, WE78.202, WE78.203
- hyrids WE64.03
- hysteresis WE74.01
- ICP-MS TU80.407
- ICP-OES WE78.817
- IC TH28.51
- identification WE78.308
- identity management TH52.53
- IDG MOSFET WE74.03
- Idsat WE79.706
- IETS TH48.04
- IgG TU81.107
- II-VI compound semiconductor WE79.119
- II-VI semiconductors TU80.901
- III-Nitrides WE64.04
- image processing WE78.914
- Image processing WE93.71
- image registration WE78.914
- Image WE93.71
- Imaging chip WE65.02
- imaging mode TH46.05
- imaging MO67.04, TH28.05, TH48.01, TU62.01, TU80.908, WE78.202, WE78.312
- immobilisation TU80.316
- immobilization TH65.02
- Immunoassay TH62.02
- immunogenecity TU80.112
- immunoglobulin E MO24.03
- immunoliposomes TH48.02
- immunomagnetic cell sorting WE78.508
- immunotherapeutics TH48.03
- immunotherapy WE93.05
- immunotoxicology WE89.03
- impact ionization WE74.01
- impacts TU81.508
- impact WE47.06
- impedance detection WE45.02
- Impedance spectroscopy TU80.301
- impedance TU80.307
- implantable bio-chip TU80.210
- implantable MO44.04
- implants TU80.206
- imprint lithography TU68.05, TU81.307, WE79.130
- Improved Patient Compliance WE50.07
- improvement goals TU81.508
- improvement properties TH43.01
- in situ MO25.03
- in vivo TU80.216
- in-situ gas-heating TEM TH46.03
- in-situ lift-out technique TU81.329
- in-situ MO41.04, WE78.905
- In2O3 nanowire TU80.305
- incineration TU80.403
- independence TH75.03
- independently driven double-gate MOSFET WE74.02
- independently driven WE74.04
- Indirect Fourier Transformation WE78.908
- indium TU80.917
- induced-charge electroosmosis TH82.02
- inductance WE78.314
- inductors WE79.704
- Inductor WE78.603
- industrial hygiene TU81.509
- industrial lignins WE77.303
- industry-academics WE77.552
- industry/academia collaboration TU81.504
- industry TH61.02
- infectious disease detector WE78.824
- inflammation WE78.302
- influence diagrams TH49.03
- information extraction TH52.55
- infrared detection WE79.305
- infrared WE79.120
- infrastructure WE26.01
- InGaP/GaAs WE79.710
- injection WE78.516
- ink jet printing TH42.02
- ink jet TH42.02
- inkject WE78.915
- inkjet printing TU42.05, TU80.601
- inkjet TH42.03, TU81.325
- innovation TH74.51, WE77.451, WE77.452
- inorganic and organic pigments TU61.03
- inorganic TH53.04
- Inorganic TH53.05
- InSb and GaInSb MO68.04
- InSb WE79.120
- InSe TU81.223
- Instrumentation TU76.22
- insulation WE77.502
- insulators WE85.04
- insulin delivery TU80.217
- integrated actuation and read-out TU81.416
- integrated circuit packaging WE50.51
- integrated circuits TH28.51, TU81.505
- integrated readout WE78.315
- integration TU81.403
- intellectual property WE77.451
- intelligence WE90.04
- intelligent sensors TU48.03
- intercalacation WE87.05
- Interconnects WE78.603
- interconnect TU80.742
- Interdisciplinary Search WE90.03
- interdussion TU80.742
- interface dipole WE78.710
- interface stability WE79.206
- interface traps TU49.01, TU49.02
- interface WE63.03, WE78.610, WE85.01
- interfacial properties TU80.806
- interference TU80.303
- intermolecualr interaction TU80.905
- internal & external metrics WE77.260
- internal combustion engine WE93.72
- internal pigmentability WE42.02
- international collaborations TU81.501
- international WE90.02
- interphase WE42.01
- Interpolation WE93.71
- interposer TU81.404
- Interpretation of nanotechnology TU81.502
- intrinsic channel WE79.605
- intrinsic TU75.02
- invar TU80.916
- inverse lithography TU81.301
- inverse opals WE78.921
- invertible polyesters WE81.03
- invertible polymers WE78.922
- investigation WE26.02
- invest WE76.03
- invisible interrogators TH85.52
- Ion beam TU81.303
- ion channels WE78.313
- ion detection TU80.302
- ion exclusion MO42.03
- ion WE93.02
- ip strategy WE77.451
- ip tips WE77.451
- ip WE77.451, WE77.451
- IP WE77.452, WE79.401, WE90.05
- IRES TU80.224
- irinotecan TU80.120
- iron oxide nanoparticle MO71.02
- iron oxide TU80.706, WE69.05, WE78.827
- ISE TU81.406
- isotope tracers WE69.04
- issues WE77.553
- ITRS TU81.327, TU81.328
- jamming TU62.02
- Japn TU81.502
- JAVA TU68.04
- jet breakup TH42.02
- jet instability TH42.02
- jet modulation TH42.02
- JFET WE79.211
- keratoconjuncitivits TH52.04
- kernel methods TU81.109
- kinetic Monte Carlo TU81.201
- kinetics TH27.02,
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