- (eco)toxicology WE906.11
- (salen)Mn TU66.04
- 0.7 anomaly MO43.02
- 1 WE907.09
- 1'-oxalyldiimidazole WE907.09
- 1/f noise TH22.09, WE918.14
- 1=f noise WE79.02
- 2D electrostatics TH38.07, WE918.07
- 2D GICCR WE79.01
- 2D quantum effects TH38.07, WE918.07
- 2D simulation TU84.08
- 2g WE916.09
- 3C-SiC TU83.05
- 3D GiCCR WE79.01
- 3D Monte Carlo MO53.03
- 3D nanolithography TU90.03
- 3D stacking WE915.11
- 6 band k.p WE916.06
- 90nm TU87.04
- ab initio MO32.01, WE908.08
- ab initio MD simulation WE916.15
- abrasion resistance TU36.03
- absorption MO45.06
- AC impedance TU68.08
- acceptor TU66.07
- acidic vesicles TH75.02
- acoustic separation WE36.05
- acoustic wave sensor TU68.06, WE906.05
- acrylate polymers WE55.01
- acrylic elastomer WE914.06
- activation energy TU72.04
- active readout WE74.05
- actuation MO44.04
- actuator TU88.04, WE911.06, WE914.06
- ad-hoc networks TU45.01
- ad-hoc sensor networks TU45.03
- adaptive optics WE58.01
- adaptivity TH73.04
- adatom clusters MO31.01
- adenovirus TH33.01
- adhesion TH54.04, TU79.06
- adhesion behavior TU74.07
- adhesive TU79.09
- adjacent impedance probing WE906.07
- adjuvant TU65.03
- adriamycin TU65.09
- adsorption TH34.03, TU35.01, TU76.06, TU80.01
- aerospace MO47.06
- aersol synthesis TU57.02
- AFAM MO33.02
- AFM MO33.02, MO33.05, MO48.04, TH35.02, TH56.03, TH57.04, TU90.03, WE902.05, WE904.09, WE910.04, WE913.05, WE913.09
- AGC WE58.02
- ageing TH57.03
- agitator bead mill MO47.05
- AIP WE906.07
- aircraft systems retrofit WE915.06
- airgaps TH38.10, WE918.18
- ALD TU73.02, TU82.09
- alleviation TU88.13
- alloy scattering WE916.07
- AlN WE913.01
- AlQ3 TU76.03
- aluminium WE913.03
- ambipolar behavior TH72.03
- amelogenin nanospheres WE903.04
- amine derivative TU74.02
- amino acids MO53.05
- amorphous carbon TU77.09
- amorphous diamond TU77.04
- amplifying medium TU73.04
- analog TH38.08, WE918.03
- Analog circuits TH22.03
- analog circuits WE918.08
- analog signal processing TU91.02
- analysis WE74.03, WE81.04
- analytic equations WE919.06
- analytic potential model WE39.02
- anatase MO42.02
- anemometry WE919.08
- anisotropic wet etching TU88.08
- ANN TH53.04
- annealing WE910.04
- annealing effect TU85.03
- anodic alumuna MO35.02
- anodisation WE913.03
- anodized aluminium oxide MO51.03
- ANSYS TH73.03, TU71.10, TU88.05, WE917.08
- anti-fouling MO31.06
- antibodies TU66.12
- antimicrobial coating WE55.02
- Antimony oxide WE912.05
- antioxidants WE905.01
- antitumor TU66.07
- apoptosis TU67.01, WE904.09
- applications MO47.02
- applications technology MO47.04
- array TH56.04, TH56.07, TU68.05, WE904.04
- arrays WE55.04
- artificial cell TU65.02
- artificial noses MO58.02
- assembly TU79.03, WE903.04
- asymmetry electroosmotic flow WE907.08
- Atlanta WE81.02
- atomic force microscope MO33.01, TU81.01, TU92.01
- atomic force microscopy TU89.05, TU90.01, WE901.02
- atomic spontaneous decay TU77.05
- atomic switch TU91.01
- atomistic modelling TH73.02
- atomistic simulations TH54.01
- Au nanoparticles WE906.03, WE906.04
- austria TU59.02
- automotive WE58.02
- azobenzene TU44.03
- backend TH38.10, WE918.18
- bacteria WE902.03
- bacterial carpet WE907.04
- bacterial pumps WE907.04
- ballistic transport WE39.01
- barium titanate MO31.04
- batteries MO35.01
- battery TH52.01
- Bayh-Dole WE61.03
- beam loss monitoring system WE919.11
- BEEM MO33.06
- behavioral modeling WE917.12
- BEM MO55.01, MO55.05
- Berendsen thermostat TH54.03
- binding WE901.02
- binding efficiency WE904.03
- binding kinetics WE904.04
- bio electromechanics TH57.04
- bio-chemical sensors TU84.05
- bio-hazard WE55.02
- bio-nano-information fusion TH21.02
- bio-nanosensors MO53.05
- bio-pharmaceutical applications WE77.02
- bio-sensors TU80.03
- bioceramic WE903.14
- biochip WE904.03
- biochips MO57.02, WE906.10, WE907.06
- biocidal WE55.02
- biocompatibility TU66.06
- biocompatible WE903.15
- biocomposite WE903.03
- bioconjugates WE903.05
- bioelectronic nanoscale ion channel array stabilization WE74.05
- bioelectronics TH75.03
- biological applications TH72.04
- biological self assembly WE914.07
- biological sensor WE906.01
- biologically inspired nano-scale communication system WE919.04
- biology MO58.04
- biomagnetics WE903.13
- biomaterials WE903.07, WE903.08
- biomechanical testing WE903.14
- biomedical WE74.03, WE903.16, WE903.17, WE919.01
- BioMEMS TU71.08
- biomimetic TU65.02, WE902.02
- biomimetics TU69.13
- biomineralization WE903.04
- biomolecular motors TH35.01, WE907.04
- biomolecule TH33.02
- biomolecules MO46.02
- bionano TU79.03
- bioparticles TU88.02
- biopolymer WE911.03
- biopotential TH75.01, TU68.07
- biosensor TH35.03, TH51.02, TH75.01, TU68.01, TU68.07, WE57.03, WE904.10, WE906.06, WE906.13, WE907.03
- biosensors TH35.04, TU68.03, WE51.02, WE906.09
- biotech MO61.01, MO61.02, MO61.03, MO61.04, MO61.05, MO61.06, TU59.02, TU60.01, TU60.02, TU60.03, TU60.04, TU60.05
- biotechnology TU65.01, TU69.03
- biotin WE901.01
- biotinylated monolayer MO31.05
- block co-polymer TU77.03
- block copolymer WE75.03
- block copolymers TU36.01, TU44.01, TU79.08
- block-copolymer lithography WE903.09
- bolometer TU88.12
- Boltzmann equation MO43.04
- bone healing WE903.14
- bone marrow WE903.05
- boolean network WE904.06
- boron TU83.07
- boron diffusion WE916.13
- boundary layer. WE920.04
- Bragg gap WE916.03
- branching ratio TU72.05
- breast cancer TU66.03
- breath WE905.06
- Brenner potential TU77.11
- bridging disparate time and length scales MO32.05
- Brownian ratchet TU69.05
- BSIM3 TH38.09, WE918.19
- BSIM5 WE23.02
- bubble trap TU71.05
- buckling deformation TU87.03
- building blocks MO34.03
- bulk silicon etch TU52.02
- bursting TU69.07
- C-MEMS MO51.06, TH52.01, WE52.01
- C-V characteristics WE916.05
- C(V) catalytically active nanoparticles TU57.05
- C60 WE920.06
- C70 WE920.06
- Ca-alginate nanoparticle TH75.06
- Ca-Mg phosphate WE903.06
- cabon nanotubes WE72.03
- CAD tools MO46.03
- cAMP TU69.02
- cancer MO57.02, WE36.01, WE900.04, WE903.11, WE905.01
- cancer detection TH37.04, WE74.04
- cancer treatment TU66.11
- cantilever MO33.01, TU57.03
- cantilever array TH35.04
- cantilevers TU68.05
- capacitance TH38.10, WE918.18
- capacitive pressure sensors WE919.01
- capacitors WE916.05
- capcitive TU55.01
- capillary forces TU79.06
- carbon TU77.07, WE911.03
- carbon microcoils TU80.07
- carbon nano structures TU77.12
- carbon nano tube WE38.01
- carbon nanocoils TU80.07
- carbon nanofiber MO51.06
- carbon nanofibers TH52.01
- carbon nanomaterial WE32.03
- carbon nanostructure WE914.05
- carbon nanostructures TH73.01
- carbon nanotoroids WE915.08
- carbon nanotube TH75.01, TU68.07, TU77.01, TU77.02, WE903.12, WE911.06, WE914.06, WE914.13
- carbon nanotube AFM probes TU52.01
- carbon nanotube field effect transistors TH72.03
- carbon nanotubes MO32.01, MO53.05, MO58.06, TH52.01, TH52.03, TH72.04, TU75.05, TU77.03, TU77.05, TU77.08, WE32.04, WE51.03, WE52.03, WE72.01, WE906.01, WE915.06, WE920.06
- carbon NEMS WE32.02
- carbon-based nanomaterial WE77.02
- carbonate apatite TH75.02
- carbonnanotube TH52.02
- carrier molecule WE919.04
- casein micelles TU33.02
- catalase mimic TU66.04
- catalysis WE34.01
- catalytic mechanism TU66.04
- cationic surfactant WE54.05
- cavity growth WE908.01
- cavity size TH34.02
- CD platform WE56.02
- CdSe TU79.08, TU85.01
- CdTe TU67.03
- cell WE901.04
- cell adhesion TU69.12
- cell advancing method WE916.11
- cell assays TH37.04, WE900.01
- cell differentiation TU68.06, WE905.03
- cell labeling TH37.02
- cell migration WE905.02
- cell sorting MO57.02
- cell transport WE36.04
- cell-array TH56.01
- cells MO44.04, TH56.04, WE36.03, WE902.07
- cellular biosensor WE906.11
- cellular communication TU69.02
- cellular differentiation TH33.03
- cellulose acetate WE901.03
- centrifugal force WE907.02
- ceramic MEMS MO35.02, TU57.04
- Cermet TU76.08
- CFD MO54.05, TH53.06, WE36.05, WE901.07
- channelling WE34.02
- characterisation TU87.01
- characterization TH56.04, TU73.01, TU75.06, WE902.02, WE903.14
- charge TH22.07, TH38.07, WE918.01, WE918.07
- charge based model TU58.01
- charge decay WE912.04
- charge pumping TU46.01
- charge transport WE915.07
- charge trapping TU85.04, WE912.04
- charge-based model TU37.03
- CHARMM TU80.05
- chemical sensor TU80.04
- chemical sensors MO58.02
- chemical storage TU80.02
- chemical synthesis WE76.05
- chemical vapor deposition WE913.08
- chemical vapour deposition WE51.03
- chemiluminescence WE907.09
- chemostat WE907.01
- chemotaxis TU66.03
- chip package co-design WE919.10
- chitosan TU65.09, WE903.07
- chlorotoxin TH57.02
- chondrocyte WE905.04
- chromatograph WE907.14
- chronical diseases TU65.07
- circuit design TU82.01, WE59.03
- circuit simulation WE916.14
- circuit simulation model TH22.09, WE918.14
- circuit simulator TH53.04
- circulating tumor cells MO57.02
- clay nanocomposites TU36.01
- clays WE911.04
- closed loop TU55.01
- cluster assembled nanooxides WE911.05
- clustered atomistic-continuum method WE908.04
- clusters TU41.03
- CMOS MO53.04, TU88.14, WE71.03, WE915.04
- CMOS circuit design WE23.03
- CMOS RF WE23.02
- CMOS/nano TU85.07
- CMP TU76.08, TU82.04
- CNT TH72.02, TH72.05, WE914.05
- CNT enhanced TU79.10
- CO detection TU57.02
- CO2 WE905.06
- coarse time stepper TU77.01
- coarse-grained MO34.02, TU91.05
- coating TU76.01, TU76.08, WE911.04
- coatings TU59.02, TU66.06
- coincidence detection TH37.01
- collagen WE903.03, WE905.04
- collection WE56.04
- collective effects WE920.11
- collisional cooling TH73.03
- colloid TH56.07
- colloid physics TU33.01
- colloidal gold nanoparticles MO57.04
- colloids WE910.02
- color-masked catalyst WE909.02
- colorimetric detection WE906.04
- commercialization WE61.01
- compact model TH22.02, TH22.08, TH38.11
- Compact Model TU24.01
- compact model TU37.01, TU37.02, TU37.03, TU46.01, TU58.01, TU91.04, WE39.02, WE907.07, WE916.17, WE918.05, WE918.11, WE918.22
- compact model parameter extraction TH38.12, WE918.06
- compact modeling TH22.10, TH38.02, WE23.02, WE39.01, WE59.03, WE79.01, WE918.16, WE918.23
- compact modelling WE59.04
- compact-model TH38.05, WE918.12
- comparison TU37.01
- compensator TU88.08
- complex fluids TU44.01
- composable system simulation MO54.03
- composite TH53.02, WE911.03
- composite performance MO47.06
- composites MO35.04, WE52.03
- compressive modulus TU36.02
- computational WE920.09
- computational biology TU69.01
- computational methods TU69.03, TU77.12
- concentration of coordination TU77.09
- condensation TU79.05
- condition monitoring WE919.07
- conducting polymer WE904.07
- conductive adhesive TU79.09
- conductive atomic force microscopy MO51.03, TU85.06
- conductivity MO47.06, TU83.07
- confocal microscopy. TU66.12
- confocal microsocpy MO51.05
- conjugated polymer WE904.08
- conjugation TU77.10
- constitutive modelling TU73.03
- contact angle TU76.07, TU77.03
- contact angle hysteresis MO54.02
- continuum van der Waals TH33.02
- contrast agent TH57.06
- control MO55.05
- controlled drug release WE54.03
- convection TU91.04
- convection diffusion MO34.05
- convective flow WE56.01
- cooling MO54.01
- copolymers WE913.07
- copper WE916.15
- copper oxide WE912.06
- core-shell TU80.11
- correlation time TU72.04
- cosmetics MO35.04
- cosmic radiation MO55.02
- coulomb blockade WE913.05
- coupled TU69.05
- coupled-field physics MO55.05
- creep flow WE908.01
- crossbar TU41.01
- crosslinking TU80.06
- crossover theory TH34.03
- crosstalk WE59.01
- crystallinity TU72.05, TU75.07
- crystallization TU75.03
- crystallographic structure TU83.02
- cubosomes TU54.01
- CuFe2O4/SiO2 WE911.01
- cuprates WE908.07
- cupric oxide WE909.01
- current TH38.07, WE918.07
- curved channels WE907.12
- curved panels TH33.02
- cutting WE32.01
- CVD MO31.02, TH72.02, TU77.08, TU82.05
- cyclostationary noise WE79.02
- cylinder motion WE920.14
- cytokine TH56.06
- damping coefficient extraction WE917.04
- De Beers WE909.03
- dean flows WE907.12
- decal transfer lithography TU41.04
- deconvolution of AP TU69.08
- decoupled WE58.02
- deep etching TU82.06
- defect control MO58.03
- defectivity MO45.03
- deformable mirror WE58.01
- degradation TU65.05
- delay WE59.01
- delivery TU65.03, TU66.07
- delta doping TH31.01
- dendrimer WE902.01
- densification TU79.12
- density-gradient equation WE920.04
- deposition/etching process WE916.11
- design MO54.01, WE920.10
- design concepts MO44.01
- design of experiment WE917.11
- desorption-ionization WE74.01
- detection TH37.04, TH75.04, TH75.04, TU66.01, WE900.01, WE906.03
- detection of cells WE906.12
- detectors TU80.03, TU84.03
- development WE911.03
- device modeling MO43.04, WE916.02, WE916.04
- device models WE916.07
- device parameter extraction TH38.06, WE918.20
- Device Physics TU24.01
- devices TU52.05
- dexamethasone phosphate WE54.03
- DFT TH31.02, WE34.01
- dft calculations TU66.04
- diabolo cross-section TU80.09
- diagnostic WE900.04
- diagnostics TU56.02, WE904.12
- diamond electrode TU77.04
- diamond film WE913.01
- diamond grit WE909.03
- diamond molecule WE32.03
- diamond molecules WE77.02
- diamond seed WE909.03
- diamond synthesis WE909.03
- diamondlike carbon TU76.04
- diamondoid WE32.03
- diaphragm WE917.02
- diblock copolymers TH72.04
- dielectric MO53.04
- dielectric constant MO31.04
- dielectric spectroscopy WE902.02
- dielectrics WE908.02
- dielectrophoresis MO54.04, TU88.02
- diffusion MO32.04, MO54.03, WE908.01
- diffusion coefficient WE916.15
- diffusion constant MO34.05
- diffusion trajectory WE916.15
- diffusion-advection-reaction equations TH33.01
- diffusion-reaction model WE920.02
- digital microfluidics TU71.01
- dioxin WE909.02
- dip-pen Nanolithography TU90.01
- direction WE919.08
- discrete-event TU69.09
- dispersion MO58.01
- dispersion nanotubes WE72.02
- dispersions MO47.04
- display TU88.07
- displays MO47.02
- distributed computing WE920.09
- distributed intelligence WE78.02
- DLC TU76.08
- DMA TU89.04
- DNA TH75.03, TU68.03, TU68.05, TU77.10, TU85.01, WE54.05, WE55.05, WE56.01, WE904.04, WE904.06, WE906.03, WE906.04
- DNA concentration WE56.04
- DNA delivery TH75.02
- DNA detection WE904.07, WE904.08
- DNA hybridization TH56.02
- DNA Hybridization TU69.03
- DNA hybridization TU71.04, WE56.02, WE906.07
- DNA immobilization WE56.02
- DNA microchip WE56.03
- DNA mismatch TU68.08
- DNA purification WE901.03
- DNA release TH75.02
- DNA sensors TU68.08
- DNA sequencing TU35.03
- DNA synthesis WE907.06
- DOD TU55.03
- DOE WE917.11
- dopaminergic receptors TH35.05
- dopant fluctuations TH22.11, WE918.13
- doped WE34.02
- doped-ZnO TU75.06
- doping TU84.07
- double gate WE916.08
- double gate MOSFETs WE39.02
- double gate structure TH72.03
- double-gate TH38.05, WE918.12
- Double-Gate MOSFET TH38.03
- double-gate MOSFET WE916.10
- Double-Gate MOSFET WE918.17
- Double-Gate MOSFETs TH38.04, TH38.06, WE918.15, WE918.20
- double-strand DNA WE908.04
- DPN TU71.05
- drain current TH22.06, WE918.02
- drain current model WE39.03
- DRAM TH51.01
- DRIE TU71.08, TU82.08
- drop extraction TU71.01
- drop method TU41.01
- droplets WE75.04, WE907.16
- drug delivery TU65.01, TU65.05, TU65.06, TU65.07, TU65.08, TU65.11, WE35.03, WE54.01, WE54.02, WE57.03, WE76.03, WE904.12
- drug discovery WE76.05
- drug release TU65.08
- drug screen WE906.05
- drug targeting TU59.02, WE54.02
- dry release TU82.08
- Dupré relation TU80.05
- durable TU76.01
- dynamic contact angle MO54.02
- dynamic measurement TU89.08
- dynamic viscoelastic relaxation TU72.04
- dynamic viscosity TU74.08
- dynamics TH34.01
- e-beam TU82.05
- E.Coli TU67.02
- EBL WE32.02
- economic growth WE61.03
- ECP TU69.11
- edge effect WE920.08
- effect of ambient atmosphere TU84.02
- effective channel length TH22.04, WE918.09
- effective mobility MO53.02, TU46.01
- effector TU66.07
- egfr mutation WE904.01
- ejector WE76.04
- elastic WE902.05
- elastic network WE908.03
- elastodynamics TU91.03
- electric field WE56.04
- electric field enhanced oxidation TU82.10
- electric force microscopy TU90.04
- electrical characteristics TU84.08
- electrical detection WE906.07
- electro-optic WE912.08
- electroactive polymer WE917.06
- electrocatalyst TU72.02
- electrochemical reduction WE912.06
- electrochemical sensor TU68.09
- electrochemistry WE906.02
- electrode surface TU90.04
- electrodeposit MO46.04
- electrodeposition WE907.05
- electrokinesis MO54.04
- electrokinetic MO54.03, TU56.03
- electrokinetic transport TU35.02
- electrokinetics TU56.01
- electrolyte MO46.04, WE907.05
- electromagnetic effect MO47.06
- electromagnetic levitation TU42.01
- electromechanical WE917.10
- electromechanical coupling WE920.05
- electromigration WE917.13
- electron WE920.03
- electron and optical properties WE920.13
- electron beam TU81.05, WE914.05
- electron beam lithgraphy TU84.04
- electron beam lithography WE32.02, WE72.01
- electron diffraction X-ray WE51.03
- electron emission MO58.06
- electron lithography TU81.01
- electron microscopy TU67.01, TU89.02
- electronic properties MO53.05
- electronic properties. MO34.02
- electronic sensing TU66.12
- electronic structure TH54.01
- electronic structure studies WE908.08
- electronic transport TH31.02
- electronics MO35.04, MO47.02, MO60.01, MO60.02, MO60.03, MO60.04, MO60.05, MO60.06, WE908.02
- electronics cooling WE76.01
- electronics engineering education TH22.03, WE918.08
- electroosmosis TU71.03, TU88.02, WE36.04
- electroosmotic flow TU35.02
- electrophores TU69.05
- electrophoresis MO54.05, TU56.01, TU71.06, WE36.04, WE56.04, WE907.15
- electrostatic TU88.04, TU88.14, WE76.04
- electrostatic force microscopy (EFM) WE912.04
- electrostatic interaction WE904.07
- electrostatique conversion WE78.04
- electrowetting WE76.02
- electrowetting on dielectric TU71.07
- ellipsometry TH35.02, WE913.06
- embedded boundaries WE920.07
- embedded networked sensing TU34.01
- emerging memory WE915.11
- emulsifier-based colloids TU33.02
- encapsulated lens WE914.05
- endocytosis WE903.15
- endofullerene TU80.08
- energy MO64.01, MO64.02, MO64.03, WE78.03
- energy gathering WE919.14
- energy landscape WE74.02
- energy minimization TU71.07
- energy scavenging WE78.04
- energy states WE920.03
- ENFOL MO45.04
- enhanced materials MO35.03
- environment WE53.01, WE906.11
- environmental regulation WE53.01
- enzyme WE902.06
- enzyme inmovilization TU80.06
- epidermal growth factor TU66.03
- epithelial cells TH57.03
- epoxy WE911.08
- epoxy resin TU36.02
- ERK WE905.03
- error estimation TH73.04
- ESD TH38.09, TU82.03, WE918.19
- etch holes WE917.01
- etching TU88.12
- ethics TU67.04
- Eu WE34.03
- European Union WE53.01
- EUV TU81.05
- EWOD TU71.01, WE76.02
- excess chemical potential TU69.11
- exfoliation TU36.01, TU36.02, WE911.04, WE911.07
- exponential function TU91.02
- extraction TH22.04, TH22.05, WE918.09, WE918.10
- extravasation process WE905.02
- fabrication WE920.10
- fabry-perot interferometer MO34.01
- fast micromixing WE907.11
- fault detection WE919.07
- fault tolerance TU86.01
- fault tolerant system WE919.09
- FB-SOI TH38.12, WE918.06
- FBAR MO46.01
- FCC platinum nanowire WE908.06
- FD-SOI MO53.02
- FDG-PET. sodium MRI TH57.05
- FDSOI TH22.08, WE918.22
- FE-RAM memory devices MO33.03
- FEA WE36.05
- feasibility WE78.02
- feedthrough WE919.02
- FEM MO55.04, WE920.05
- FEMLAB MO54.01
- femtogram TH56.06
- ferrimagnetic TH75.05
- ferrite TU74.08
- ferrocene TU68.03, WE904.08
- ferroelectric MO31.04, TU91.01, WE913.04
- ferroelectric thin films MO33.03
- ferromagnetic resonance WE915.03
- ferromagnetic rings TU68.02
- ferromagnets TH31.01
- FET TH38.05, WE918.12
- FET variation modeling WE59.03
- FIB TU41.05, TU89.01
- field effect transistor TH52.03
- field emission TU76.03, TU80.03
- field emission transmitter MO58.04
- field solver TH38.10, WE918.18
- field-effect transistor MO51.01
- field-flow fractionation MO46.06
- filaments TU36.04
- film TU76.01, TU91.05
- films MO31.03, WE913.07
- filter MO45.02
- filtration TU71.08, WE901.03
- FinFET MO53.03
- fingerprint WE902.03
- finite element analysis WE917.03
- finite element modeling TU66.11
- finite-element method WE920.12
- first principles TU83.03
- flame WE34.03
- flash memories WE79.04
- flexible TU76.05
- flexural plate wave WE906.05
- flow TH34.01, WE919.08
- flow cytometry TH37.04, WE900.01
- flow-through WE56.02
- fluid transport WE36.04
- fluids TH34.03
- fluorescence WE907.16
- fluorescence quenching WE904.01
- fluorescence spectroscopy TH35.05
- fluorescent bids TH37.04, WE900.01
- fluorination WE32.01
- FMM MO53.03
- focus grid TU69.06
- focused ion beam TU89.02, TU89.07
- focusing WE56.04
- folic acid TH57.06
- food colloids TU33.02
- food production TU33.02
- food technology TU33.01
- force mapping WE75.02
- foresight TU92.02
- formulations MO47.04
- four-component exact formulation TH22.01, WE918.04
- four-terminal junction field-effect transistors WE79.03
- fracture TU87.05
- fractureness WE908.03
- free surface flows MO54.02
- free volume TH34.02
- free-space optics TU45.01
- frequency WE916.17
- frequency stability TU57.01
- front-end WE919.10
- FTIR WE911.01
- fuel WE914.01
- fuel cell MO35.03
- fuel Cell TU72.03
- fullerene TU77.06
- fullerene soot TU77.06
- fullerenes WE920.06
- fumed silica WE911.02
- functional carbon nanotubes WE914.07
- functional nanotubes TU77.10
- functionalization WE77.02
- fungi WE902.05
- fused silica MO32.02
- future high-density data storage system TU88.08
- G-proteins TU69.02
- GaAs WE51.04, WE917.09
- gallium nitride MO51.05
- gap-tooth method TU77.01
- gas WE911.02
- gas sensor TU57.02, WE915.02
- gas sensors TU83.03
- gate tunneling TU46.01
- gate tunneling current TU46.02
- GEMIOS TH73.03
- gene TU65.09
- gene delivery TU35.04, TU65.10, WE54.05, WE903.06
- gene synthesis WE56.03
- general health monitoring WE57.01
- genetic metabolic network TH33.03
- genetically modified organisms WE904.02
- genomic WE81.05
- geometry dependent TH22.06, WE918.02
- germanium dots TU82.05
- glancing angle deposition MO45.05
- glass TU71.06, WE907.15
- glass bids TH37.04, WE900.01
- glass-ceramics TH75.05
- glioma TH57.02
- global MEMS simulation WE78.04
- glucose detection WE57.01
- glycolytic TU69.04, TU69.09
- gold WE52.02
- gold ball TU90.01
- gold nanoparticle TU68.04, WE904.01, WE906.03, WE906.04
- gold nanoparticles TH35.02, WE903.16
- gold thin film TU90.01
- good and poor solvents WE900.02
- GPU WE74.04
- grand canonical Monte-Carlo TH73.01
- graphene MO53.05
- graphite WE911.04
- grating TU88.11
- gratings TU82.08
- green catalysis WE909.04
- Green's function method TH54.05
- ground bounce WE59.01
- growth WE913.09
- growth of carbon nanotubes MO32.05
- guided neuronal growth WE901.08
- Guinier-Preston zone TH73.05
- gyro sensor WE917.12
- gyroscope WE58.02, WE919.02
- H2S sensor TU80.10
- halloysite MO35.04
- Hamiltonian model reduction MO53.05
- hardened WE919.09
- hardness WE52.03
- HDL WE917.12
- head flyability TU79.11
- health care MO63.01, MO63.03, MO63.04, MO63.05
- heat conduction WE917.07
- heat dissipation MO47.06
- heat sink MO42.04
- heat spreader TU77.04
- heat treatment TU76.03
- heavy metals TU80.12
- helices WE915.08
- hematopoiesis TU68.06
- hepatic cancer TU66.02
- HER2 TU66.12
- heterogeneous dynamics WE75.01
- heterogeneous immunoassay TU71.03
- heterostructure materials WE906.09
- heterostructures MO32.04, WE51.01
- high frequency effect WE59.01
- high magnetic field WE911.08
- high performance computing WE74.04
- high pressure MO32.02, WE909.03
- high speed MO33.05
- high temperature WE908.01
- high-frequency noise TU46.02
- High-k material TH38.01, WE918.21
- high-voltage MOS WE59.04
- highly-tensile silicon nitride WE920.01
- Hills WE919.02
- History TU24.01
- holographic TU91.01
- HRTEM TU83.02
- HSQ TU81.02
- humidity sensor TU79.04
- hybrid TU75.08
- hybrid devices TH35.01
- hybrid nanocontact printing(HnCP) TU81.03
- hybridization TH56.05
- hydraulic actuator TU82.02
- hydrogel WE57.03
- hydrogen silsequioxane TU81.04
- hydrogen storage TH73.01
- hydrophilic TU76.01
- hydrophobic TU76.01
- hydrophobicity TU76.07, TU77.03
- hydrothermal TU75.02
- hydrothermal synthesis TU75.08
- hyperbrached poly(epsilon-caprolactone) TU72.04
- hyperthermia TH75.05, WE903.11
- hysteresis TH22.10, WE918.23
- IA-32 architecture WE919.09
- icpms WE902.03
- identification TU87.02
- ignition WE914.01
- IHC MO44.04
- III-nitrides MO51.05
- image data MO34.05
- imaging MO33.06, MO48.04, WE902.07
- imbibition WE72.03
- immobilization TH35.03, WE904.11
- immunassays WE906.02
- immunoassay TU56.02, TU67.02, WE904.10
- immunology WE57.02
- immunomagnetic WE36.01
- immunosensor TH35.02
- impedance modeling WE915.01
- implantable nanobiosensor WE903.02
- implants TU66.06, WE905.02
- implicit surface potential TH22.07, WE918.01
- imprinting TU81.02
- imprinting mechanism TU91.03
- IMU WE919.13
- in silico chemotherapy WE54.04
- in situ atmospheric measurements TU45.03
- in-plane TU88.11
- in-situ WE913.09
- In2O3 nanowire TU85.02
- incineration WE909.02
- indium oxide TU82.10
- inductors WE55.03
- industrial converting MO47.05
- inelastic light scattering WE32.04
- inflammatory process WE905.02
- information TU69.13, WE78.03
- information processing TU69.07
- infrastructure MO58.03
- inhibitors TU66.03
- initial tension WE920.08
- injector TU56.03
- ink-jet TU79.09
- innovation research TU47.01
- inorganic slat TU84.07
- inorganic/organic WE908.08
- instrumentation TU61.01, TU61.03, TU61.04, TU61.06, TU61.07, TU88.15
- instrumentation-software TU61.02
- Integrated circuit design TH22.03, WE918.08
- integrated nanosystems TH21.02
- integrated optics devices TU84.05
- integrated process design MO34.03
- integration MO46.01, TU81.06
- intelligent algorithm WE920.10
- intelligent sensor WE919.07, WE919.13
- intelligent sensors WE38.02
- inter-valley scattering MO43.01
- interconnect TH38.10, TU86.02, WE917.13, WE918.18
- interconnection technology TU79.10
- intercrystalline fracture WE908.01
- interdiffusion MO32.04
- interface MO33.06, TU91.05
- interface interdiffusion TH54.05
- interface modeling TH51.03
- interfaces TU59.02, WE908.08
- interfacial interaction WE911.07
- interferance microscopy TU89.05
- interference MO45.01
- intracellular trafficking WE902.01
- intracellular transport TH33.01, TU35.04, TU67.03
- intrinsic channel WE39.03
- invariant manifolds MO55.03
- inverse problem TU66.11, WE76.03
- inverse problems MO55.05
- inversion charge TU37.01
- inversion layer MO53.01
- inversion layer centriod TH38.02, WE918.16
- ion beam micromachining TU89.07
- ion beams WE74.03
- ion channel TU69.06, TU69.08, TU69.11
- ion channels TU82.07
- ion projection lithography TU89.07
- ion source TH73.03
- ion temperature TH73.03
- ionic conductivity TU35.02, TU72.01
- ionomer WE902.02
- IP WE81.05
- IrO2 MO51.02
- iron oxide TU75.01
- iron oxide nanoparticles TH57.06
- iron oxide-gold WE903.17
- isotachophoresis MO54.05
- IV MO51.02
- jets WE900.02
- JFET compact model WE79.03
- JKR theory TU69.12
- kernel WE919.07
- kinesin TH35.01
- kinetic Monte Carlo MO32.03, MO32.05, WE916.13
- kinetic monte-carlo TU77.01
- klinoptinolith WE905.01
- knowledge engineering TU92.02
- Kramers theory WE74.02
- lab on a chip MO44.02
- lab-chips TU82.03
- lab-on-a-chip MO44.01, TU56.02, TU56.03, WE56.04, WE901.03, WE906.06, WE907.14
- lab-on-chip TU71.05, TU71.06, WE76.02, WE907.15
- labeling TU66.08
- lactate oxidase TU68.01
- Lagrangian mechanics WE920.14
- laminin WE901.04
- Lanczos TH73.05
- landscape phage TH75.04
- landscaping WE81.05
- Langmuir TU44.03
- large area flat TVs MO58.06
- large deflection WE920.08
- largescale simulation TH52.02
- laser assisted direct imprinting (LADI) TU91.03
- laser surgery TU66.11
- laser welding TU82.03
- lasers TU84.06
- LaSrMnO3 nanowires TU80.11
- lateral deflection WE913.09
- lattice Boltzmann WE907.03
- layer-by-layer WE903.05
- layered cell constructs WE905.05
- layout choices WE59.03
- layout optimization TU82.01
- LC-tank MO46.05
- LDA MO43.02
- LDMOS WE59.04
- lead zirconate titanate (PZT) thin film WE917.14
- leakage current TH72.05
- LED TU88.10, WE913.01
- legal WE81.02
- license WE61.03
- life sciences MO58.03
- lifetime estimation MO43.05
- lightning strike MO47.06
- limit cycles TU87.02
- line slope TH38.10, WE918.18
- linear actuator MO55.04
- linear atomic metal chain WE913.08
- lipo-based TU65.07
- liposome TH37.03, WE54.05
- liquid bridge TU79.05
- liquid core waveguide WE907.09
- liquid crystals WE905.07
- liquid flow TH53.06
- living cell WE903.01
- living neuronal networks WE901.08
- local CVD MO51.06
- local therapy TU65.04
- locally deliver TU80.02
- logic WE31.04, WE71.03
- logic devices WE915.04
- low temperature TU75.07
- LPCVD TU82.09
- LTCC WE906.02
- lubrication TU91.05
- luminessence TU84.01
- lumped model WE907.10
- luteinizing hormone releasing hormone receptors MO57.03
- lyophilization WE903.07, WE903.08
- lysosomes TU67.01
- M-DNA TU68.08
- machine element WE914.13
- macro-modeling TH53.04
- macrophage TU67.03
- magnetic WE55.03, WE900.04, WE909.04
- magnetic beads TU68.02
- magnetic clusters nanowires WE915.08
- magnetic field WE920.14
- magnetic flocculation WE911.08
- magnetic heating TU66.05
- magnetic hyperthermia TU66.05
- magnetic implants TU65.04
- magnetic nanoparticles TU65.04, WE34.05
- magnetic properties WE903.13
- magnetic QCA WE915.09
- magnetic recording TU79.11
- magnetic resonance imaging MO57.03, TH57.06
- magnetomotive WE917.10
- magnetophoresis WE36.03
- magnetoresistance TU80.11
- magnetoresistive WE906.10
- MALDI TH73.03
- manganite TU88.12
- marangoni effect TU71.02
- margination WE36.02
- mask layout WE917.11
- mass detection limit TU80.09
- mass production TU77.06
- mass sensing TU80.09
- mass sensor TU57.01, TU79.02
- mass spectrometry WE74.01
- mass-micro balancing WE906.06
- masterbatches MO47.05
- matching TH22.02, WE916.01, WE918.05
- material characterization MO33.01, WE915.01
- materials MO62.01, MO62.02, MO62.04, MO62.05, MO63.02
- materials design WE908.05
- materials-software TU61.05
- mathematical modeling TU65.08
- MAXITARG TU66.02
- MCM WE919.10
- measurement TU89.04, WE919.08
- mechanical WE902.05
- mechanical properties TH52.02, TU42.02
- mechanical strength WE51.02
- mechanics of cells TH57.03
- media TU67.04
- medium-range order MO32.02
- membrane TU88.03, WE902.06
- membranes TU75.03, TU82.07
- MEMCAD TU88.07
- memory MO53.04, WE31.04, WE71.03, WE914.03
- MEMS MO44.02, MO46.04, TH53.01, TH53.02, TU55.03, TU71.06, TU71.10, TU82.02, TU87.01, TU88.01, TU88.04, TU88.06, TU88.07, TU88.09, TU88.10, TU89.08, WE38.01, WE58.01, WE78.02, WE907.15, WE917.06, WE917.08, WE917.09, WE917.14, WE919.01, WE920.12
- MEMS design TH53.05
- MEMS interface TU55.01
- MEMS modeling TH53.03, WE917.01, WE917.04
- MEMS NEMS TU79.02
- MEMS/NEMS WE75.01
- meniscus bifurcation TU71.05
- mesenchymal stem cell TH37.02
- meso-mechanics WE908.04
- mesoporous TU80.01, WE74.01
- mesoporous carbon TU72.02
- mesoporous silica WE51.03
- mesoporous silicas MO51.03
- mesoscale modeling WE35.03
- mesoscale phenomena WE75.01
- metal TU73.02, TU80.01, WE900.04
- metal clusters WE34.01
- metal-chalcogenide TU83.03
- metal-insulator transition TU80.11
- metal-semiconductor TU83.04
- metal-semiconductor chemistry WE913.08
- metallic WE52.02
- metallic nickel TU73.01
- metastable state WE74.02
- metastases MO57.03
- metastasis TU66.03
- metering WE56.04
- methodology TU88.09
- metrology TU76.02
- MFM tips TU90.02
- micro actuator TU88.07
- micro and nano-scale TH35.04
- micro fluidic system MO46.06
- micro fluidics rheology TU71.09
- micro PCR WE901.06
- micro power generators MO34.04
- micro-capillary flow TU71.05
- micro-contact printing WE904.02
- micro-fluidics TU71.04
- micro-nozzle WE900.02
- micro-optics TU79.01
- micro-sensor plate WE920.08
- microarray MO44.04, TH56.02, TH56.05, WE904.11, WE907.16
- microarray hybridization modeling WE920.02
- microarrays TU82.03, WE81.05, WE904.12
- microbridge TU87.03
- microcantilevers WE906.12
- microcavity MO45.02
- microchannels WE906.02
- microchip TU71.03
|
- micro TU76.02
- microdevice TU71.03
- microdrops TU71.07
- microelectronics TU79.09
- microemulsion TH75.06
- microemulsions MO31.03, TU42.03
- microfabricated WE56.04
- microfabrication TU82.07
- microfluid WE36.03
- microfluidic TH56.02, TU56.02, TU56.03, WE76.02, WE907.09
- microfluidics MO44.01, MO44.02, MO44.03, MO54.01, MO54.04, TH53.06, TH56.05, TU56.01, TU66.03, TU71.06, TU82.03, TU82.11, WE36.01, WE36.05, WE56.02, WE61.01, WE76.03, WE907.01, WE907.02, WE907.03, WE907.05, WE907.06, WE907.07, WE907.12, WE907.13, WE907.15, WE920.07
- microfluids MO35.01
- microjet instability TU71.02
- micromachine TU80.10, WE917.02
- micromachines ceramic WE901.08
- micromanipulation TU79.05, TU79.06
- micromechanical resonators WE917.01
- micromixer WE907.07
- microneedle WE57.01, WE76.03
- microorganisms WE906.10
- micropattern WE904.05
- micropatterning WE901.04
- microphase separation WE75.03
- micropipette TU69.12
- microporous carbon WE52.04
- micropump TU71.10
- micropumps WE907.10
- microreactor TU88.03
- microscale cell culture analog WE57.04
- microscale heat transfer WE76.01
- microsensor TU57.04
- microseparator WE36.03
- microsystem WE38.01
- microsystems TU79.09
- microTAS MO44.02
- microtubule TH33.01
- microtubules TH35.01, TU35.04
- microvalve TH53.06
- microvavle TU82.02
- microwave models WE23.02
- microwave plasma TU77.02
- military TU55.03, WE919.03
- miniaturized antennas WE55.03
- mismatch TH22.02, TH38.08, WE916.01, WE918.03, WE918.05
- mixed metal oxides WE34.04
- mixed SAMs WE901.02
- mixed self assembly monolayer WE904.03
- mixing MO44.04, WE907.12
- MMT TU74.02
- mobility model MO43.01
- MOCVD MO51.02, TU83.05
- model WE76.02
- model design WE917.02
- model generation WE917.12
- model order reduction TU91.04
- modeling MO32.04, MO43.03, MO53.04, MO55.02, TH38.10, TH53.01, TH53.02, TH53.06, TU55.03, TU69.02, TU82.03, TU88.04, WE79.03, WE79.04, WE918.18, WE919.01
- modelling WE36.05, WE919.06
- modification WE919.03
- modified Bessel functions WE920.08
- modifier TU74.02
- modulation TU82.06
- modules WE55.03
- moems MO34.01
- molecular WE904.06
- molecular beacons WE904.11
- molecular conductance TH51.03
- molecular design TH33.04
- molecular dynamics MO32.05, TH54.02, TH54.04, TU77.01, TU80.08, WE914.03
- molecular dynamics simulation TH54.03, TU77.11, WE901.02
- molecular dynamics simulations TU80.05
- molecular electronics TH51.03, WE915.06
- molecular fan MO42.04
- molecular mobility TU72.04
- molecular modeling TU35.03
- molecular static relaxations TH73.02
- molecular-scale devices TH21.02
- monodisperse TU75.06
- monolayer TU76.05, TU90.04
- monolithical integration TU82.02
- Monte Carlo TH38.08, TU69.06, WE916.07, WE916.09, WE918.03
- Moore’s Law TU82.04
- mor TU91.04
- MOR WE916.12
- MOS TH38.09, TU85.04, WE916.01, WE916.16, WE918.19
- MOS compact modeling WE39.03
- MOS devices MO53.01
- MOS Model 20 WE59.04
- MOS Transistor WE23.03
- MOS transistor tip TU88.08
- MOSCITO WE917.08
- MOSFET TH22.02, TH22.11, TH38.01, TU24.01, TU37.02, TU46.02, WE916.02, WE916.04, WE918.05, WE918.13, WE918.21
- MOSFET detection TH53.01
- MOSFET figures of merit WE23.03
- mosfet model TU58.01
- MOSFET model WE23.01
- MOSFET modeling WE23.03
- MOSFET noise TU46.03
- MOST TU24.01
- motility WE907.04
- motor proteins TH35.01
- motor-assisted transport TH33.01
- MOVPE WE51.04
- MoxSyIz TU83.01
- MoxSyIz nanowires TU83.02
- MR sensors TU68.02
- MRI TH57.02, TU65.07
- mRNA probe TU68.05
- multi wall TU77.02
- multi-frequency TU88.02
- multi-height TU82.11
- multi-scale TU65.08
- multi-scale modeling MO32.05
- multi-trap assisted tunneling MO53.04
- multilevel memory TU85.02
- multiphoton spectroscopy MO51.05
- multiple-gate MOSFETs WE39.01
- multiplexed TU66.01
- multiscale TU35.05, TU91.05
- multiscale model TU69.08
- multiscale modeling TU35.01
- multiscale modelling MO31.01
- multiscale simulation TU77.01
- multivariant TU91.04
- myosin electric field TU70.01
- n-alkanes TU76.06
- nano MO44.04, TH56.07, TU76.02, TU81.06, TU82.05, WE31.02, WE900.04, WE919.03, WE920.01
- nano channel WE907.08
- nano corners TU83.08
- nano electronics TU76.05
- nano imprint lithography TU81.02
- nano lithography MO45.04
- nano materials WE908.05
- nano modules and circuits TU86.02
- nano particle TH54.04, WE910.02
- nano particles TU75.05
- nano patterning MO31.06, MO58.03
- nano rods MO51.02
- nano scale TU74.03
- nano structured Ni TU82.02
- nano textured surfaces resonant gas sensors TU88.01
- nano tubes MO51.02
- nano wire TH51.01, TU81.02
- nano wires MO51.02, WE32.02
- nano-assembly TU79.04
- nano-carpet effect WE51.02
- nano-channel WE915.07
- nano-crystal WE903.06
- nano-device modeling WE915.10
- nano-devices TU47.01
- nano-electronics TU47.01
- nano-fabrication TU47.01
- nano-ferrofluid suspension WE920.14
- nano-filled TU79.09
- nano-imprinting TU91.03
- nano-lithography TU41.05
- nano-machines WE914.13
- nano-machining TU89.01
- nano-morphology WE913.02
- nano-particle TH75.02
- nano-particles TU71.09, WE912.07
- Nano-resonator WE917.10
- nano-scaffolds WE905.05
- nano-scale materials WE908.05
- nano-systems WE920.11
- NanoArc WE34.04
- nanoarray TH35.03, WE903.09
- nanobiomagnetics TU65.01
- nanobiosensors TU80.06
- nanobiotechnology TU67.04
- nanocable TU83.04
- nanocatalyst WE909.04
- nanochannel TU35.01, TU35.02
- nanochannels MO46.02, TU52.04
- nanoclay TU36.02
- nanoclusters WE913.05
- nanocoating MO31.02
- nanocomposite TU36.03, TU74.04, TU74.06, TU90.05, WE55.03, WE911.01, WE911.07
- nanocomposites TU36.02, TU36.04, TU74.01, TU74.08, WE35.03, WE908.03, WE911.05, WE912.11
- nanocontact printing TU81.03
- nanocrystal TU75.01, TU84.04, TU85.03, WE55.02
- nanocrystal self-assembly WE55.04
- nanocrystalline TU79.12
- nanocrystalline SnO2 TU80.10
- nanocrystals TU75.06, WE912.09
- nanodevice WE916.16
- nanodevices MO42.04
- nanodiscs WE915.08
- nanodots WE913.04
- nanoelectrodes WE901.08
- nanoelectronic devices MO32.01
- nanoelectronics MO58.03, MO58.04, TH21.01, TU79.03, WE51.01
- nanoemulsion WE54.05
- nanoencapsulation TH37.03
- nanofabrication MO35.02, TH75.04, TU65.02
- nanofiber TU80.04, WE905.04
- nanofibers TU36.04
- nanofluidic WE907.14
- nanofluidics MO46.02, MO54.04, TU35.05, TU52.04
- nanohemispheres TU77.03
- nanoimprint MO58.03, TU41.01
- nanoimprint lithography TU81.04
- nanoimprinting TU41.02, WE917.07
- nanoindentation TH73.04, WE52.03
- nanolithogaraphy TU81.05
- nanom diamond TU82.04
- nanomachine WE919.04
- nanomagnetic TU67.02, WE903.11
- nanomaterial WE55.03, WE903.02
- nanomaterials MO35.04, MO47.04, MO47.05, WE53.01, WE61.01
- nanomaterials synthesis TU52.01
- nanomechanical TU57.03, WE31.03
- nanometals TU73.03
- nanoparticels TU54.01
- nanoparticle MO45.03, TU65.07, TU66.01, TU66.02, TU75.08, WE34.02, WE34.03, WE52.04, WE57.02, WE903.01, WE903.15, WE913.06
- nanoparticles MO47.05, MO57.03, MO58.01, TH54.02, TH57.02, TU36.03, TU42.03, TU44.01, TU52.03, TU65.11, TU72.02, TU75.07, TU79.08, TU82.09, WE34.04, WE900.02, WE900.03, WE903.02, WE903.05, WE903.13, WE903.17, WE905.01, WE910.01, WE911.08, WE912.01, WE912.05, WE912.06, WE912.11, WE914.01
- nanopatterning TU52.01
- nanophotonic WE55.05
- nanophotonics TU84.06
- nanopillar arrays WE51.02
- nanoPIXE WE74.03
- nanopore TH34.01, TH34.02, TU35.03, WE913.03
- nanopores TH34.03, WE903.10
- nanoporous membranes WE35.03
- nanopowder WE912.06
- nanoprototyping TU89.02
- nanorods MO51.05, TU85.01
- nanoscale TU75.02, WE920.09
- nanoscale circuits MO41.04
- nanoscale imaging TU89.08
- nanoscale materials WE910.01
- nanoscale metrology TU89.05
- nanoshell TU66.11
- nanoshells WE912.02
|
