VACETS-DICT : A Technical Dictionary Database in Computing, Electronics and Telecommunication by VACETS (Vietnamese Association for Computing, Engineering Technology, and Sciences) ======================================================================= Original Author: DDo^~ Tho^ng Minh, Japan Project Team: Coordinator: Bi`nh Anson, Australia Key Participants: Le^ Thanh Chung, USA DDinh The^' Du~ng, Australia Nguye^~n Tro.ng Du~ng, USA Pha.m Va(n Ha?i, USA Nguye^~n Quang Ha^n, USA DDa(.ng Ma.nh Ha`o, USA Du+o+ng Tro.ng Hie^'u, USA Le^ Phu.ng Long, Thailand Nguye^~n Va(n Mai, USA Tra^`n Ngo.c Tha.nh, USA Ly' DDa.t Tho^ng, Japan Network Provider: Le^ Va(n Trung Ti'n, USA Advisor: DDo^~ Tho^ng Minh, Japan oOo You are welcome to make use of this database. However, it is the intellectual property of all participants of the project. Proper ackowledgement of the original author and the project team should be clearly stated. oOo We welcome your comments and feedback. Please send them to: * The project forum: vacets-dict@saigon.com or * The project coordinator: anson@central.murdoch.edu.au * Postal address: Dr Binh Anson 1 Parwich Rise Carine. WA 6020 AUSTRALIA ===================================================================== ES Set (Revision 2) =================== E core: lo~i E E graph: ddo^` thi. E E layer: lo+'p E E notation: ky' hie^.u E (lu~y thu+`a) E scan: que't kie^?u E E vector: ve'cto+ E E wave: so'ng loa.i E E&E (energy and electronic): na(ng lu+o+.ng va` ddie^.n tu+? E-cell: bo^. (dde^'m tho+`i gian) E E-H wave: so'ng loa.i E-H e-mail, email = electronic mail: thu+ ddie^.n tu+? E-plane bend: ddoa.n uo^'n hi`nh ma(.t pha(?ng E (o^'ng da^~n so'ng) E-region: vu`ng (tru+o+`ng) E E-type constant: ha(`ng so^' loa.i E E/R model = Entity-Relationship Model: mo^ hi`nh tu+o+ng quan thu+.c the^? e: e (co+ so^' ddo^'i so^'/lo^gari't tu+. nhie^n) EAROM (electrically alterable read-only memory): ROM thay ddo^?i ddu+o+.c ba(`ng ddie^.n earphone: o^'ng nghe earpiece: va`nh tai; o^'ng nghe earplug: va^.t bi.t tai earth capacitance: ddi.a ddie^.n dung earth conductivity: ti'nh da^~n ddie^.n cu?a dda^'t earth current: do`ng tie^'p dda^'t; do`ng trong dda^'t earth electrode: ddi.a ddie^.n cu+.c earth magnetism: ddi.a tu+` earth return circuit: ma.ch tro+? ve^` dda^'t earth return phantom circuit: ma.ch a?o tro+? ve^` dda^'t earthed shield: la' cha('n dda^'t EBCDIC (Extended Binary Code Decimal Interchange Code): EBCDIC [e'pxiddi'ch], Bo^. Ma~ Hoa'n Chuye^?n Ma~ Tha^.p Pha^n Va` Nhi. Pha^n DDu+o+.c No^'i Da`i, Bo^. ma~ 5-bit cu?a IBM eccentric: le^.ch ta^m, ta^m sai eccentricity: ddo^. ta^m sai, ddo^. le^.ch ta^m Eccles-Jordan circuit: ma.ch xu'c pha't Eccles-Jordan echelon circuit: ma.ch ba^.c thang echelon lens: tha^'u ki'nh ba^.c echelon prism: la(ng ki'nh ba^.c echelon strapping: lie^n ke^'t tu+`ng ba^.c echo: tie^'ng do^.i/vo.ng, a^m thanh no^?i; bo'ng; so'ng do^.i; ti'n hie^.u pha?n xa.; tri`nh ba`y echo attenuation: suy gia?m tie^'ng do^.i echo cancellation: trie^.t tie^'ng do^.i echo canceller: bo^. trie^.t tie^'ng do^.i echo canceller burst mode (ECBM): bo^. trie^.t tie^'ng no^? do^.i echo canceller far-end: bo^. trie^.t tie^'ng do^.i xa echo canceller near-end: bo^. trie^.t tie^'ng do^.i ga^`n echo chamber: pho`ng nga(n tie^'ng do^.i echo delay line: da^y tri` hoa~n tie^'ng do^.i echo distortion: bie^'n da.ng tie^'ng do^.i echo Doppler indicator: bo^. chi? ba'o xung do^.i Doppler echo effect: hie^.u u+'ng do^.i echo image: hi`nh do^.i echo impulse: xung do^.i echo listener: bo^. nghe tie^'ng do^.i echo signal: ti'n hie^.u do^.i echo sounder: ma'y do` ba(`ng tie^'ng do^.i echo suppressor: bo^. trie^.t tie^'ng do^.i echo wave: so'ng do^.i ECL (emitter-coupled logic): ma.ch lua^.n ly' ghe'p cu+.c pha't eddy current loss: to^?n hao do do`ng xoa'y, to^?n hao do do`ng e'tddi edge card: the? ca.nh, ba?ng ca.nh edge connector: bo^. no^'i bie^n, dda^`u no^'i ca.nh edge notched card: phie^'u khi'a bie^n = marginally notched card edge-emitting LED (ELED): dde`n hai cu+.c pha't sa'ng bie^n Edison accumulator: bi`nh ddie^.n Edison, bi`nh ddie^.n sa('t-ke^`n Edison cell: pin Edison Edison effect: hie^.u u+'ng Edison edit: la('p ra'p (d); du+.ng hi`nh (d); bie^n soa.n, bie^n ta^.p, soa.n tha?o (d) editing key: phi'm bie^n soa.n editing pad: ba`n phi'm bie^n soa.n editing subprogram: chu+o+ng tri`nh con dde^? bie^n soa.n editing VTR (video tape recorder): ma'y ghi ba(ng vidde^o dde^? bie^n soa.n/du+.ng hi`nh [TN] editor: bo^. la('p; chu+o+ng tri`nh bie^n soa.n, bo^. bie^n soa.n; soa.n gia?; bie^n ta^.p vie^n editor program: chu+o+ng tri`nh bie^n soa.n EDP: (electronic data processing) xu+? ly' du+~ lie^.u ddie^.n tu+? educational software: nhu lie^.u gia'o du.c educational television: truye^`n hi`nh gia'o du.c EEROM (electrically erasable ROM): ROM xoa' ba(`ng ddie^.n effect: hie^.u u+'ng; a?nh hu+o+?ng; ke^'t qua?, hie^.u qua?; thu+.c hie^.n effective address: ddi.a chi? hu+~u hie^.u, ddi.a chi? thu+.c effective antenna length: ddo^. da`i hu+~u hie^.u cu?a a(ngten effective attenuation: suy gia?m hu+~u hie^.u effective conductance: da^~n ddie^.n hu+~u hie^.u effective current: do`ng ddie^.n hu+~u hie^.u effective cutoff frequency: ta^`n so^' ca('t hu+~u hie^.u effective height of antenna: ddo^. cao hu+~u hie^.u cu?a a(ngten effective inductance: ddie^.n ca?m hu+~u hie^.u effective instruction: chi? thi. hu+~u hie^.u, chi? thi. thu+.c effective lifetime: ddo+`i so^'ng hu+~u hie^.u effective resistance: ddie^.n tro+? hu+~u hie^.u effective sensitivity: ddo^. nha.y hu+~u hie^.u effective voltage: ddie^.n a'p hu+~u hie^.u effective wavelength: ddo^. da`i so'ng hu+~u hie^.u EGA (enhanced graphic adapter) mode: kie^?u EGA, che^' ddo^. EGA [TN] EGA (enhanced graphic adapter): EGA (bo^. pho^'i ho+.p ddo^` ho.a ddu+o+.c ta(ng cu+o+`ng) EGA card: the? EGA EIA interface: giao die^.n theo tie^u chua^?n EIA (Ho^.i Ky~ Nghe^. DDie^.n Tu+?) EIA RS-232 interface: giao die^.n theo tie^u chua^?n RS-232 cu?a EIA eigenfunction: ha`m so^' dda(.c tru+ng, ha`m eigen eigenvalue: tri. so^' dda(.c tru+ng eigenvector: ve'cto+ dda(.c tru+ng eight-bit byte: bai ta'm bi't eight-level code: ma~ ta'm mu+'c Einstein photoelectric equation: phu+o+ng tri`nh quang ddie^.n Einstein Einthoven galvanometer: ddie^.n ke^' Einthoven EISA (Extended Industry Standard Architecture): EISA, iza (Kie^'n Tru'c Tie^u Chua^?n Ky~ Nghe^. Mo+? Ro^.ng) eject: ne'm, bo?; ba^.t ra, dda^?y ra electric bell: chuo^ng ddie^.n electric breakdown: su+. co^' ho?ng ddie^.n electric carrier signal: ti'n hie^.u mang ddie^.n electric charge: ddie^.n ti'ch electric circuit: ma.ch ddie^.n electric clock: ddo^`ng ho^` ddie^.n electric conductivity: ti'nh da^~n ddie^.n electric constant: ha(`ng so^' ddie^.n electric controller: bo^. ddie^`u khie^?n ba(`ng ddie^.n electric coupling: ca'i ghe'p ddie^.n electric current: do`ng ddie^.n electric discharge: pho'ng ddie^.n electric eye button: nu't ma('t ddie^.n electric flux density: ma^.t ddo^. ddie^.n tho^ng electric generator: ma'y pha't ddie^.n electric industry: co^ng nghie^.p ddie^.n electric intensity: cu+o+`ng ddo^. ddie^.n electric interference: nhie^~u ddie^.n electric lamp: dde`n ddie^.n electric lead: da^y da^~n ddie^.n electric light: a'nh sa'ng ddie^.n; dde`n ddie^.n electric line: ddu+o+`ng da^y ddie^.n electric motor: ddo^.ng co+ ddie^.n electric network: ma.ng ddie^.n electric polarization: su+. pha^n cu+.c ba(`ng ddie^.n electric potential: ddie^.n the^' electric power supply: nguo^`n cung ca^'p ddie^.n lu+.c electric resonance: co^.ng hu+o+?ng ddie^.n electric shield: vo? cha('n ddie^.n electric shock: va cha.m ddie^.n, ddie^.n gia^.t electric soldering iron: mo? ha`n ddie^.n electric tachometer: chuye^?n to^'c ke^' cha.y ddie^.n electric transducer: bo^. bie^'n hoa'n ddie^.n electric valve: van ddie^.n electric wave filter: bo^. lo.c so'ng ddie^.n electrical energy: na(ng lu+o+.ng ddie^.n electrical engineering: ky~ thua^.t ddie^.n electrical equipment: thie^'t bi. ddie^.n electrical ignition: mo^`i ddie^.n electrical installation: la('p ddie^.n; thie^'t bi. ddie^.n electrical instrument: du.ng cu. ddie^.n electrical neutrality: ti'nh trung ho`a ddie^.n electrical noise: tie^'ng o^`n ddie^.n, nhie^~u ddie^.n electrical schematic: so+ ddo^` ddie^.n electrical sheath: vo? bo.c ca'ch ddie^.n electrical specification: quy ddi.nh (ve^`) ddie^.n electrically alterable read-only memory (EAROM): bo^. nho+' chi? ddo.c ddo^?i ddie^.n ddu+o+.c electrically erasable and programmable ROM (EEPROM): bo^. nho+' chi? ddo.c ta^?y va` tha?o chu+o+ng ddu+o+.c (ba(`ng ddie^.n) electricity meter: ddo^`ng ho^` ddo ddie^.n electro-induction: hie^.n tu+o+.ng ca?m u+'ng ddie^.n; su+. ca?m u+'ng ddie^.n electro-optic modulation: bie^'n ddie^.u ddie^.n-quang electro-optic modulator: bo^. bie^'n ddie^.u ddie^.n-quang electro-optical system: he^. tho^'ng ddie^.n-quang electroacoustic transducer: bo^. bie^'n hoa'n ddie^.n a^m electroacoustic: ddie^.n a^m electroconductivity: ti'nh ddie^.n da^~n; su+. da^~n ddie^.n electrode AC resistance: ddie^.n tro+? do`ng xoay chie^`u ddie^.n cu+.c electrode potential: the^' ddie^.n cu+.c electrodynamic ammeter: ampe ke^' ddie^.n ddo^.ng lu+.c electrodynamic instrument: ma'y ddo ddie^.n ddo^.ng lu+.c electrodynamics: ddie^.n ddo^.ng lu+.c ho.c electrodynamometer: ddie^.n lu+.c ke^' electroencephalogram (EEG): na~o ddie^.n ddo^`, bie^?u ddo^` so'ng na~o electroencephalograph (EEG): na~o ddie^.n ke^', ma'y ghi so'ng na~o electrogen: pha^`n tu+? quang ddie^.n electrograph: ddie^.n ky' electrokinetics: ddie^.n ddo^.ng ho.c electroless plating: ma. vo^ ddie^.n electrolity copper: ddo^`ng ddie^.n pha^n electroluminescence: ddie^.n pha't quang electrolyte: cha^'t ddie^.n gia?i, dung di.ch ddie^.n gia?i electrolytic capacitor: bo^. ddie^.n dung ba(`ng ddie^.n gia?i electrolytic cathode: a^m cu+.c ddie^.n gia?i electrolytic cell: pin ddie^.n gia?i electrolytic conduction: su+. da^~n cu?a ddie^.n gia?i electrolytic conductor: cha^'t da^~n ddie^.n gia?i electrolytic deposition: la('ng ddo.ng ddie^.n gia?i electrolytic photocell: pin quang ddie^.n ba(`ng ddie^.n gia?i electrolytic plating: ma. ddie^.n gia?i electrolytic polarization: pha^n cu+.c ddie^.n gia?i electrolytic polishing: dda'nh bo'ng ddie^.n gia?i electrolytic rectifier: bo^. chi?nh lu+u ddie^.n gia?i electrolytic separation: pha^n ly ddie^.n gia?i electromagnet winding: cuo^.n ddie^.n tu+` electromagnetic coupling: ghe'p ddie^.n tu+` electromagnetic deflection: la`m le^.ch ddi.e^.n tu+` electromagnetic delay line: da^y ta.o tre^~ ddie^.n tu+` electromagnetic energy: na(ng lu+o+.ng ddie^.n tu+` electromagnetic field: tru+o+`ng ddie^.n tu+` electromagnetic force: lu+.c ddie^.n tu+` electromagnetic generator: ma'y pha't ddie^.n tu+` electromagnetic induction: ca?m u+'ng ddie^.n tu+` electromagnetic interference (EMI): nhie^~u xa. ddie^.n tu+` electromagnetic lens: tha^'u ki'nh ddie^.n tu+` electromagnetic loudspeaker: loa ddie^.n tu+` electromagnetic microphone: ma'y vi a^m ddie^.n tu+` electromagnetic oscillation: dao ddo^.ng ddie^.n tu+` electromagnetic pick-up: dda^`u ddo.c ddie^.n tu+` electromagnetic quantum: lu+o+.ng tu+? ddie^.n tu+` electromagnetic radiation: pho'ng xa. ddie^.n tu+` electromagnetic receiver: o^'ng nghe ddie^.n tu+`, bo^. nha^.n ddie^.n tu+` electromagnetic rectifier: bo^. chi?nh lu+u ddie^.n tu+` electromagnetic relay: bo^. ke^' ddie^.n ddie^.n tu+`, ro+`le ddie^.n tu+` electromagnetic scattering: ta'n xa. ddie^.n tu+` electromagnetic screen: ma`n hi`nh ddie^.n tu+` electromagnetic spectrum: pho^? ddie^.n tu+` electromagnetic type electron microscope: ki'nh hie^?n vi ddie^.n tu+? loa.i ddie^.n tu+` electromagnetic unit: ddo+n vi. ddie^.n tu+` electromagnetic wave: so'ng ddie^.n tu+` electromechanical apparatus: thie^'t bi. ddie^.n co+ electromechanical automatic frequency control: ddie^`u ta^`n tu+. ddo^.ng ba(`ng ddie^.n co+ electromechanical filter: bo^. lo.c ddie^.n co+ electromechanical resonator: bo^. co^.ng hu+o+?ng ddie^.n co+ electromechanical transducer: bo^. bie^'n hoa'n ddie^.n co+ electromechanics: ddie^.n co+ ho.c electron: electron, (a^m) ddie^.n tu+? electron accelerator: bo^. gia to^'c ddie^.n tu+? electron admittance: da^~n na.p ddie^.n tu+? electron affinity: a'i lu+.c ddie^.n tu+? electron alternating current: do`ng xoay chie^`u ddie^.n tu+? electron atmosphere: khi' quye^?n ddie^.n tu+? electron attached coefficient: he^. so^' ddi'nh ke`m ddie^.n tu+? electron avalanche: tha'c ddie^.n tu+? electron beam: tia ddie^.n tu+? electron beam counter tube: o^'ng dde^'m tia ddie^.n tu+? electron beam current: do`ng tia ddie^.n tu+? electron beam deflection system: he^. tho^'ng la`m le^.ch tia tia ddie^.n tu+? electron beam etching: kha('c ba(`ng tia ddie^.n tu+? electron beam excitation: su+. ki'ch thi'ch ba(`ng tia ddie^.n tu+? electron beam generator: bo^. ta.o tia ddie^.n tu+? electron beam pumped laser: bo^. ki'ch quang ddu+o+.c bo+m ba(`ng tia ddie^.n tu+? electron beam tube: o^'ng tia ddie^.n tu+? electron beam writing: vie^'t ba(`ng tia ddie^.n tu+? electron camera: ma'y thu hi`nh ddie^.n tu+? electron charge: ddie^.n ti'ch ddie^.n tu+? electron charge-to-mass ratio: ty? so^' ddie^.n ti'ch-cha^'t lu+o+.ng cu?a ddie^.n tu+? electron collision: su+. va cha.m ddie^.n tu+? electron conduction: su+. truye^`n da^~n ddie^.n tu+? electron coupler: bo^. ghe'p ddie^.n tu+? electron coupling oscillating circuit: ma.ch dao ddo^.ng ghe'p ddie^.n tu+? [DDL] electron covalent bond: lie^n ke^'t ddo^`ng ho'a tri. ddie^.n tu+? electron current: do`ng ddie^.n tu+? electron deficiency: su+. thie^'u hu.t ddie^.n tu+? electron density: ma^.t ddo^. ddie^.n tu+? electron diffraction: nhie^~u xa. ddie^.n tu+? electron diffraction apparatus: thie^'t bi. nhie^~u xa. ddie^.n tu+? electron diffraction contrast effect: hie^.u u+'ng tu+o+ng pha?n nhie^~u xa. ddie^.n tu+? electron discharge tube: o^'ng pho'ng ddie^.n tu+? electron drift: tro^i da.t ddie^.n tu+? electron emission constant: ha(`ng so^' pha't xa. ddie^.n tu+? electron emission decay: su+. thoa'i ho'a pha't xa. ddie^.n tu+? electron emission density: ma^.t ddo^. pha't xa. ddie^.n tu+? electron envelope: ta^`ng vo? ddie^.n tu+? electron evaporation: su+. bo^'c ho+i ddie^.n tu+? electron flow: luo^`ng ddie^.n tu+? electron geometrical optics: quang hi`nh ho.c ddie^.n tu+? electron gun: su'ng ddie^.n tu+? electron illuminating system: he^. tho^'ng chie^'u sa'ng ddie^.n tu+? electron image: hi`nh ddie^.n tu+? electron image tube: o^'ng hi`nh ddie^.n tu+? electron indicator tube: o^'ng chi? ba'o ddie^.n tu+? electron injection current: do`ng phun ddie^.n tu+? electron lattice theory: ly' thuye^'t ddie^?m tra^.n ddie^.n tu+? [DDL] electron microprobe (EMP): vi dda^`u ddo.c ddie^.n tu+?, kim do` ddie^.n tu+? electron microscope: ki'nh hie^?n vi ddie^.n tu+? electron migration: di chuye^?n ddie^.n tu+? electron mobility: ti'nh di ddo^.ng ddie^.n tu+? electron multiplier phototube: o^'ng quang ddie^.n bo^.i nha^n ddie^.n tu+?, o^'ng bo^.i nha^n quang ddie^.n electron optics: quang ho.c ddie^.n tu+? electron orbit: quy~ dda.o ddie^.n tu+? electron orbital: va^n dda.o ddie^.n tu+?, quy~ ha`m ddie^.n tu+? electron oscillation tube: o^'ng dao ddo^.ng ddie^.n tu+? electron oscillator: bo^. dao ddo^.ng ddie^.n tu+? electron pair bond: lie^n ke^'t ca(.p ddie^.n tu+? electron paramagnetic resonance: co^.ng hu+o+?ng thua^.n tu+` ddie^.n tu+? = electron spin resonance electron path: ddu+o+`ng ddie^.n tu+? electron pencil: chu`m ddie^.n tu+? electron pendulum oscillation: dao ddo^.ng con la('c ddie^.n tu+? electron period: chu ky` ddie^.n tu+? electron plasma: dda(?ng ly tu+? the^? ddie^.n tu+? electron pole: cu+.c ddie^.n tu+? electron population: qua^`n the^? ddie^.n tu+? electron primary photoelectric current: do`ng quang ddie^.n nguye^n thu?y ddie^.n tu+? electron ray tube: o^'ng tia ddie^.n tu+? electron recording (ER) tube: o^'ng ghi ddie^.n tu+? electron scanning: que't ddie^.n tu+? electron scanning microscope: ki'nh hie^?n vi que't ddie^.n tu+? electron scattering: ta'n xa. ddie^.n tu+? electron screening: che ddie^.n tu+? electron sharing: du`ng chung ddie^.n tu+? electron sheath: ta^`ng ddie^.n tu+? electron shell: ta^`ng ngoa`i/vo? ddie^.n tu+? electron spin resonance: co^.ng hu+o+?ng tu+. quay ddie^.n tu+? = electron paramagnetic resonance electron spin resonance spectroscopy: pho^? ho.c ve^` co^.ng hu+o+?ng tu+. quay ddie^.n tu+? electron stream transmission efficiency: hie^.u sua^'t truye^`n do`ng ddie^.n tu+? electron switch = electronic switch: co^ng ta('c ddie^.n tu+? electron synchrotron: bo^. gia to^'c ddo^`ng bo^. ddie^.n tu+? electron telescope: vie^~n vo.ng ki'nh ddie^.n tu+?, ki'nh thie^n va(n ddie^.n tu+? electron theory: ly' thuye^'t ddie^.n tu+?, ddie^.n tu+? lua^.n electron trajectory equation: phu+o+ng tri`nh quy~ dda.o ddie^.n tu+? electron transit angle: go'c vu+o+.t qua~ng ddie^.n tu+? electron transit time error: sai so^' tho+`i gian vu+o+.t qua~ng ddie^.n tu+? electron transition: chuye^?n tie^'p ddie^.n tu+? electron trap: ca'i ba^~y ddie^.n tu+? electron tube instrument: ddo^` ddo kie^?u dde`n ddie^.n tu+? electron tube transducer: bo^. hoa'n na(ng dde`n ddie^.n tu+? electron tunneling: xuye^n ddu+o+`ng ha^`m cu?a ddie^.n tu+? electron vacancy: cho^~ khuye^'t ddie^.n tu+? electron velocity analyzer: bo^. pha^n ti'ch va^.n to^'c ddie^.n tu+? electron voltaic effect: hie^.u u+'ng ddie^.n the^' ddie^.n tu+? electron wave: so'ng ddie^.n tu+? electron wave tube: dde`n so'ng ddie^.n tu+? electron wavelength: ddo^. da`i so'ng ddie^.n tu+? electron-beam device: du.ng cu. du`ng tia ddie^.n tu+? electron-beam excitation: su+. ki'ch thi'ch tia ddie^.n tu+? electron-beam lithography: phe'p in ma(.t ba(`ng tia ddie^.n tu+?, phe'p quang kha('c ba(`ng tia ddie^.n tu+? electron-beam multiplier: bo^. bo^.i nha^n tia ddie^.n tu+? electron-capture process: tie^'n tri`nh thu na.p ddie^.n tu+? electron-capture transition: su+. chuye^?n tie^'p thu na.p ddie^.n tu+? electron-coupled frequency converter: bo^. bie^'n ta^`n ghe'p ddie^.n tu+? [DDL] electron-coupled oscillator: bo^. dao ddo^.ng ghe'p ddie^.n tu+?, bo^. dao ddo^.ng du+o+ng cu+.c hai lu+o+'i electron-gun cathode: a^m cu+.c su'ng ddie^.n tu+? electron-hole collision: su+. va cha.m lo^~ tro^'ng ddie^.n tu+? electron-hole pair generation: su+. ta.o ca(.p lo^~ tro^'ng ddie^.n tu+? electron-hole pair: ca(.p lo^~ tro^'ng ddie^.n tu+? electron-hole recombination: su+. ta'i ho+.p lo^~ tro^'ng ddie^.n tu+? electron-hole: lo^~ tro^'ng ddie^.n tu+? electron-molecule collision: su+. va cha.m ddie^.n tu+?-pha^n tu+? electron-multiplier section: kha^u bo^.i nha^n ddie^.n tu+? electron-optical aberration: quang sai ddie^.n tu+? electron-optical cross-section: ma(.t ca('t quang ddie^.n tu+? electron-ray indicator tube: dde`n chi? ba'o tia die^.n tu+? electronic: thuo^.c ddie^.n tu+? electronic admittance: da^~n na.p ddie^.n tu+? electronic amplifier: bo^. khue^'ch dda.i ddie^.n tu+? electronic analog computer: ma'y ddie^.n to'an da.ng tu+o+ng tu+. electronic apparatus: thie^'t bi. ddie^.n tu+? electronic automatic frequency control: su+. kie^?m tra ta^`n so^' tu+. ddo^.ng ba(`ng ddie^.n tu+? electronic banking: co^ng ta'c nga^n ha`ng ddie^.n tu+? electronic beam processing: xu+? li' tia ddie^.n tu+? electronic bulletin board: ba?ng co^ng ba'o ddie^.n tu+? electronic calculator: ma'y ti'nh ddie^.n tu+? electronic camera: ma'y chu.p a?nh ddie^.n tu+?; ma'y thu hi`nh ddie^.n tu+? electronic charge = electron charge: ddie^.n ti'ch ddie^.n tu+? electronic circuit: ma.ch ddie^.n tu+? electronic clock: ddo^`ng ho^` ddie^.n tu+? electronic coder: bo^. bie^n ma~ ddie^.n tu+? electronic commutation: chuye^?n ma.ch ddie^.n tu+? electronic commutator: bo^. chuye^?n ma.ch ddie^.n tu+? electronic comparator: bo^. so sa'nh ddie^.n tu+? electronic computer: ma'y ddie^.n toa'n ddie^.n tu+? electronic conductance: ddie^.n da^~n ddie^.n tu+? electronic control: ddie^`u khie^?n ba(`ng ddie^.n tu+?, ddie^`u chi?nh ba(`ng ddie^.n tu+? electronic correlator: bo^. tu+o+ng quan ddie^.n tu+? electronic counter: ma'y dde^'m ddie^.n tu+? electronic counter type frequency meter: ta^`n so^' ke^' loa.i dde^'m ddie^.n tu+? electronic countermeasure: ddo^'i kha'ng ddie^.n tu+? electronic coupling: ghe'p ddie^.n tu+? = electron coupling electronic energy level: mu+'c na(ng lu+o+.ng ddie^.n tu+? electronic energy-band spectrum: pho^? da?i na(ng lu+o+.ng ddie^.n tu+? electronic engineer: ky~ su+ ddie^.n tu+? electronic engineering: ky~ thua^.t ddie^.n tu+? electronic eye: ma('t ddie^.n tu+? electronic file: ta^.p tin ddie^.n tu+? electronic filing: la^.p ta^.p tin ddie^.n tu+? electronic form: da.ng ddie^.n tu+? electronic frequency meter: ta^`n so^' ke^' loa.i ddie^.n tu+? electronic function generator: bo^. ta.o ha`m so^' loa.i ddie^.n tu+? electronic funds transfer: chuye^?n nga^n ddie^.n tu+? electronic game: tro` cho+i ddie^.n tu+? electronic image pick-up device: thie^'t bi. thu hi`nh ddie^.n tu+? electronic image reproducing device: thie^'t bi. ta.o la.i hi`nh ddie^.n tu+? electronic image storage device: thie^'t bi. tru+~ hi`nh ddie^.n tu+? electronic image tube: o^'ng hi`nh ddie^.n tu+? electronic impedance: tro+? kha'ng ddie^.n tu+? electronic instrumentation: trang bi. ma'y ddie^.n tu+? electronic keying: dda'nh ddo'ng-mo+? ddie^.n tu+? electronic line scanning: que't do`ng ddie^.n tu+? electronic magazine (E-MAG, ezine): ta.p chi' da.ng ddie^.n tu+? electronic magnetometer: tu+` lu+.c ke^' ddie^.n tu+? electronic mail (E-mail, e-mail): thu+ ddie^.n tu+? electronic mailbox: ho^.p thu+ ddie^.n tu+? electronic memory: bo^. nho+' ddie^.n tu+? electronic microphone: ma'y vi a^m ddie^.n tu+? electronic multimeter: ma'y ddo dda du.ng ddie^.n tu+? electronic music instruments: du.ng cu. a^m nha.c ddie^.n tu+? electronic news: tin tu+'c da.ng ddie^.n tu+? Electronic Numerical Integrator And Computer (ENIAC): ma'y ddie^.n toa'n va` ti'ch ho+.p so^' da.ng ddie^.n tu+? electronic oscillator = electron oscillator: bo^. giao ddo^.ng ddie^.n tu+? electronic oscilloscope: ma'y hie^.n so'ng ddie^.n tu+? electronic pen: bu't ddie^.n tu+? electronic photo-voltaic cell: pin ddie^.n a'p sinh quang ddie^.n tu+? [DDL] electronic photometer: quang ddo^. ke^' ddie^.n tu+? electronic picture: hi`nh ddie^.n tu+? electronic pointer: con tro? ddie^.n tu+? electronic potentiometer: ca'i bie^'n tro+? ddie^.n tu+? electronic processor: bo^. xu+? ly' ddie^.n tu+? electronic publishing: xua^'t ba?n ddie^.n tu+? electronic raster scanning: que't ma`nh ddie^.n tu+? electronic recording equipment: thie^'t bi. ghi ddie^.n tu+? electronic recording tube (ER tube): o^'ng ghi ddie^.n tu+? electronic rectifier: bo^. chi?nh lu+u ddie^.n tu+? electronic regulation: o^?n a'p ddie^.n tu+? electronic regulator: bo^. o^?n a'p ddie^.n tu+? electronic relay: bo^. ro+`le ddie^.n tu+? electronic reverberation: su+. cha^'n do^.i ddie^.n tu+? electronic sampling switch: co^ng ta('c la^'y ma^~u ddie^.n tu+? electronic scanner: bo^. que't ddie^.n tu+? electronic scanning = electron scanning: que't ddie^.n tu+? electronic scanning antenna: a(ngten que't ddie^.n tu+? electronic semiconductor: cha^'t ba'n da^~n ddie^.n tu+? electronic switching circuit: ma.ch chuye^?n do`ng ddie^.n tu+? electronic telegraph: ma'y ddie^.n ba'o ddie^.n tu+? electronic teletype: ddie^.n ba'o in chu+~ ddie^.n tu+? electronic television: truye^`n hi`nh ddie^.n tu+? electronic temperature recorder: bo^. ghi nhie^.t ddo^. ddie^.n tu+? electronic text: va(n ba?n ddie^.n tu+? electronic thermometer: nhie^.t ke^' ddie^.n tu+? electronic timer: ma'y dde^'m tho+`i gian ddie^.n tu+? electronic transcondutance: ddo^. ho^~ da^~n ddie^.n tu+? electronic transducer tube: o^'ng chuye^?n ddo^?i ddie^.n tu+? electronic tuning indicator: bo^. chi? ba'o ddie^`u hu+o+?ng loa.i ddie^.n tu+? electronic TV recording equipment: thie^'t bi. ghi truye^`n hi`nh ddie^.n tu+? electronic typesetting: sa('p chu+~ ddie^.n tu+? electronic typewriter: ma'y dda'nh chu+~ ddie^.n tu+? electronic video recording system: he^. tho^'ng ghi vidde^o die^.n tu+? electronic wattmeter: co^ng sua^'t ke^' ddie^.n tu+? electronic wave = electron wave: so'ng ddie^.n tu+? electronics: ddie^.n tu+? ho.c, mo^n ddie^.n tu+?; co^ng tri`nh ddie^.n tu+? [DDL] electronics dictionary: tu+` ddie^?n nga`nh ddie^.n tu+? Electronics Industry Association (EIA): Hie^.p Ho^.i Co^ng Nghie^.p DDie^.n Tu+? electrooptic Q-switch: bo^. chuye^?n pha^?m cha^'t ddie^.n quang electrooptic shutter: cu+?a sa^.p ddie^.n quang electrooptic(al): thuo^.c ddie^.n quang electrooptical device: thie^'t bi. ddie^.n quang electrooptical effect: hie^.u u+'ng ddie^.n quang electrooptical tube: o^'ng ddie^.n quang electroplated transistor: tra(nsito ddu+o+.c ma. ddie^.n electrostatic actuator: bo^. truye^`n ddo^.ng ddie^.n ti~nh electrostatic adhesion: su+. di'nh hu't ddie^.n ti~nh electrostatic capacitance: ddie^.n dung ddie^.n ti~nh electrostatic cathode ray tube: o^'ng tia a^m cu+.c ddie^.n ti~nh electrostatic charge-storage tube: o^'ng tru+~ ddie^.n ti'ch ddie^.n ti~nh electrostatic charge: ddie^.n ti'ch ddie^.n ti~nh electrostatic copying: sao che'p da.ng ddie^.n ti~nh electrostatic loudspeaker: loa ddie^.n ti~nh electrostatic memory: bo^. nho+' ddie^.n ti~nh electrostatic microphone: ma'y vi a^m ddie^.n ti~nh electrostatic plotter: ma'y ve~ loa.i ddie^.n ti~nh electrostatic potential: hie^.u the^' ddie^.n ti~nh electrostatic printer: ma'y in ddie^.n ti~nh electrostatic receiver: o^'ng nghe ddie^.n ti~nh electrostatic screen: ma`n hi`nh ddie^.n ti~nh electrostatic shield: la' cha('n ddie^.n ti~nh electrostatic storage: bo^. tru+~ ddie^.n ti~nh electrostatic unit (esu): ddo+n vi. ddie^.n ti~nh electrostatically charged area: khu vu+.c mang ddie^.n ti~nh electrostatically focused klystron: dde`n to^'c ddie^`u gom tu. ddie^.n ti~nh electrothermal printer: ma'y in ddie^.n nhie^.t electrothermic instrument: du.ng cu. ddie^.n nhie^.t element: pha^`n tu+?, bo^. pha^.n; pin; nguye^n to^'; ye^'u to^'; chi tie^'t elevation potentiometer: bo^. pha^n a'p ddo^. cao elevation selsyn: ma'y tu+. ddo^`ng bo^. go'c na^ng eliminator: bo^. loa.i tru+`, bo^. trie^.t; bo^. lo.c loa.i ellipse: hi`nh ba^`u du.c, elip ellipsoid: ma(.t ba^`u du.c, the^? ba^`u du.c elliptic aperture: lo^~ ba^`u du.c elliptic filter: bo^. lo.c hi`nh ba^`u du.c elliptical waveguide: o^'ng da^~n so'ng hi`nh ba^`u du.c elliptically polarized light: a'nh sa'ng hu+o+'ng cu+.c da.ng ba^`u du.c elliptically polarized wave: so'ng hu+o+'ng cu+.c da.ng ba^`u du.c EM (end of medium): ddoa.n cuo^'i mo^i the^? email = e-mail = electronic mail: thu+ ddie^.n tu+? embed: ga('n va`o, dda(.t va`o, ga`i trong, nhu'ng va`o embedded command: le^.nh ga`i trong embedded loop: chu tri`nh ga`i trong embedded object: ddo^'i tu+o+.ng ga`i trong embedded software: nhu lie^.u ga`i trong embedded system: he^. tho^'ng ga`i trong EMCW radar: radda so'ng lie^n tu.c bie^'n ddie^.u ta^`n so^' emergency communication: truye^`n tho^ng kha^?n ca^'p emergency signal: ti'n hie^.u kha^?n ca^'p emission current: do`ng pha't xa. emission phototube: o^'ng quang pha't xa. emission spectrum: pho^? pha't xa. emitron camera: ma'y thu hi`nh ddie^.n quang [DDL], ma'y thu hi`nh e^mitron emittance: co^ng sua^'t bu+'c xa.; ddo^. tru+ng emitted photon: quang tu+? pha't xa. emitter: cu+.c pha't; vu`ng pha't; bo^. pha't xa. emitter barrier: tu+o+`ng cha('n pha't xa. emitter bias: thie^n a'p cu+.c pha't xa. emitter current: do`ng cu+.c pha't xa. emitter diffusion mask: ma`n che khue^'ch ta'n cu+.c pha't xa. emitter diffusion: khue^'ch ta'n cu+.c pha't xa. emitter electrode: ddie^.n cu+.c pha't xa. emitter follower circuit: ma.ch ga'nh cu+.c pha't xa. emitter junction: tie^'p gia'p cu+.c pha't xa. emitter-base capacitance: ddie^.n dung cu+.c pha't-go^'c emitter-coupled logic circuit: ma.ch lua^.n ly' ghe'p cu+.c pha't emitter-coupled transistor logic: ma.ch lua^.n ly' tra(nsito ghe'p cu+.c pha't empty set: ta^.p ho+.p ro^~ng emulate: mo^ pho?ng, ba('t chu+o+'c (dd) emulation: mo^ pho?ng, ba('t chu+o+'c (d) emulator: bo^. mo^ pho?ng, chu+o+ng tri`nh mo^ pho?ng; ddo^'i thu? emulsion laser storage: bo^. tru+~ ki'ch quang nhu~ tu+o+ng, bo^. nho+' lade nhu~ enabled interrupt: nga('t co' phe'p enabling: kha? du.ng; khai tho^ng ma.ch; cho phe'p encapsulation (in object-oriented programming): su+. bao bo.c encipher: ma~ ho'a (d/dd) encipherer: bo^. ma~ ho'a enciphering: su+. ma~ ho'a enclosed wafer tape: ba(ng vie^n de.p ddo'ng ki'n encode: bie^n ma~, ma~ ho'a, la^.p ma~ encoded file (ENC): ta^.p tin ddu+o+.c ma~ ho'a encoder: bo^. bie^n ma~ encoding channel: ke^nh bie^n ma~, ke^nh la^.p ma~ encoding: bie^n ma~, ma~ ho'a encrypted file: ta^.p tin ddu+o+.c ma^.t ma~ ho'a encryption key: kho'a ma^.t ma~ encryption: su+. ma^.t ma~ ho'a end-around carry: so^' nho+' tua^`n hoa`n = cyclic carry end-around carry shift: di.ch chuye^?n tua^`n hoa`n end-around shift: di.ch tua^`n hoa`n end-fed antenna: a(ngten tie^'p so'ng dda^`u cuo^'i end-fire antenna: a(ngten cu`ng hu+o+'ng, a(ngten ddoa.n xa. end-fire array antenna: a(ngten gia`n cu`ng hu+o+'ng, a(ngten hu+o+'ng do.c end-of-block (EOB): ke^'t thu'c kho^'i, dda^`u cuo^'i kho^'i end-of-file (EOF): ke^'t thu'c ta^.p tin, dda^`u cuo^'i ta^.p tin end-of-job (EOJ): ke^'t thu'c co^ng vie^.c, dda^`u cuo^'i co^ng vie^.c end-of-message (EOM): ke^'t thu'c tho^ng ba'o, cuo^'i tho^ng ba'o end-of-text (ETX): ke^'t thu'c va(n ba?n, dda^`u cuo^'i va(n ba?n end-of-text character: ky' tu+. ke^'t thu'c va(n ba?n end-of-transmission (EOT): ke^'t thu'c truye^`n, dda^`u cuo^'i truye^`n end-of-transmission block character: ky' tu+. kho^'i ke^'t thu'c truye^`n end-of-transmission character: ky' tu+. ke^'t thu'c truye^`n end-to-end protocol: quy u+o+'c tu+` dda^`u dde^'n cuo^'i end-user: ngu+o+`i du`ng cuo^'i end: cuo^'i, dda^`u cuo^'i; cuo^'i ma`n hi`nh; cha^'m du+'t (dd) endless loop: chu tri`nh vo^ ta^.n = infinite loop endless magnetic tape loop: chu tri`nh ba(ng tu+` ki'n energized: na(ng lu+o+.ng ho'a energy: na(ng lu+o+.ng energy absorber: bo^. ha^'p thu. na(ng lu+o+.ng energy band: da?i na(ng lu+o+.ng energy band structure: ca^'u tru'c da?i na(ng lu+o+.ng energy density: ma^.t ddo^. na(ng lu+o+.ng energy density spectrum: pho^? ma^.t ddo^. na(ng lu+o+.ng energy dispersive spectroscopy (EDS): pho^? ho.c ve^` pha^n ta'n na(ng lu+o+.ng energy distribution curve: ddu+o+`ng pha^n bo^' na(ng lu+o+.ng energy gap: khe na(ng lu+o+.ng energy quantum: lu+o+.ng tu+? na(ng lu+o+.ng energy unit: ddo+n vi. na(ng lu+o+.ng engine switch: co^ng ta('c ma'y engineer: ky~ su+ engineering board: ba?ng co^ng tri`nh, u?y ban qua?n li' co^ng tri`nh engineering cybernetics: ky~ thua^.t ddie^`u khie^?n, ky~ thua^.t xibecne^tic engineering reliability: ddo^. tin ca^.y ky~ thua^.t engineering unit: ddo+n vi. ky~ thua^.t engineering: nga`nh ky~ thua^.t, co^ng tri`nh ho.c; co^ng tri`nh; nga`nh ky~ thua^.t thie^'t ke^' va` qua?n ly'; co^ng nghe^. English mode: kie^?u tie^'ng Anh engraver: kha('c (d) enhanced keyboard: ba`n phi'm ta(ng cu+o+`ng enhancement: ta(ng cu+o+`ng, na^ng le^n (d) enhancement fet: tra(nsito fet ta(ng cu+o+`ng enhancement mode: kie^?u ta(ng cu+o+`ng enhancement region: vu`ng gia`u, vu`ng ta(ng cu+o+`ng enhancement type: loa.i ta(ng cu+o+`ng enlarge: mo+? ro^.ng, trie^?n khai ENQ (Enquiry = Inquiry): ddie^`u tra, chie^'u ho^.i; ca^u ho?i enqueue: dda(.t thu+' tu+., sa('p dda(.t ha`ng, va`o ha`ng enquiry = inquiry: ddie^`u tra (d); ho?i tin (dd) enquiry character (EC) = inquiry character: ky' tu+. ho?i ensemble: ta^.p ho+.p, nho'm enter: cho va`o enter correction: thu+.c ha`nh su+?a (chu+~a) enter key: phi'm va`o, phi'm thi ha`nh enterprise: xi' nghie^.p entity: ddo^'i the^?, ddo^'i tu+o+.ng, thu+.c the^? entity identifier: bo^. nha^.n da.ng ddo^'i tu+o+.ng entrance cable: ca'p va`o entrepreneur: doanh nha^n entropy: entropy (a(ngtro^pi) entry: cu+?a va`o, nha^.p kha^?u [TQ/NB]; ha.ng mu.c, muc nha^.p; tu+` mu.c; bie^?u tri.; va`o (dd); tham gia (dd) entry field: pha.m vi nha^.p entry instruction: chi? thi. nha^.p va`o entry label: nha~n nha^.p va`o entry-point address: ddi.a chi? ddie^?m va`o, ddi.a chi? xua^'t pha't enumeration: dde^'m; lie^.t ke^ envelope: ddu+o+`ng bao, bao nho'm envelope delay: su+. tri` hoa~n ddu+o+`ng bao envelope delay distortion: bie^'n da.ng tri` hoa~n ddu+o+`ng bao envelope detector: bo^. kie^?m so'ng ddu+o+`ng bao environment variable: bie^'n so^' mo^i tru+o+`ng environmental requirement: ye^u ca^`u ve^` mo^i tru+o+`ng EOT (End of Transmission): cha^'m du+'t truye^`n pha't epi-layer: lo+'p ke'o ma(.t ngoa`i = epitaxial layer epitaxial diode: dde`n hai cu+.c ke'o lo+'p ma(.t ngoa`i/ngoa.i duye^n [TQ] epitaxial film: ma`ng ke'o lo+'p ma(.t ngoa`i epitaxial growth: su+. ta(ng tru+o+?ng ke'o lo+'p ma(.t ngoa`i epitaxial junction: bo^. tie^'p gia'p ke'o lo+'p ma(.t ngoa`i epitaxial layer deposition: su+. la('ng ddo.ng lo+'p ma(.t ngoa`i/ngoa.i duye^n [TQ]/epitaxi epitaxial layer isolation: su+. ca'ch ly ba(`ng lo+'p ke'o ma(.t ngoa`i epitaxial resistor: ca'i ddie^.n tro+? ke'o lo+'p ma(.t ngoa`i epitaxial SCR: bo^. chi?nh lu+u ddu+o+.c ddie^`u khie^?n ba(`ng cha^'t khue^ ke'o lo+'p ma(.t ngoa`i, thirixto e^pitaxi epitaxial silicon: cha^'t khue^ ke'o lo+'p ma(.t ngoa`i epitaxial transistor: dde`n tinh the^? ke'o lo+'p ma(.t ngoa`i epitaxial varactor: dde`n hai cu+.c bie^'n dung ke'o lo+'p ma(.t ngoa`i epitaxial wafer: ddi~a tinh the^? ke'o lo+'p ma(.t ngoa`i epitaxial-mesa transistor: dde`n tinh the^? kie^?u ma(.t ba`n-ke'o lo+'p ma(.t ngoa`i epoxy resin: nhu+.a epoxi EPROM (erasable programmable read-only memory): bo^. nho+' chi? ddo.c, tha?o chu+o+ng, va` xo'a ddu+o+.c (e'pro^m) epsilon: epsilon (e'pxilo^ng) equalization: la`m ba(`ng (dd); qua^n ba(`ng; bu`; hie^.u chi?nh equalized delay line: da^y tre^~ bu` equalizer: bo^. qua^n ba(`ng equalizer coefficients: he^. so^' qua^n bi`nh equalizer Least Mean Square (LMS): qua^n bi`nh ba(`ng phu+o+ng trung bi`nh nha^n to^'i thie^?u equalizing pulse interval: khoa?ng ca'ch xung la`m ba(`ng equation: phu+o+ng tri`nh (thu+'c); dda(?ng pha^n equation processor: bo^. xu+? ly' phu+o+ng tri`nh equiangular antenna: a(ngten dda(?ng go'c equilibrium: ca^n ba(`ng equilibrium potential: the^' ca^n ba(`ng equiphase: dda(?ng vi. tu+o+'ng equipotential cathode: a^m cu+.c dda(?ng the^' equipotential surface: be^` ma(.t dda(?ng the^' equisignal radio range beacon: pha vo^ tuye^'n cu+. li co' ti'n hie^.u qua^n bi`nh equivalence element: pha^`n tu+? tu+o+ng ddu+o+ng equivalent circuit: ma.ch tu+o+ng ddu+o+ng equivalent diode: dde`n hai cu+.c tu+o+ng ddu+o+ng equivalent inductance: ddie^.n ca?m tu+o+ng ddu+o+ng equivalent load: ga'nh tu+o+ng ddu+o+ng equivalent network: ma.ng tu+o+ng ddu+o+ng equivalent noise level: mu+'c nhie^~u a^m tu+o+ng ddu+o+ng equivalent parallel resistance: ddie^.n tro+? song song tu+o+ng ddu+o+ng equivalent resistance: ddie^.n tro+? tu+o+ng ddu+o+ng equivalent series resistance: ddie^.n tro+? no^'i tie^'p tu+o+ng ddu+o+ng equivalent sine wave: so'ng hi`nh sin tu+o+ng ddu+o+ng equivalent voltage: ddie^.n a'p tu+o+ng ddu+o+ng erasable: xo'a ddu+o+.c erasable memory: bo^. nho+' xo'a ddu+o+.c erasable optical storage: bo^. tru+~ quang xo'a ddu+o+.c erasable programmable ROM (EPROM): bo^. nho+' tha?o chu+o+ng va` xo'a ddu+o+.c erasable ROM = erasable programmable ROM: erasable storage: bo^. tru+~ xo'a ddu+o+.c erase character: ky' tu+. xo'a = delete character erase key: phi'm xo'a ergodic function: ha`m thie^n li.ch, ha`m ergo^ddic ergodic theorem: ddi.nh ly' thie^n li.ch ergonomics: mo^n to^'i u+u nha^n to^' erlang: erlang (ddo+n vi. lu+u lu+o+.ng tho^ng tin) erlangmeter: ma'y ddo erlang error: sai so^'; sai la^`m, lo^~i; thie^'u so't error analysis: pha^n ti'ch sai la^`m; pha^n ti'ch sai so^' error byte: bai sai so^' error character: ky' tu+. sai la^`m error checking code: ma~ kie^?m sai la^`m error control character: ky' tu+. kie^?m soa't sai la^`m error control equipment: thie^'t bi. kie^?m soa't sai la^`m error correcting code: ma~ hie^.u chi?nh sai la^`m error detecting code: ma~ pha't hie^.n sai la^`m error detection routine: thu+o+`ng tri`nh pha't hie^.n sai la^`m error detector: bo^. pha't hie^.n sai so^' error diagnostics: cha^?n ddoa'n sai la^`m error flag: co+` ba'o sai la^`m error free: kho^ng sai so^'; kho^ng sai la^`m error function: ha`m sai so^' error handling: xu+? ly' sai la^`m = error analysis error interrupt: nga('t khi co' sai so^' error level: mu+'c sai la^`m error log: so^? ghi sai la^`m error message: tho^ng ba'o ve^` sai la^`m error notch: da^'u sai error probability: xa'c sua^'t sai so^' error rate: ddo^. sai la^`m error ratio: ty? so^' sai la^`m error recovery procedure (ERP): thu? tu.c ho^`i phu.c khi co' sai la^`m error signal: ti'n hie^.u sai so^' error transmission: truye^`n sai la^`m ES (Expert System): He^. Tho^'ng Chuye^n Gia Es layer: lo+'p E tha^'t thu+o+`ng, lo+'p Es Esaki diode: dde`n hai cu+.c ddu+o+`ng ha^`m ESC (escape character): ky' tu+. thoa't ESC key: phi'm thoa't; phi'm khue^'ch tru+o+ng (ky' tu+.) escape character (ESC): ky' tu+. thoa't escape code: ma~ thoa't escape (Esc) key: phi'm thoa't; phi'm khue^'ch tru+o+ng escape mechanism: co+ che^'/na(ng thoa't [TQ] escape sequence code: ma~ tri`nh tu+. thoa't, ma~ no^'i tie^'p khuye^'ch tru+o+ng (ky' tu+.) [NB] escape sequence: tri`nh tu+. thoa't, no^'i tie^'p khue^'ch tru+o+ng (ky' tu+.) [NB] ESD (electro-static spark) prevention: su+. dde^` pho`ng pho'ng ddie^.n ti~nh estimation: u+o+'c lu+o+.ng, u+o+'c ti'nh esu (electrostatic unit): esu (ddo+n vi. ddie^.n ti~nh) ETB (End of Transmission Block): kho^'i cha^'m du+'t truye^`n dda.t etch pattern: da.ng hi`nh ma.ch kha('c etch pit density: ma^.t ddo^. kha('c lo~m, ma^.t ddo^. thu+.c kha('c etch: kha('c (dd) etched circuit: ma.ch kha('c etching method: phu+o+ng pha'p kha('c Ethernet cable: ca'p Ethernet Ethernet: ma.ng Ethernet (ito+net) ETX (End of Text): cha^'m du+'t va(n ba?n Euclidean geometry,: hi`nh ho.c Euclide, hi`nh ho.c kho^ng gian, hi`nh ho.c ba chie^`u even: thuo^.c so^' cha(~n; dde^`u; ba(`ng pha(?ng even number: so^' cha(~n even parity check: kie^?m ddo^`ng dda(?ng cha(~n even parity: ti'nh cha(~n; ti'nh ddo^`ng dda(?ng cha(?n even permutation: hoa'n vi. cha(~n even-numbered memory address: ddi.a chi? bo^. nho+' so^' cha(~n even-odd: cha(~n le? even-odd check: kie^?m cha(~n le? event: su+. bie^'n event handler: thu? tri`nh cho su+. bie^'n event interrupt: nga('t cho su+. bie^'n event-driven: du+.a theo su+. bie^'n exact copy: ba?n sao y exceed: vu+o+.t tro^.i (dd) exception condition: ddie^`u kie^.n ngoa.i le^. exception control: kie^?m soa't ngoa.i le^. exception handler: thu? tri`nh ngoa.i le^. excess charge carrier: ha.t mang ddie^.n ti'ch thu+`a excess conduction: da^~n ddie^.n thu+`a excess conductivity: ti'nh da^~n thu+`a excess current: do`ng thu+`a excess electron: ddie^.n tu+? thu+`a excess energy: na(ng lu+o+.ng thu+`a excess voltage: ddie^.n the^' thu+`a exchange key: phi'm bie^'n hoa'n (bie^'n ddo^?i ma^~u a^m Hoa hay Nha^.t ra chu+~ Ha'n) exchange: to^?ng dda`i (ddie^.n thoa.i), trung ta^m ddie^.n thoa.i; trao ddo^?i (d/dd) excitation energy: na(ng lu+o+.ng ki'ch thi'ch excitation level: mu+'c ki'ch thi'ch excitation potential: the^' ki'ch thi'ch excitation power: co^ng sua^'t ki'ch thi'ch exciter antenna: a(ngten ki'ch thi'ch exciter selsyn: ma'y tu+. ddo^`ng bo^. ki'ch thi'ch exciter: bo^. ki'ch thi'ch (ddie^.n) exciting coil: cuo^.n da^y ki'ch thi'ch exciting current: do`ng ki'ch thi'ch exciting loop: ma.ch ki'n ki'ch thi'ch exciting magnet: nam cha^m ki'ch thi'ch exciting winding: cuo^.n da^y ki'ch thi'ch = field winding excitron: dde`n ki'ch thi'ch, dde`n ki'ch ho^` [TQ], excitron EXCLUSIVE OR (XOR) circuit: ma.ch HOA(.C DDO^'I, ma.ch XOR exclusive: loa.i tru+`; duy nha^'t; chuye^n nha^'t, ddo^.c chie^'m, ddo^.c quye^`n executable file: ta^.p tin kha? thi executable program: chu+o+ng tri`nh kha? thi executable statement: ca^u le^.nh kha? thi execute: cha.y (chu+o+ng tri`nh), thi ha`nh (chi? thi.) (dd) execute cycle: chu ky` thi ha`nh execute statement: ca^u le^.nh thi ha`nh execute-only program: chu+o+ng tri`nh chi? thi ha`nh execution cycle: chu ky` thi ha`nh execution time: tho+`i gian thi ha`nh exhaustive search: su+. ti`m tu+o+`ng ta^.n EXNOR gate = EXCLUSIVE NOR: co^?ng KHO^NG HOA(.C DDO^'I DDA?o, co^?ng EXNOR EXOR gate = EXCLUSIVE OR: co^?ng HOA(.C DDO^'I, co^?ng EXOR expandability: ti'nh mo+? ro^.ng, ti'nh trie^?n khai expanded board: ba?ng mo+? ro^.ng expanded memory specifications (EMS): ca'c quy ddi.nh bo^. nho+' mo+? ro^.ng expanded memory: bo^. nho+' mo+? ro^.ng expander: bo^. gia~n expandor: bo^. gia~n = expander expansion slot: o^? ca('m mo+? ro^.ng expert system: he^. tho^'ng chuye^n gia [ma'y ddie^.n toa'n] exponent: so^' mu~, lu~y thu+`a, chi? so^'; chi? tie^u exponent overflow: su+. vu+o+.t ha.n tre^n so^' mu~ exponent sign: da^'u mu~ exponent underflow: su+. vu+o+.t ha.n du+o+'i so^' mu~ exponential: thuo^.c so^' mu~ exponential curve: ddu+o+`ng cong so^' mu~ exponential factor: thu+`a so^' ha`m mu~ exponential function: ha`m so^' so^' mu~, ha`m so^' lu~y thu+`a exposure time: tho+`i gian pho+i ba`y extended addressing: ddi.nh vi. no^'i da`i, ddi.nh ddi.a chi? no^'i da`i extended binary-coded decimal interchange code (EBCDIC): ma~ trao ddo^?i tha^.p pha^n bie^n ma~ nhi. pha^n mo+? ro^.ng, EBCDIC (e'pxiddi'ch) extended code set: bo^. ma~ no^'i da`i extended control (EC) mode: che^' ddo^. ddie^`u khie^?n no^'i da`i extended memory: bo^. nho+' no^'i da`i extended memory specifications (XMS): ca'c quy ddi.nh bo^. nho+' no^'i da`i extended precision: ddo^. chi'nh xa'c no^'i da`i extended-level synthesizer: bo^. to^?ng ho+.p ca^'p no^'i da`i extended-precision word: tu+` co' do^. chi'nh xa'c no^'i da`i extender board: ba?ng bo^. sao extension cord: da^y no^'i da`i extension line: da^y no^'i da`i extension subscriber: ngu+o+`i thue^ bao ddu+o+`ng da^y extent: pha.m vi, mie^`n external (device) address: ddi.a chi? thie^'t bi. ngoa`i external cavity klystron: dde`n to^'c ddie^`u ho^'c ngoa`i external circuit: ma.ch ngoa`i external command: le^.nh ngoa`i external current: do`ng ngoa`i external database: kho du+. kie^.n ngoa`i external declaration: mo^ ta? ngoa`i external disk drive: bo^. quay ddi~a ngoa`i external environment: mo^i tru+o+`ng ngoa`i external impedance: tro+? kha'ng ngoa`i external interrupt: ca'i nga('t ngoa`i external load circuit: ma.ch ga'nh ngoa`i external memory: bo^. nho+' ngoa`i external procedure: tri`nh tu+. ngoa`i external reference: tham kha?o ngoa`i external register: bo^. ghi ngoa`i external resistance: ddie^.n tro+? ngoa`i external storage: bo^. tru+~ ngoa`i external symbol: ky' hie^.u ngoa`i external table: ba?ng ngoa`i extra current: do`ng phu. extra high tension: ddie^.n a'p cu+.c cao; a'p sua^'t cu+.c cao extra large scale integration (ELSI): ta^.p tha`nh dda.i quy mo^ extremely high frequency (EHF): ta^`n so^' cu+.c cao extrinsic conduction: ddo^. da^~n ngoa.i lai extrinsic photoeffect: hie^.u u+'ng quang ngoa.i lai extrinsic semiconductor: cha^'t ba'n da^~n ngoa.i lai, cha^'t ba'n da^~n ta.p, eye patterns: da.ng ma('t ca'o eyelet-construction mica capacitor: bo^. ddie^.n dung mica da.ng ma('t ca'o Eyring equation: phu+o+ng tri`nh Eyring zzzzz end of ES Set zzzzz