Nanotech 2008 Program - Index of Keywords

0.25-um NMOS WE43.202
1 dimensional nanotubes MO25.204
2D crystals WE51.203
2D templates TU36.108
3-D co-culture MO81.727
3D cell culture MO81.227
3D cultivation TU41.603
3D imaging MO21.703
3D WE41.606, WE51.603, WE53.101
5-Aminolevulinic acid WE80.103
11 vessel occlusion rat model MO81.126
AAO TU35.503
ab-initio calculation MO82.317
ab-initio TU41.802
ablation TU35.417
ABO WE80.216
absorption MO81.926, TU35.815
AC magnetic field TU36.002
AC voltammetry MO81.906
ac-corrosion MO81.906
accelerated aging TU36.018
accelerometer TU36.322
accumulation WE80.111
ACC TU36.315
acetyl cholinesterase TU25.201
acetylcholine esterase MO81.306, MO81.307
acetylcholine TU35.916
ACE WE81.610
acoustic streaming WE51.602
acoustic TU27.301, TU36.411
actin TU41.101
activated carbon electrode material WE57.105
activated carbon supported catalysts WE81.804
activated carbon TH28.202, WE82.205
activated carbón TU35.421
activation fluidisation TU28.206, WE28.403
active rehabilitation robot WE28.302
active species MO81.518
actuator TU36.202, TU36.319, TU36.403
acustics TU13.101
acutator WE43.101
acylglycerides MO57.503
adaptive real-time signal processing WE48.104
adaptive subband filtering WE23.104
adding function MO31.101
adhesion TU35.609, WE41.404, WE80.511, WE80.520
adhesives TU23.104, WE48.205
adiabatic compressibility TU35.132
adsorber TU35.828
adsorption capability TU36.030
adsorption isotherms WE81.710
adsorption MO81.805, MO81.806
Adsorption TH21.102
adsorption TH21.302, TU35.420, TU35.602, TU41.202, WE80.314, WE80.317, WE81.801, WE81.915, WE81.919
advanced oxidation TU28.106
advanced wire product WE80.511
aerodynamic flow control TU28.207
aerogels MO81.710
aerosol templating WE21.305
aerosol TU28.206, WE21.302, WE28.403
aerospace parts TH41.202
affinity templates TU21.501
affordable MO27.303
AFM MO25.103, MO81.204, MO81.906, MO81.920, MO81.920, TH45.101, TU21.504, TU35.421, TU35.512, TU35.513, TU35.609, TU35.820, TU35.908, TU35.913, WE21.602, WE21.704, WE41.701, WE41.702, WE41.703, WE42.104, WE51.706, WE80.221, WE80.520, WE80.521
Ag nanoaggregates WE51.202
age-related macular degeneration WE48.204
agglomeration kinetics WE28.107
aggregate strength TU41.201
aggregation rate WE80.316
aggregation TU35.802, TU41.201
aging TH21.804
agitator bead mills MO82.312
agriculture WE28.104
Ag MO81.722
air circulation WE82.215
air filter WE81.723
air filtration TU35.909
air pollutants TH21.303
air pollution control WE28.103
air quality WE81.714
albumin TU35.132
alcohol sensors MO81.812
algae TH28.306, TU28.205
algal dose WE81.701
AlGaN/GaN EGFET TU25.201
AlGaN/GaN HEMT TU36.314
algorithms TH28.308
Algorithm WE48.107
aligned MO31.103
alkyl phenol ethoxylates WE80.305
all inorganic WE81.103
allergy WE81.714
alliance TU26.106
alloy MO21.702, WE80.419
alpha-Fe2O3 nanowires WE80.409
alpha-Fe WE51.201
alpha WE81.509
alphs-lactalbumin WE80.312
ALS TU45.102
alternating current TH25.304
alternative energy WE82.108
alternative fuels WE81.820
alternative powertrains WE82.122
alumina MO81.612, TU35.820, TU35.913
aluminium trihydroxide MO82.219
aluminum TU27.503, WE80.506
AlwaysReady WE57.107
amine WE80.301
amino acids TU35.921
Aminosilane MO81.202
ammonia WE28.104, WE81.610
amorphization WE81.807
amorphous carbon WE80.509
amorphous TU31.203, WE41.703
amphiphiles TU35.132
amphiphilic-cyclodextrin TU35.124
amphiphilic TU35.524, TU36.005, WE28.404
amplification WE25.203
amyloid peptides MO81.519
anaerobic digestion WE81.813
Analog TU24.104
analysis TH13.104, TU41.703
analytical model TU36.318
analytics WE82.213
anastrozole TU35.119
anatase MO27.301
and computer chips TH28.203
and environmentally friendly process to provide significant logarithmic reduction in microbial counts in packaged products. Besides the food industry WE28.308
and sterilizing antimicrobial treatment of product inside the package. Once treated the product is protected by the package from external contamination hazards. This technology will serve many different markets seeking a simple WE28.308
and the government WE28.308
angiogenesis TH28.303
anhydrous TU36.213
annealing MO81.125
anodic aluminum oxide MO81.109, WE80.518
anodization TU25.104, WE80.504
anomalous absorption MO81.702
antenna system WE48.108
anti-angiogenic MO81.522
Anti-Mouse protein MO81.202
antibacterial products WE28.305
antibacterial MO82.218, TH28.302, TU28.303, TU35.824
antibiotic-resistance TH15.104
antibiotics WE48.208
antibodies TU35.301
antibody TH15.205
antigens WE80.216
antimicrobial MO31.201, TU35.821, WE11.301
antioxidant TH45.103
antitumor activity TU35.112
antivirals TH25.202, TH28.305
apc gene MO81.514
API nanoparticles MO82.217
apoptosis MO81.507, MO81.714, MO81.722
applications MO82.218
applied cryptography WE48.105
aptamers MO81.810
aquamaker WE81.907
aqueous phase reforming MO37.201
arc discharge TU35.414
arc synthesis in liquid phase MO82.129
arc synthesis MO82.128
architecture MO82.120, TU26.107
arc TU35.417
army WE53.102
array TU21.503, WE51.802
arsenic detection TH11.302
arsenic TU36.210
artefact compensation WE48.104
arterialized blood TU28.306
artificial bone WE48.203
artificial intelligence MO81.117
artificial limbs WE28.306
artificial nose WE48.202
artificial organ MO81.732
aseptic filling TU31.503
aseptic packaging TU31.503
ASIC TH23.102, WE81.403
assembly TU35.306, WE42.103, WE53.101, WE80.315
assessment WE82.116
assisted assembly TH12.101
assistive technologies WE28.302
asthma WE81.714
Asthma WE82.215
asymmetric double-gate TU30.403, TU44.102
asymmetric gate stack WE80.606
asymmetric inertial migration WE28.107
at various stages of product distribution and storage WE28.308
ataytic TH11.303
athletes and military recruits WE28.307
ATLAS TU24.102, TU36.308, WE80.603
atmospheric chemistry MO82.124
atmospheric WE81.907
Atomic Force Microscopy (AFM) MO82.304
atomic force microscopy TH45.101
Atomic Force Microscopy TU35.512, TU35.513
atomic force microscopy WE41.402
Atomic force microscopy WE80.510
atomic-scale WE81.816
ATP TU11.101
Atrazine TU35.631
ATRP TU21.202, TU36.007
attached below the neck and in the lumbar region could provide data on the spinal cord and two similar sensors attached to the tibia or femur could work for the extremities. Given the growing trend towards increased physical activity in all age groups WE28.307
attachment TU25.204
attinity biosensors MO81.129
Au nanoparticles TU35.202
Au nanoparticle WE80.512
autodisplay TH28.307
Autodock MO81.127
automation MO21.703, TH25.102
automobile WE81.723
automotive lubricant additive WE28.405
automotive TU28.201
awards MO27.402
azocompounds TU35.525
Bacillus anthracis spores MO81.125
bacillus spores MO81.203
bacteria detection TH15.104
bacterial delivery system TU35.108
bacteria MO25.102, MO81.113, TH15.205, TH21.302, TH22.104, TH28.306, TU28.205, TU36.120
bacteriophage immobilization TU35.305
bacteriophage TU35.310
bacterophage MO81.613
balance WE81.403
ballistic/quasi-ballistic transport WE44.102
Ballistic TU35.407
ballistic WE80.604
band gap TU36.207
band-stop filter WE80.416
Barium titanate TU36.120
barnacle WE82.305
base resistance WE24.101
base-growth mechanism TU35.413
base-stacking interactions TU35.604
BASF TU21.101
basic-building-block WE24.103
batteries TU28.104, TU28.201, TU35.805, WE57.106, WE80.520
battery WE51.402, WE57.107, WE81.403, WE81.511
bead milling MO82.217
bead nanoparticles TH25.102
BEM TH13.101
benefits WE82.102
best practice MO57.303
beta-lactoglobulin WE80.312
beta-stabilizing element WE80.502
beta WE81.509
BEV WE81.403
Bi-2212 thin films TU35.526
bi-directional WE43.101
bi-phasic digestion WE81.620
bi-stable TU36.205
bifurcation WE81.802
bilayers MO25.202
bilayer TU21.503, TU36.109
bimaterial structure TU36.204
binary crystal TU36.108
binding energy WE80.521
bio detection MO81.112
bio mass MO57.504
bio materials WE51.402
bio nano integration TU26.107
bio nano materials MO81.206
bio sensing TH28.102
bio sensor MO25.105
bio-absorbable WE48.203
bio-distribution TH45.105
bio-fuels WE81.619
bio-nanocomplex WE21.402
bio-refineries WE81.619
bio-sensing WE48.202
bio-sensors WE21.401
bio-sensor MO81.215, MO81.609
bioaccumulation MO81.713
biocatalysts MO81.213
bioceramics WE80.113
biochemicals WE81.602
biocompatability TU25.201
biocompatibility WE80.504
biocompatible MO81.527
biocomposites MO37.303, WE81.723
bioconjugates TH28.304
bioconjugate MO81.314
bioconversion MO81.228
biodegradable polymersomes TU21.201
biodegradable polymer MO81.702
biodetection MO81.526, MO81.607
biodiesel WE81.605, WE81.608, WE81.633
biodisribution MO81.728
biodiversity TU35.511
bioelectrochemical TH11.303
bioenergy MO27.204
bioethanol MO37.204, MO57.502, WE28.207
biofilm MO81.201, TU28.303, WE28.108
biofouling TU28.303, WE28.108
biofuel policy model WE81.607
biofuels TH28.306, TU27.602, TU28.205, WE81.602, WE81.607, WE81.608, WE81.622, WE81.707, WE82.107
biofuel MO27.202, WE81.625, WE81.628, WE81.633
biofunctionalization MO81.509, TU25.202
biogasoline MO37.201
biogas WE81.220, WE81.624, WE81.813, WE82.111
biohydrogen WE81.616
bioimaging MO81.211, MO81.526, MO82.420, TU35.820
biointerface TU30.303
biological activity MO81.503
biological applications WE80.215
biological barriers TU35.120
biological gels MO81.227
biological nanoparticles MO81.211
bioluminescence TU35.131
biomarker screening TU25.206
biomarkers MO35.103
biomarker MO81.314, MO81.318, MO81.610, MO81.614, MO82.210, TU41.504
biomass energy systems WE81.622
biomass ignition promoter diesel alcohol WE81.614
biomass MO27.202, MO37.402, TU27.504, TU27.505, TU31.301, TU47.305, WE81.615, WE81.708, WE82.101
biomaterials MO81.227, TH28.301
biomaterial MO81.102
biomedical application MO81.909
biomedical engineering TH28.301, TU28.307, WE28.401
biomembrane vesicles MO81.527
biomembrane TU21.503
BioMEMS MO81.601, TU36.319
biometric systems MO81.117
biometrics TH28.101
biomimetic TU25.101
biomolecular detection MO81.129
biomolecular WE42.102
biomolecules MO82.313
biomolecule MO81.110
biopesticides WE81.719
bioplastics WE81.602
biopolymerization TU41.101
bioprocess monitoring TH25.102
bioreactor TU47.302, WE81.709, WE81.908
biorecognition interfaces WE45.204
biorefinery MO37.202
bioremediation WE28.106
Biosensing MO25.103
biosensing WE28.306, WE53.103
biosensors MO81.305, MO81.810, TU25.201, WE45.204
biosensor MO25.101, MO81.120, MO81.125, MO81.129, MO81.611, MO81.615, TH15.101, TH15.102, TU25.202, TU25.203, WE28.304, WE80.312
biosorption WE81.701
biotechnology TH28.306, TU28.205, WE28.401, WE81.607
biotech TU48.401, TU48.402, TU48.403, TU48.404, TU48.405, TU48.406, TU49.401, TU49.402, TU49.403, TU49.404, TU49.405, WE57.801, WE57.803, WE57.804
biotemplated synthesis TU35.313
biotin binding polypeptide TU35.305
biotoxins WE81.720
bio TU36.404
bipolar FET theory WE24.102
bipolar field-effect transistor WE24.103
bipolar transistors TU36.317
bipolar transistor WE24.101
bismuth triiodide sheets TU36.108
bistable TU36.324
Black formula WE14.101
black mold TU27.302
black silicon TU23.101
blades TH28.206
blindness WE48.204
block copolymers TU21.202, TU21.204, TU36.024, TU41.102
block copolymer MO31.103, TU36.007
block copolypeptide materials TU11.102
block-copolymer WE21.702
blocking WE42.203
blood brain barrier TU35.106
blood cell MO81.602
blood collector TU28.306
blood flow WE80.112
blood type WE80.216
blue shift MO82.106, MO82.116, MO82.310
BMS WE81.403
boat WE81.719
Boiler System efficiency WE82.113
bolometer TH42.102
Boltzmann Transport Equation WE52.201
bond dissociation TU35.622
bonding of silicon to ceramics TU23.101
bonding TH25.303
bone diseases MO81.517
bone substitute MO81.223
bone TU35.314
boron hydride TU35.902
boronic acid TU35.411
bottom-up MO81.118
boundary slip WE80.204
brain tumors TH21.303, TU15.102
branched nanowires TU36.108
brand protection WE28.402
breakage mechanism TU41.201
breakdown WE80.607
breast cancer TU35.308, WE48.207
brine WE81.915
briquette WE81.615
broken symmetry MO81.224
Brookhaven TU26.107
Brownian dynamics TU35.425
BSIM4 WE14.103
BSIM WE80.607
bubble array WE80.224
buckling analysis MO81.601
buffer layer WE28.101
building commissioning WE82.213
building science MO27.304
building security TU35.924
building technologies WE82.214
buildings MO27.302, MO37.303, WE82.205
building TU35.924
bulk MO81.309
bundling MO81.125
buried cavity TU36.115
business processes WE82.119
business WE82.111
by detecting the ultrasound waves created during the initiation and growth of microcracks in the bone. Two sensors WE28.307
C. elegans MO81.507
CAD/CAE TH13.104
cake filtration WE81.716
calcium ion channel TH21.805
calcium MO25.205, TU35.820
camptothecin WE80.118
can be contaminated with pathogens or other microbial contamination during handling or processing prior to being packaged. Our proprietary process treats packaged product with ozone created in the package using ultraviolet energy radiated in the package. The ultraviolet energy also provides antimicrobial treatment to the product in the package. This combined treatment of product in our customizable packaging and package storage process provides sanitizing WE28.308
cancer diagnostics MO35.101, WE80.101, WE80.108
cancer therapeutics TH45.103
cancer MO31.202, MO35.103, MO81.318, MO81.517, MO81.614, TH28.303, TU28.305, TU35.111, TU35.210, WE28.301, WE48.206, WE48.207, WE55.203, WE80.107, WE80.117, WE80.122
cantilever TU36.404, TU36.411, WE43.101
capacitance detection MO25.104
capacitances TU30.401
capacitance MO81.113, TH15.103, TU36.325
capacitive sensor MO81.120
capacitive switch WE23.203
capacitors TH28.105, WE57.105
capacitor WE57.103
capilary WE80.208
capillary force TU35.609
capillary instability WE41.304
capillary WE80.112
capsaicin WE80.319
capsid WE21.403
capture WE81.612, WE81.705
carbob nanotubes WE41.802
carbohydrate TU28.305
carbon aerogel -supported Pt WE81.821
carbon based nanomaterials MO82.124
carbon black TU35.415
carbon capture MO27.203, WE57.403
carbon emissions MO57.401, WE82.115
carbon fibres coatings WE28.405
carbon monoxide TU35.820
carbon nano tube MO81.819
carbon nanofibers MO81.820
Carbon Nanofibers TU35.417
carbon nanofiber TH41.104
carbon nanoparticles TU35.816
carbon nanopipes MO81.516
carbon nanoribbon WE52.201
carbon nanospheres MO81.808
carbon nanostructures MO82.129, TU36.102
carbon nanotube (CNT) MO81.722
carbon nanotube deposition TH28.203
carbon nanotube films MO81.818
carbon nanotube membrane MO81.707
carbon nanotube printer TH22.104
carbon nanotubes (CNT) MO81.405
carbon nanotubes MO31.801, MO31.804, MO81.212, MO81.511, MO81.514, MO81.704, MO81.718, MO81.803, MO81.805, MO81.806, MO81.810, MO81.816, TH21.803, TH22.103, TH45.104, TU15.104, TU28.101, TU35.129, TU35.401, TU35.405, TU35.410, TU35.411, TU35.420, TU36.012, TU36.020, TU41.801, WE21.502, WE21.802, WE51.301, WE51.803, WE80.116, WE80.309, WE81.919
carbon nanotube MO25.105, MO81.505, MO81.811, MO81.817, MO82.212, TU21.505, TU35.424, TU35.606, TU35.627, TU35.710, TU41.802, TU41.804, TU41.805, WE22.103, WE41.801, WE41.803, WE51.802, WE80.312, WE81.911
carbon nanotubs TU35.509
carbon-nanotubes TU35.416
carbon-nuetral WE81.208
carbonaceous material TH28.202
carbonation MO82.219
carbon TH21.804, TH42.104, TU35.407, TU35.823, WE41.606, WE51.603
carborane TU35.902
carboylic groups TU35.506
cardiac biomarkers TH25.104
cardiac myocytes TH45.204
cardiomyocyte TU35.633
cardiomyopathy MO81.402
cardoon MO27.202
carrageenan MO81.220
carrier transport WE52.201
carrier-based model TU36.309
cartilage MO81.508
Casimir TU36.202
catalysis MO57.503, MO82.204, TU28.206, TU35.823, WE28.403
catalyst seed MO81.804
catalyst-containing carbon TU36.123
catalysts TU35.415, WE21.303, WE28.405
catalyst MO82.212, TU28.206, WE28.403, WE81.507, WE81.801
catalytic exothermic reactions TU35.416
catalytic nanoparticles WE57.402
catalytic supporter WE21.305
cathode material TU28.202
cathode WE81.815
cathodic protection MO81.906
cationic lipids TU35.212
caviation rheology MO81.120
CBA WE28.106
CCVD WE41.403, WE80.511
CD19 TU35.130
CD36 WE48.204
CDM WE81.612, WE81.705
cDNA microarray MO81.504
CdSe aerogel TU35.903
CdSxSe1-x WE80.420
CD TU35.820
cell adhesion MO81.120, TH45.102
cell cultures TU41.602
cell dielectric property TU36.210
cell division MO81.731
cell signaling MO81.730, MO81.732
cell viability MO81.516
cell-based delivery MO81.315
cell-based screening WE28.306
cell-surface signaling TU41.503
cell-virus interactions TU35.311
CellChip TU41.603
cells MO81.731, WE80.109
cellular uptake TU35.820
cellular TU11.101
Cellular WE48.107
cellulose binding module TU35.305
cellulose crystals WE80.320
cellulose derivatives MO81.708
cellulose media TU35.909
cellulose nanocrystals WE41.705
cellulose MO31.703, WE28.207, WE80.310, WE81.628
cellulosic ethanol MO37.202
cellulosic MO37.203
cell MO81.505, MO81.602, WE57.107
central nervous system regeneration MO25.203
Centri-Separator TU35.828
centrifugal microfluidics TH25.103
ceramic microarrays WE80.217
cerebral palsy WE28.303
Ceria nanomaterials using MBE MO82.222
ceria TU35.820
cerium oxide TH45.103, TU41.202
CERs WE81.612, WE81.705
certification WE82.129
CFD simulation WE80.206
CFD MO26.201, TU36.301, WE43.201, WE51.602, WE57.401, WE80.214, WE81.811
chalcogenide MO82.114, TU25.202, WE42.204
characterization methods TU36.318
characterization MO81.734, MO81.927, TU35.135, TU35.517, TU36.320
charge variation MO82.207
charge WE81.403
cheese whey MO27.404
chelotropic traps MO82.420
chemi-sorption TU35.523
chemical dosing TU41.602
chemical mechanical polishing WE43.105
chemical sensors TU35.523
chemical sensor MO81.811
chemical solution TU36.108
chemical storage WE28.201
chemical vapor deposition MO27.403, MO31.801, MO31.802, TH42.106, TU35.401, TU35.416, WE51.301, WE80.410
chemical vapour deposition MO82.126
chemical warfare agents MO81.301
chemically modified surface MO81.104
chemicals TU48.207, WE58.302
chemical MO81.116
Chemiresistive MO81.103
chemistry and chemical analysis WE28.202
chemotaxis TU36.202, WE80.223
chemotherapy WE48.206
chip-base TH15.201
chirality MO81.224
chitosan nanoparticles TU21.203
chitosan MO81.529, MO81.532, TU45.108, WE80.102, WE80.103
chlorine-containing media MO82.128
chondroitin sulfate MO81.508
CHP MO27.304
chromium (VI) WE81.710
CIGS TU47.602
circular dichroism WE21.802
circular dichroïsm TU35.132
circulating fluidized bed WE81.803
Citrate-urea combustion MO82.201
citric acid MO82.221
cladded dots MO82.207
Clausius-Mossotti factor TH15.103
clay particles TU35.919
clean coal MO27.203, WE57.403
clean energy MO37.401
clean industrial processes TU31.503
clean process MO27.401
clean rooms MO82.412
clean technology WE81.717
clean tech WE28.201
cleaner TU31.501
cleaning process TH22.104
cleaning WE81.723
cleanroom MO81.124, WE81.918
cleansing of soils WE28.106
cleantech MO37.403, TH28.306, TU28.205, WE28.103, WE28.108, WE82.117, WE82.120, WE82.129
climate change WE82.126
clinical diagnostics MO81.607
clothing MO81.725
clusters TU35.802, TU35.823
CMOS chip MO81.304
CMOS-MEMS TU36.401
CMOS TU36.409
CMP WE43.105
cMUT TU36.320
CNT network transistor MO81.126
CNT transistors MO82.120
CNTs MO81.820
CNT MO81.727, MO81.731, TU13.101, TU21.505, TU23.102, TU35.901, TU41.805
CO oxidation MO81.735, TU47.404, WE81.713, WE81.804
co-culture model MO81.730
co-culture system TH25.101
co-stimulatory molecules MO81.506
CO2 capture WE81.718
CO2 neutral MO57.502
CO2 reduction WE82.113
CO2 MO57.504
Co2 WE81.208
CO2 WE81.403, WE81.707, WE82.105
coacervate complexes WE80.317
coagulation TU41.201, WE28.107, WE80.316
coal TU47.305
coarse grain simulation TU35.924
coarse-grain simulation WE43.203
coassembly TU41.203
coateing WE80.520
coatings MO31.103, MO82.133
coating TH28.205, TU27.302, TU35.409, WE21.701, WE41.403, WE80.303
Cobalt oxides WE81.713
CoFe2O4 WE80.113
cognitive sciences WE23.105
coil WE81.401
coir fiber WE81.723
collaborative TU26.107
collagen TU25.102, WE41.703
collector WE81.108
colloidal delivery systems WE41.102
colloidal dispersions TU41.201
colloidal interactions TU41.201
colloidal particles WE41.103
colloidal quantum dots TH12.202
colloidal synthesis WE57.205, WE81.103
colloids WE80.520
colloid TU35.814
color imaging TH28.103
colorectal cancer MO81.514
colourant WE51.206
combinatorial libraries TU35.306
combined cycles TU28.208
combustion synthesis TU35.701
combustion TU47.305
commercial alumina production MO57.302
Commercialization TU27.601
commercialization TU27.603, TU30.503, TU36.220
commercial TU41.805, WE41.201
commerical buildings WE81.202
commericalize WE82.101
comminution MO82.217
communications MO37.401
community benefits WE82.102
community relations WE82.127
compact device modeling WE54.101
compact modeling MO82.110, TU36.309, TU44.103, WE24.101
compact models TU24.103, WE14.102
compact model TU14.104, TU30.402, TU44.101, WE14.103, WE44.102, WE54.104, WE54.105, WE80.607
compaction WE81.615
company WE82.116
comparison function MO82.120
compensation WE23.103
complexity TU35.613
components WE25.202
composite materials TH28.203
composite nanodevice MO81.531
composites TH11.204, TH41.104, TU35.411, TU36.020, WE41.802, WE51.303, WE80.520
composite MO81.524, TU36.014
Composite TU36.027
composite WE21.504, WE41.804, WE80.308
compositionally graded SiGe buffer TU36.312
compound combustion TU28.208
compound cycles TU28.208
compound cylinder structure TU28.208
compressed air energy storage (CAES) MO57.403
compressed earth block MO27.302
computational fluid dynamics WE81.502
computational kinetics MO82.124
computational MO21.702
computer chips TU35.416
computer simulation WE81.820
concatenation TU35.632
concave TU36.308
concentration gradient TU36.202, WE80.223
concentration MO21.704
concrete MO37.301, TU28.209, WE82.205
concurrent processes TU35.632
condcuting polymer WE41.801
conductance TU35.815
conducticity WE80.403
conducting polymer composites WE23.202
conducting polymer nanocomposites TU36.016
conductive epoxies TU35.812
conductive polymers TH28.106
conductive polymer MO27.403, WE48.106
conductive TU36.121
conductivity TU36.020, WE22.104, WE41.804, WE80.403, WE80.418
confidence TU26.105
conformational transitions TU35.132
conjugate WE80.108
conjugation TH15.203
consortium TU26.104
constant-charge TU36.323
construction cost MO82.412
construction properties WE82.203
construction TU26.107, TU28.209
contact angle MO81.120, TU35.609
contact formation WE52.203
contact imprinting MO81.202
contact time WE81.701
contact-angle hysteresis TU36.301
contact WE23.203
contained assay platform WE80.218
contamination TU36.216
contineous hydrothermal synthesis WE41.202
continuous commissioning WE82.206
continuous inkjet printing TU41.601
continuous model WE80.605
continuous N2O reduction WE81.712
contour integration TU41.802
contour WE80.607
contractile force TU35.633
contrast agents MO35.102
contrast agent WE51.205
controlled drug delivery MO81.517
controlled radical polymerization TU21.202
controlled release MO81.228, TU35.119
control TH15.203
controoled drug release MO25.206
convection effect TU36.102
conventional electric net WE82.124
convergence WE23.105
converging technologies TU26.106
conversion MO57.501
conveyer WE81.719
cooling TU27.301
cooperativity WE51.705
copolymers TU41.203
copper catalyst WE81.806
copper nanoparticles TU35.409
copper phthalocyanine (CuPc) WE81.120
copper sulfide WE57.205, WE81.103
copper TU36.016, WE80.323, WE82.210
coquina WE81.906
core decisions MO82.412
core-shell particles WE28.404
core-shell TU36.022
coreflood WE81.513
corn ethanol WE81.625
corporate social responsibility MO57.303
corporate social WE82.127
corporate strategy WE82.108
corrosion performance TU36.017
corrosion protection TU36.016
corrosion MO37.301
cosmetic creams TH28.302
cosmetic ingredient solubilisation WE28.405
cosmetics TH28.304
cosmetotextiles TH28.302
cost analysis TU31.203
cost benchmarking TU31.203
cost effectiveness WE28.201
cost effective MO37.304
cost impact WE81.723
coupled resonators TU36.206
cracking MO57.503
critical frequency TU36.210
crossbar architectures MO82.119
crossbar ionic nanodevices MO81.814
crosslinking WE80.301
cryo microscopy MO21.703
cryo-pumping TU35.521
cryogenic measurements TU35.521
Cryptosporidium parvum MO81.711
crystal direction WE80.409
crystalline transition WE80.301
crystalline WE41.703
crystallinity TU36.011
crystallite size WE80.308
crystallite MO31.703
crystallization processes TU21.101
crystallization TU35.518, WE51.704
crystal MO31.103
CTN TU23.104
CT MO35.102
curcumin TH28.304, TU35.127
curing of coatings TU31.503
current collapse TH23.103
current-voltage characteristics TU36.111
current TU35.403
curriculum MO82.406, MO82.407
customer TU26.105
customized targeted PEG linkers TU35.103
CVD diamond TH25.301
CVD MO27.403, TU47.602
cyclases WE48.208
cyclic peptides WE48.208
cyclic voltammetry TU35.911
cycling TH25.304
Cyclodextrins TU35.109
cyclodextrin MO81.127, MO81.503
cynara MO27.202
cytochrome TU35.820
cytokine MO81.722, TU35.208
cytostatics WE48.208
cytotoxicity MO81.514, MO81.714, MO81.716, MO81.850, TH21.301
cytotoxic MO81.727, TU35.116
damage TU35.614
damping TH13.103
data monitoring TU31.201
data storage WE43.101
data switching TH28.102
DC-DEP WE80.216
de nitrification WE28.104
deagglomeration WE41.802
debye length MO81.120
decentralized energy sustainable wastewater treatment WE82.215
decentralized WE81.917, WE82.118
decision analysis MO81.719
decision making MO82.411
deep reactive ion etching MO82.112
defects MO81.816, WE81.515
defect TU35.620, TU35.627
defense TU35.924
DeFET MO82.323
deformation measurement WE51.706
degradable TU35.106
degradation TU35.411
dehydrogenation MO57.505
deliery TU45.105
delivery MO81.505, TU35.205, TU45.103
demand response MO37.403
denaturation MO81.121
dendrimers TU35.613
dendrimer MO81.522, MO81.524
dendritic cells MO81.506, TU35.208
density functional calculations TU35.921
density functional theory TU30.304, TU35.616
density gradient TU35.623
density profile TU35.609
dental fillers TU36.019
deoxyribozyme TH28.305
depletion TU36.325
deploy WE82.101
depolymerization WE82.130
deposition TU35.517, TU36.123
depth of penetration TH28.103
desalination MO37.106, MO81.707
design for manufacturability WE80.608
design for manufacturing TU36.303
design methodology TH13.104
design parameters WE81.913
design TU26.107, WE23.204, WE43.204
desorption WE81.701
destruction MO81.301, WE81.612, WE81.705
desulfurization WE81.801
detection MO81.110, MO81.113, MO81.116, MO81.124, MO81.316, TU35.133, TU35.924, TU36.409, WE48.101, WE81.918
developing economy housing WE82.204
develop WE82.101
device compiler WE14.103
device fabrication TH12.202
device modeling TU30.401
device physics MO82.110, TU36.309, TU36.311, TU44.103
devices MO81.124, MO81.920, TH28.207, WE81.505
dewaterability WE81.709, WE81.820
dewatered sludge WE81.709, WE81.820
DFP TU25.201
DFT/Kohn-Sham TU41.802
DFT MO21.702, MO81.816, TU35.616, TU36.032
DG MOSFET TU30.401, WE80.605
DG-MOSFETs TU44.103
diabetes MO81.703
diafiltration MO81.620
diagnostic device TU28.308
diagnostic kit TU28.309
diagnostics MO81.120, TU41.503, WE28.305
diagnostic TU28.305
diameter control MO31.802
diamond TH21.802, TH28.202, TU36.412
diamoond WE80.506
dicing TU36.216
dielectric constant TH28.105
dielectric film testing WE48.202
dielectric properties MO81.820, WE80.308
dielectric property TU36.120
Dielectric Spectroscopy MO81.120
dielectric WE41.202, WE81.510
dielectrophoresis (DEP) MO81.113
dielectrophoresis separation WE41.604
dielectrophoresis MO35.103, MO81.211, MO81.602, TH15.103, TH22.103, WE41.606, WE51.603, WE80.211, WE80.212
diesel exhaust fluid WE81.633
diesel WE82.301
diffraction limited MO25.101
diffraction TU41.504
diffuse light TU31.203
Diffusion MO82.317
diffusion TU35.120, TU35.916, WE80.520, WE81.820
diffusive TU35.407
diffusivity TU36.202, TU36.307
digestion WE41.102
digital design TU36.420
digital magnetic tagging MO81.607
digital microfluidic multiplexer TU36.301
diluted magnetic semiconductors MO81.921, TU21.303
diluted magnetic semiconductor MO82.301
dimensionality MO81.528
diode TU36.310
dip pen nanolithography TU36.121, TU36.122, TU41.504
dip pen TU21.505
dip-pen nanolithography TU21.503, TU21.504, TU41.502
dipolar force TH12.201
direct carbon WE57.403
direct conversion WE81.509
direct current dielectrophoresis WE80.216
direct deposition TU21.504
direct methanol fuel cell WE28.207
direct-fuel cell WE81.820
directed cell adhesion WE21.401
directed self assembly WE51.704
directed self-organization WE57.402
dirt-shedding WE11.301
disease WE81.714
disinfecting WE28.308
disinfection WE81.909, WE81.912
disk resonator TU36.206
dispatachable wind MO57.403
dispenser TU41.604
dispersing grinding TU35.828
dispersions MO21.705, WE41.802
dispersion MO81.802, MO81.805, MO82.207, TH11.204, TH41.204, TU35.822, TU35.828
display TU35.905
dissipation TU30.303
distortion WE23.103
distributed generation MO37.401, MO37.402
distributed TU13.101
DLS TU35.820
DLVO theory TU41.201
DMFC WE28.207
DMG TU36.308, TU36.314, WE80.603
DM TU36.313
DNA biosensor WE81.720
DNA chip TH45.203
DNA conjugated nanoparticles WE80.315
DNA extractor TH45.203
DNA Hybridization MO81.120
DNA manipulation WE41.605
DNA nanostructures TU35.614
DNA self-assembly TU35.614
DNA sequencing MO81.611, WE80.209
DNA stretching WE41.605
DNAzyme TH28.305
DNA MO25.103, MO25.105, MO35.103, MO81.224, MO81.532, MO81.603, MO81.605, MO81.920, TH12.102, TU35.129, TU35.405, TU35.411, WE21.802, WE41.703, WE42.102
docetaxel WE48.206
Donnan theory MO81.707
dopant TH21.204
doping dependence MO81.908
doping WE21.801, WE54.103
dot TU35.903
double emulsion solvent evaporation TU35.116
double flash power plant WE81.206
double-gate MOSFET WE44.102
double-gate TU30.404, TU44.104, WE54.103, WE54.104
double-helical DNA structure TU35.604
doublle wall carbon nanotubes WE21.801
Doxil WE48.207
doxorubicin TU15.104, TU35.130, WE80.115
DPN TU21.502, TU21.504, TU21.505, TU36.122, TU41.505
drag force WE80.221
drag/heating reduction TU28.207
drag WE82.305
DRIE MO82.112
drift-diffusion analysis WE41.603
drift-diffusion theory WE24.103
drilling MO57.401
drinking water WE81.906, WE81.909
drop mixing WE41.602
drop-on-demand WE21.601, WE21.603
droplet formation WE80.206
drought WE81.721
drug accumulation WE80.123
drug delivery systems MO82.406, TU35.110
drug delivery MO81.404, MO81.516, MO81.912, MO81.912, TH15.204, TH25.204, TH28.202, TH28.309, TU35.102, TU35.119, TU35.119, TU35.129, TU35.307, TU35.308, WE28.305, WE41.204, WE45.201, WE48.205, WE80.116, WE80.120
drug discovery WE48.202
drug eluting devices MO81.221
drug-resistant bacteria WE55.205
drugs without side effect TU35.104
drug TU35.135
drywall TU27.302
DSC MO82.201
DSMC WE80.201
dual gate TU36.312
Duffing WE43.103
dustmites WE82.215
DWCNT WE80.403
dye sensitised solar cells TU35.917
dye sensitized solar cell TU47.601
dye-sensitized solar cells WE81.102
dye-sensitized solar cell TU47.603
dyes MO81.708
dynamic mechanical thermal properties WE80.320
dynamic radiation pattern WE48.108
dynamic range TU36.318
DYNO-MILL MO82.217
e-beam lithography MO82.126
E-Paper WE48.106
e-waste WE82.130
E.Coli MO81.613
each the size of a penny WE28.307
EAM MO21.702
earlobe TU28.306
early developmental stage MO81.721
earth friendly MO57.301
earthquake TU36.404
easy-to-clean WE41.405
EB-PVD coaters TH28.206
ebeam lithography TH22.102
eco-labels WE82.129
ecodesign WE82.119
ecological footprint MO37.204
ecological impact MO81.720
economic development TU27.603
economic feasibility MO57.401
economics TU27.501, WE82.122
economic WE81.610
EDA TU36.303
Edge roughness WE41.605
EDMOS compact WE24.104
education MO82.402, MO82.407, TU31.301
EES WE81.206
effective drive current TU14.103
efficiency gain WE82.113
efficiency TU47.305, WE80.111, WE82.108, WE82.301
effluent threshold WE81.709
EFM MO81.201
EGFR MO31.704, MO35.104
EGS MO57.401
EHDA WE80.206
Ehrlich carcinoma WE80.115
elastic modulus TU35.706
elastomeric fiber TU36.023
elecrophilic molecules TH21.803
electric conductance MO25.105
electric double layer WE80.231
electric effects WE80.226
electric field induced inkjet head TU36.212
electric field MO81.816, MO82.324, WE80.421
electric generation TU28.101
electric range TU28.202
electrical biosensors MO25.104
electrical characterization TU41.804
electrical conductivity WE51.303
electrical modeling TU23.102
electrical properties WE80.219
electrical property TU35.710
electrical sensors WE81.514
electrical MO25.205, MO81.612, TU25.203
electricity generation MO57.502
electricity MO37.403
electric TU47.403, WE82.122, WE82.210
electrification WE81.624
electro-active polymer WE48.102, WE48.103
electro-deposit MO82.133
electrocatalysis WE81.816
electrochemical impedance spectroscopy MO81.129, TU36.017
electrochemical polishing WE51.703
electrochemical polymerization TU36.016
electrochemical potential theory WE24.103
electrochemical MO81.613, WE41.404, WE80.503
electrochemistry MO82.308
electrode polarization MO81.120
electrodeposition WE80.415
electrodes TU31.305
electrode TU35.417
electrokinetics MO82.316, WE80.204
electrokinetic MO35.103
electroless WE81.507
electroluminescence MO82.116
electrolysis TU31.305
electrolytes WE57.107
electrolytic MO81.918
electrolyzer WE81.629
electromagnetic properties TU35.514
electromagnetic radiation TH28.207
electromagnetic rays TH28.103
electromanipulation TH15.103
electromigration WE14.101
electromyography WE28.303
electron beam irradiation TU35.612
electron beams TU31.503
electron density TU41.802
electron energy loss TU35.612
electron field emitter TU41.804
electron micro-gun array TU41.805
electron microscopy TU36.122
electron multiplication WE51.803
electron scattering TU35.612
Electron states TH42.105
electron transport WE52.203
electron-phonon TU35.627, WE51.802
electron-windless model WE14.101
electronic chemicals WE28.405
electronic identifiers WE57.701
electronic structure calculation TU41.802
electronics MO82.102, TU28.201, WE11.401, WE57.606, WE57.702, WE57.703, WE57.704, WE57.705, WE58.203
electron TU35.612
electrooculography WE48.104
electrooptic cells MO81.803
electroosmosis MO82.316
electrophoresis MO82.316, TU36.123
electropsun fibers (aligned MO81.205
electrorheological effect WE42.103
electrospinning MO81.215, TU35.713, TU35.819, TU36.014, TU36.030, TU47.601, WE57.103, WE81.715
electrospray WE80.507
electrostatic complexation TU41.203
electrostatic devices TU36.407
electrostatic TH13.102, TU36.401, WE21.603, WE23.204
electrowetting MO81.113
elemental mercury WE81.711
EM energy conversions TU35.812
embryonic WE55.202
emergemcy response coordination TU36.404
emergency TU36.404
emerging contaminants WE81.910, WE81.916
EMG bio-feedbacks WE28.302
emissions reduction TU47.305
emissions TU47.403
emission WE81.719
emitter TH21.802
emitting characteristics WE51.703
empirical model TU36.307
emulsifying MO82.219
emulsion polymerization TU36.022
emulsion TH21.202, TU35.822
encapsulation TU35.605, TU35.828, WE41.203, WE80.312
endohedral metallofullerenes TU36.101
endosomal escape TU45.108
endothelail cells WE80.223
endothelial cells TU35.308
energetics WE21.403
energy conversion TH28.207, WE57.202
energy density WE81.510
energy deposition TU28.207
energy efficiency MO27.304, MO37.305, MO57.304, TU31.503, WE28.201, WE82.120, WE82.202, WE82.208
energy efficient MO37.304
energy harvesting WE57.104
energy lifecycle WE82.108
energy management system WE82.208
energy management MO37.403, WE82.213
energy monitoring WE82.213
energy policy WE81.625
energy recovery device MO37.106
energy storage MO37.402, WE28.206, WE57.203, WE81.511
energy systems WE81.514
energy transfer MO81.303
energy MO27.303, MO81.528, MO82.403, TU35.420, TU48.102, TU48.103, TU48.105, TU48.106, TU49.101, TU49.102, TU49.103, TU49.201, TU49.202, TU49.203, TU49.204, TU49.205, TU49.206, WE11.401, WE57.107, WE57.601, WE57.602, WE57.603, WE57.604, WE57.605, WE58.101, WE58.102, WE58.103, WE58.104, WE58.105, WE58.106, WE81.206, WE81.209, WE81.820, WE82.107
engine optimization WE82.320
engineered organisms WE81.607
engineering TU26.107
engines WE81.220
engine WE81.401
enhancement TU35.403
enrichment MO81.318
entrepreneurship TU27.603
enviromental study TH21.303
environment responsibility WE82.127
environmental fate MO81.720
environmental health TH11.304, TH21.304, WE82.104
environmental impact MO81.704
environmental recycling WE82.134
environmental releases MO81.738
environmental samples TH11.302
environmental technology WE28.207
environmentally friendly MO37.304
environmental MO27.401, MO81.705, WE81.714
environment MO37.302, MO81.709, MO81.738, WE28.103, WE28.108, WE81.707, WE81.722
enzimatic sensor MO81.102
enzymatic hydrolysis WE81.628
enzymes MO37.202, WE80.520
enzyme MO81.402, MO81.817
EPA regulations WE81.723
EPA MO81.738
epidemiology WE81.714
epoxy TU35.819
equipment WE81.719
erosion protection TH28.205
erosion-resistant and damping coatings TH28.206
erythrocytes WE80.216
ESCA TU35.815
ESD MOS model WE14.104
ESD TU36.216
estradiol linker MO81.615
ethanol MO37.203, MO81.105, TU27.501, WE81.608, WE81.628, WE81.907
ethics MO81.738
ethylene MO57.505
Eu-doped G2O3 TU35.510
EUV WE52.101
evaporation WE80.322, WE81.502
EVOH WE81.723
evolution WE55.204
excretion MO81.511
exergy WE81.206
exfoliation TU35.505
exopolysaccharide TU47.302
expancel WE80.303
experimental WE81.813
experiment TU36.320
explicit surface potential TU44.102
exposure TH21.303
extension TU35.518
extracellular matrix MO31.202
extracellular recording TU36.220
extracellular TU35.205
extraction WE24.104
fabrication process TU35.710
fabrication TH42.102, TU36.206
fabrictation WE11.402
facades MO37.303
Facade WE82.205
factor TU35.403
faster TU31.501
fate MO81.713
FD-SOI devices TH23.104
FDG WE28.301
FDTD-PIC MO82.123
Fe-oxalate WE51.201
FEA WE41.701
FEM(finite element method) TU36.208
FEM TH13.104, TU41.802
fermentation WE81.616
ferritin TU41.502
ferroelectrics MO82.303
ferroelectric TU36.032
ferromagnetism MO81.921, TU35.616
FET TH23.103
FE TU41.805
fibDAC TH25.306
fiber optics WE28.304
fibers MO81.215
fibre WE41.304
fibrillogenesis TU25.102
fibrin TU41.101
fibrous scaffolds MO81.205
FIB WE22.105, WE42.204, WE51.706, WE53.101
fidelity MO82.105
field effect tansistor TU41.804
field emission display MO82.123
field emission TU35.627, WE51.802, WE51.803
field emitter TU41.805
field plate TH23.103
field-effect transistor MO81.121
field-emission TH28.203
fiel

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Nanotech 2008 Program - Index of Keywords