Keywords: ترانزیستور میدان اثر; Single-walled carbon nanotube; Field-effect transistor; Network; Monte-Carlo method; On/off ratio;
مقالات ISI ترانزیستور میدان اثر (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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Keywords: ترانزیستور میدان اثر; MoS2; CVD; Field-effect transistor; Electronic properties; Hysteresis;
Keywords: ترانزیستور میدان اثر; Double-gate; Field-effect transistor; Graphene; Transconductance;
Keywords: ترانزیستور میدان اثر; SWCNT; single-walled carbon nanotube; VHH; camelid single domain antibodies (nanobodies); GFP; green fluorescent protein; TEV; tobacco etch virus protease; BSA; bovine serum albumin; FET; field-effect transistor; QCM; quartz crystal microbalance; SPR; sur
Keywords: ترانزیستور میدان اثر; ACh+; Acetylcholine; AOCB[6]; (Allyloxy)12 cucurbit[6]uril; AFM; Atomic force microscopy; cAMP; 3',5'-Cyclic monophosphate; ChemFET; Chemical field-effect transistor; CB[6]; Cucurbit[6]uril; DDFTTF; 5,5â²-Bis-(7-dodecyl-9Hfluoren-2-yl)-2,2â²-bithiop
Keywords: ترانزیستور میدان اثر; Electrochemically exfoliated graphene; Ferroelectric; Field-effect transistor; Memory; Graphene;
Keywords: ترانزیستور میدان اثر; 2D; two-dimensional; MOF; metal-organic framework; COFs; covalent-organic frameworks; IN; isonicotinato; HOPG; highly oriented pyrolytic graphite; AFM; atomic force microscopy; DMS; 2,2-dimethylsuccinate; DMF; N,N-dimethylformamide; bpy; 4,4â²-bipyridine
Keywords: ترانزیستور میدان اثر; Field-effect transistor; TeraHertz frequency (THz); Voltage gain; Resonant circuit; Plasma oscillations;
Keywords: ترانزیستور میدان اثر; Chiral photovoltaic effect; Ï-Conjugated liquid crystal; Ferroelectric liquid crystal; Ordered smectic phase; BPV effect; Bulk photovoltaic effect; CPV effect; Chiral photovoltaic effect; DSC; Differential scanning calorimetry; FET; Field-effect transist
Keywords: ترانزیستور میدان اثر; Multilevel randomized quasi-Monte-Carlo; Multilevel Monte-Carlo; Randomized quasi-Monte-Carlo; Optimal numerical method; Stochastic partial differential equation; Field-effect transistor;
Keywords: ترانزیستور میدان اثر; Honeybee (Apis mellifera); Odorant detection; Odorant-binding protein; Reduced graphene oxide; Olfactory electronic biosensor; Field-effect transistor;
Keywords: ترانزیستور میدان اثر; Ultrafast molecular separation (UMS); Polymeric materials; Nanomaterials; Membrane fabrication; Membrane separation; 2D; 2-dimensional; 3D; 3-dimensional; BCPs; block copolymers; CVD; chemical vapor deposition; COFs; covalent organic framework; DLC; diamo
Keywords: ترانزیستور میدان اثر; Field-effect transistor; TCNQ doping; Depletion layer; P3HT;
Keywords: ترانزیستور میدان اثر; Bioelectronic nose; Bioelectronic tongue; Human olfactory receptor; Human taste receptor; Food quality assessment; AICS; acid-sensing ion channels; BMI; brain-machine interface; CNT; carbon nanotube; CPNT; conducting polymer nanotube; FET; field-effect tr
Influence of the perfluoroalkyl chain length in buckminsterfullerene derivatives for the field-effect transistor performances
Keywords: ترانزیستور میدان اثر; Perfluoroalkyl; Fullerene; n-Type semiconductor; Field-effect transistor;
Keywords: ترانزیستور میدان اثر; Nanocrystalline diamond; Yeast cells; Field-effect transistor; Transfer characteristics; pH sensitivity;
Keywords: ترانزیستور میدان اثر; APTMS; 3-aminopropyltriethoxysilane; 8-OHdG; 8-hydroxydeoxyguanosine; BRE; Bio-recognition element; BRCA-1; Breast cancer 1 gene; CNTs; Carbon nanotubes; CLL; Chronic lymphocytic leukemia; EIS; Electrochemical impedance spectroscopy; ELISA; Enzyme linked
Keywords: ترانزیستور میدان اثر; APAP; acetaminophen; AA; ascorbic acid; AFM; atomic force microscopy; CNTs; carbon nanotubes; CEA; carcinoembryonic antigen; CVD; chemical vapor deposition; Chox; cholesterol oxidase; Co3O4; cobalt oxide; CV; cyclic voltammogram; CD; cyclodextrin; DA; dop
Keywords: ترانزیستور میدان اثر; Silicon nanowire; Field-effect transistor; Biosensor; Sensor response; Limit of detection;
Keywords: ترانزیستور میدان اثر; Phosphorene nanosheet; Field-effect transistor; Biosensor; Protein detection; Immunoglobulin G;
Keywords: ترانزیستور میدان اثر; Graphene; Self-limited growth; Chemical vapor deposition; Langmuir adsorption; Field-effect transistor; Nanoelectronics;
Keywords: ترانزیستور میدان اثر; Nozzle-jet printing; ZnO nanorods; Field-effect transistor; Glucose biosensor;
Keywords: ترانزیستور میدان اثر; 2-DEG; two dimensional electron gas; AAIM; 1,3-diallylimidazolium; ABIM; 1-allyl-3-butylimidazolium; AEIM; 1-al-lyl-3-ethylimidazolium; AFM; antiferromagnetic; AHE; anomalous Hall effect; ALD; atomic layer deposition; α; magnetoelectric coupling coeffici
Keywords: ترانزیستور میدان اثر; Graphene; Highly charged ion; Field-effect transistor; Transfer characteristic; Raman measurement;
Keywords: ترانزیستور میدان اثر; Small molecules; Donor-acceptor-donor; Opto-electronic properties; Quadrupole; Mobility; Field-effect transistor;
Keywords: ترانزیستور میدان اثر; Field-effect transistor; Dielectric; Molecular weight;
Keywords: ترانزیستور میدان اثر; Graphene; Nanoelectronics; Biosensors; Electrochemical sensor; Field-effect transistor
Keywords: ترانزیستور میدان اثر; Carbon nanotubes; Graphene; Graphene oxide; Field-effect transistor; Biosensor; Nanobiosensor; Chemiresistor; Label-free sensing; Carbon nanomaterials
Keywords: ترانزیستور میدان اثر; Semiconductor; Label-free; Cardiac troponin; Field-effect transistor; Capacitor
Keywords: ترانزیستور میدان اثر; APDS; aminoethylpyridyldisulfide; APS; ammonium persulfate; ASP; apple stem pitting virus; AuNR; gold nanorod; BIS; N,N-methylenebisacrylamide; BSA; bovine serum albumin; BHb; bovine hemoglobin; CD; cyclodextrin; CNT; carbon nanotube; CV; cyclic voltammet
Keywords: ترانزیستور میدان اثر; Field-effect transistor; Nanowire; Nano-sized materials; Silicon; Polyaniline; Graphene
Keywords: ترانزیستور میدان اثر; Field-effect transistor; Graphene-based device; Graphene nanoribbon; Logic gate; Post-silicon technologies; Tunneling effect
Keywords: ترانزیستور میدان اثر; Pink noise; McWhorter model; Inverse Stieltjes transform; Distribution function; Field-effect transistor
Keywords: ترانزیستور میدان اثر; Organic single crystal; Field-effect transistor; Interface; Phototransistor
Keywords: ترانزیستور میدان اثر; Terahertz; Field-effect transistor; Small-signal response; Oscillations
Keywords: ترانزیستور میدان اثر; Bioelectronic nose; Human olfactory receptor; Carbon nanotube; Field-effect transistor; Water quality monitoring;
Keywords: ترانزیستور میدان اثر; Carbon nanotube; Graphene; Dopamine; Biosensor; Glucose; Field-effect transistor
Keywords: ترانزیستور میدان اثر; Silicene; Field-effect transistor
Keywords: ترانزیستور میدان اثر; Bio-inspired photosensor; Porphyrin; Au nanoparticles; Quantum size effect; Field-effect transistor;
Keywords: ترانزیستور میدان اثر; Picene; Electric double layer; Field-effect transistor; Electron spin resonance; Ionic liquid gel;
Keywords: ترانزیستور میدان اثر; Electrical biosensor; Field-effect transistor; Underlap field-effect transistor; Avian influenza; Human immunodeficiency virus; Label-free detection
Keywords: ترانزیستور میدان اثر; Graphite oxide; Few-layer; Graphene; Field-effect transistor;
Keywords: ترانزیستور میدان اثر; Field-effect transistor; Biosensor; Surface modification; Sensitivity enhancement
Keywords: ترانزیستور میدان اثر; Graphene; Waveguide; Bio-chemical sensor; Field-effect transistor; Glucose;
Keywords: ترانزیستور میدان اثر; Reduced graphene oxide; Field-effect transistor; Biosensor; Immunosensing; Label-free detection;
Keywords: ترانزیستور میدان اثر; Field-effect transistor; Impedance spectroscopy; Cancer cells; Cell adhesion; Anti-cancer drugs;
Keywords: ترانزیستور میدان اثر; Graphene; Field-effect Transistor; RF; Fabrication; Access resistance
Keywords: ترانزیستور میدان اثر; Semiconductor; Porphyrin; Thin film; π–π interaction; Field-effect transistor
Keywords: ترانزیستور میدان اثر; Small-molecule organic semiconductor; Field-effect transistor; Solvent; Boiling point; Solution-shearing method;
Tunable Fermi level of graphene modified by azobenzene molecules
Keywords: ترانزیستور میدان اثر; Graphene; Raman spectroscopy; Field-effect transistor; Fermi level; Carrier concentration;