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 ===================================================================== DS Set (Revision 2) ==================== D bus: ma^~u tuye^'n D, buy't D D indicator: bo^. chi? ba'o D D layer: lo+'p D D scan: que't kie^?u D D type flip-flop: ma.ch xu'c pha't loa.i D D'Arsonval current: do`ng/cu+o+`ng ddo^. D'Arsonval (DDa('csonvan) D'Arsonval galvanometer: ddie^.n ke^' (tu+`-ddie^.n) D'Arsonval (DDa('csonvan) D-MOS transistor (Diffusion-Metal Oxide Semiconductor): tra(nsito D-MOS (dde`n tinh the^? ba'n da^~n o^xit kim loa.i khue^'ch ta'n ke'p) D-region: vu`ng (tru+o+`ng) D D-type constant: ha(`ng so^' loa.i D DA converter (digital-analog converter): bo^. ddo^?i so^'-so'ng DAC (Data Acquisition and Control): ddie^`u khie^?n va` thu na.p du+~ kie^.n DAD (digital audio disc): ddi~a a^m thanh so^' tu+. daisy-chain bus: ma^~u tuye^'n mo'c xi'ch daisy-wheel printer: ma'y in ba'nh xe hoa cu'c, ma'y in du`ng nan (hoa) chu+~ DAM (Direct Access Memory): bo^. nho+' truy ca^.p tru+.c tie^'p damped oscillation: dao ddo^.ng suy gia?m damped wave: so'ng suy gia?m damping circuit: ma.ch suy gia?m damping coefficient: he^. so^' suy gia?m damping coil: cuo^.n da^y suy gia?m damping factor: ye^'u to^' suy gia?m; thu+`a so^' suy gia?m damping resistance: ddie^.n tro+? suy gia?m Daniell cell battery: pin Daniell (DDanie^n) Darlington amplifier: bo^. khue^'ch dda.i Darlington (DDa('clinto+n) Darlington configuration: ca^'u hi`nh Darlington (DDa('clinto+n) Darlington connection: ma.ch no^'i Darlington (DDa('clinto+n) Darlington emitter follower: ma.ch ca(.p ga'nh cu+.c pha't, ma.ch Darlington (DDa('clinto+n) Darlington pair: ca(.p Darlington (DDa('clinto+n) Darlington stage: ta^`ng Darlington (DDa('clinto+n) Darlington(-connected) transistors: tran(sito no^'i ma.ch Darlington (DDa('clinto+n) DASD (direct access storage device) [dahzz-dee] = Disk Drive: o^? ddi~a cu+'ng data: du+~ kie^.n, du+~ lie^.u, so^' lie^.u data access arrangement (DAA): pha^`n da`n xe^'p truy ca^.p du+~ lie^.u data access method: phu+o+ng pha'p truy ca^.p du+~ lie^.u data acquisition: su+. thu? dda('c du+~ kie^.n, nga`nh thu na.p du+~ lie^.u data address: ddi.a chi? du+~ lie^.u data aggregate: ta^.p ho+.p du+~ lie^.u data analysis: pha^n ti'ch du+~ lie^.u data attribute: thuo^.c ti'nh du+~ lie^.u data base = database: kho du+~ lie^.u, co+ so+? du+~ lie^.u [TN] data bit: bi't du+~ lie^.u data block: kho^'i du+~ lie^.u data buffer: bo^. dde^.m du+~ lie^.u data bus: ma^~u tuye^'n du+~ lie^.u data byte: bai du+~ lie^.u data cache: bo^. nho+' a^?n du+~ lie^.u data capturing: ba('t du+~ lie^.u data card: phie^'u du+~ lie^.u data carrier: va^.t mang du+~ lie^.u data cell: o^ du+~ lie^.u (ddo+n vi. nho? nha^'t) data center: trung ta^m du+~ lie^.u data chaining: su+. lie^n ke^'t du+~ lie^.u data channel: ke^nh du+~ lie^.u data channel multiplexer: bo^. dda ho+.p ke^nh du+~ lie^.u data circuit-terminating equipment (DCE): thie^'t bi. dda^`u cuo^'i ma.ch data collection: su+. thu tha^.p du+~ lie^.u data communication equipment: thie^'t bi. truye^`n tho^ng du+~ lie^.u data communication line: ddu+o+`ng da^y truye^`n tho^ng du+~ lie^.u data communications: nga`nh truye^`n tho^ng du+~ lie^.u data communications system: he^. truye^`n tho^ng du+~ lie^.u data compression: ne'n du+~ lie^.u data concentrator: ma'y ta^.p trung du+~ lie^.u; ma'y ta(ng the^m du+~ lie^.u data conversion: ddo^?i du+~ lie^.u data converter: bo^. ddo^?i du+~ lie^.u data definition language (DDL): ngo^n ngu+~ ddi.nh nghi~a du+~ lie^.u data delimiter: gio+'i ha.n du+~ lie^.u data dictionary: tu+` ddie^?n du+~ lie^.u data element: pha^`n tu+? du+~ lie^.u data encryption: ma~ ho'a du+~ lie^.u data encryption standard: tie^u chua^?n ma~ ho'a du+~ lie^.u data entry terminal: dda^`u cuo^'i nha^.p du+~ lie^.u data exchange: trao ddo^?i du+~ lie^.u; to^?ng dda`i du+~ lie^.u data feedback: ho^`i tie^'p du+~ lie^.u data field: tru+o+`ng du+~ lie^.u data file: ta^.p tin du+~ lie^.u data flow: do`ng du+~ lie^.u data flow diagram: so+ ddo^` do`ng du+~ lie^.u data format: khuo^n da.ng du+~ lie^.u data formatting: ddi.nh khuo^n da.ng du+~ lie^.u data frame: khung du+~ lie^.u data generator: bo^. ta.o du+~ lie^.u data handling unit: bo^. pha^.n xu+? ly' du+~ lie^.u data hierarchy: thu+' ba^.c du+~ lie^.u data independence: ti'nh ddo^.c la^.p du+~ lie^.u data input: dda^`u va`o du+~ lie^.u data integrity: ti'nh toa`n ve.n cu?a du+~ lie^.u data item: mu.c du+~ lie^.u data label: nha~n du+~ lie^.u data layer: lo+'p du+~ lie^.u data level: ca^'p du+~ lie^.u data line: ddu+o+`ng truye^`n du+~ lie^.u data link: bo^. truye^`n du+~ lie^.u; lie^n ke^'t du+~ lie^.u data link layer (OSI model): lo+'p lie^n ke^'t du+~ lie^.u data link protocol: quy u+o+'c no^'i du+~ lie^.u data logging: va`o so^? du+~ lie^.u data management system: he^. tho^'ng qua?n ly' du+~ lie^.u data manipulation: ddie^`u du.ng du+~ lie^.u, thao ta'c du+~ lie^.u data medium: mo^i the^? du+~ lie^.u data model: mo^ hi`nh du+~ lie^.u data network: ma.ng du+~ lie^.u data organization: ca'ch to^? chu+'c du+~ lie^.u data path: ddu+o+`ng du+~ lie^.u data plotter: ma'y ve~ hi`nh du+~ lie^.u data point: ddie^?m du+~ lie^.u data processing: xu+? ly' du+~ lie^.u data processing center: trung ta^m xu+? ly' du+~ lie^.u data processing equipment: thie^'t bi. xu+? ly' du+~ lie^.u data processing manager: he^. tho^'ng qua?n ly' vie^.c xu+? ly' du+~ lie^.u data processing system: he^. tho^'ng xu+? ly' du+~ lie^.u data protection: ba?o ve^. du+~ lie^.u data rate: to^'c ddo^. chuye^?n du+~ lie^.u data record: ba?n ghi du+~ lie^.u data recorder: ma'y ghi du+~ lie^.u data recovery: phu.c ho^`i du+~ lie^.u data representation: bie^?u thi./tri`nh ba^`y du+~ lie^.u data retrieval system: he^. tho^'ng thu du.ng du+~ lie^.u data security: ba?o ma^.t du+~ lie^.u data set: ta^.p ho+.p du+~ lie^.u data set label (DSL): nha~n hie^.u cu?a ta^.p ho+.p du+~ lie^.u data sharing: du`ng chung du+~ lie^.u data sheet: to+` du+~ lie^.u data source: nguo^`n du+~ lie^.u data specification: quy ddi.nh du+~ lie^.u data storage device: thie^'t bi. tru+~ du+~ lie^.u data stream: do`ng du+~ lie^.u data structure: ca^'u tru'c du+~ lie^.u data terminal equipment (DTE): bo^. ma'y o+? dda^`u cuo^'i du+~ lie^.u data transfer: su+. truye^`n du+~ lie^.u; chuye^?n du+~ lie^.u data translation: su+. chuye^?n di.ch du+~ lie^.u data transmission: su+. truye^`n du+~ lie^.u data transmitter: ma'y pha't du+~ lie^.u data type: loa.i du+~ lie^.u data unit: ddo+n vi. du+~ lie^.u data validation: su+. kie^?m chu+'ng du+~ lie^.u data value: tri. so^' cu?a du+~ lie^.u data worksheet: ba?ng ke^' toa'n du+~ lie^.u database: kho du+~ lie^.u, co+ so+? du+~ lie^.u [TN] database administrator: qua?n tri. vie^n kho du+~ lie^.u database analysis: su_. pha^n ti'ch kho du+~ lie^.u database computer: ma'y ddie^.n toa'n kho du+~ lie^.u database environment: mo^i tru+o+`ng kho du+~ lie^.u database inquiry: tra cu+'u kho du+~ lie^.u database management system (DBMS): he^. tho^'ng qua?n ly' kho du+~ lie^.u database manager: chu+o+ng tri`nh qua?n ly' kho du+~ lie^.u database processor: bo^. xu+? ly' kho du+~ lie^.u database service: di.ch vu. kho du+~ lie^.u database software: nhu lie^.u kho du+~ lie^.u database system: he^. tho^'ng kho du+~ lie^.u datum: tu+ lie^.u, du+~ lie^.u; so^' dda bie^'t; ddu+o+`ng tie^u chua^?n, ma(.t tie^u chua^?n [DDL] daughter board: ba?ng con dB (decibel) loss: suy gia?m ba(`ng dde^xiben dB (decibel) meter: ma'y ddo dde^xiben DB-25 connector: dda^`u no^'i DB-25 DC (Data Channel): ke^nh du~ kie^.n DC (Digital Computer): ma'y ddie^.n toa'n so^' tu+. DC (Direct Current): do`ng ddie^.n mo^.t chie^`u dc (direct-current) coupling: ghe'p ddie^.n mo^.t chie^`u dc (direct-current) erasing head: dda^`u xo'a ddie^.n mo^.t chie^`u dc (direct-current) Josephson current: cu+o+`ng ddo^. do`ng ddie^.n Josephson (Jo^zepso+n) mo^.t chie^`u dc (direct-current) Josephson effect: hie^.u u+'ng do`ng ddie^.n Josephson (Jo^zepso+n) mo^.t chie^`u dc (direct-current) measurement: ddo do`ng ddie^.n mo^.t chie^`u dc (direct-current) receiver: ma'y thu cha.y ddie^.n mo^.t chie^`u dc (direct-current) reinsertion: phu.c ho^`i tha`nh pha^`n cu?a ddie^.n mo^.t chie^`u dc (direct-current) resistance: ddie^.n tro+? cu?a ddie^.n mo^.t chie^`u dc (direct-current) restoration: kho^i phu.c tha`nh pha^`n cu?a ddie^.n mo^.t chie^`u dc (direct-current) ringer: ma'y rung chuo^ng ddie^.n mo^.t chie^`u dc (direct-current) ringing: rung chuo^ng ddie^.n mo^.t chie^`u dc (direct-current) selection: cho.n (ddie^.n) mo^.t chie^`u dc (direct-current) signaling: ba'o hie^.u ba(`ng ddie^.n mo^.t chie^`u dc (direct-current) telegraphy = direct current telegraphy: ddie^.n ba'o do`ng ddie^.n mo^.t chie^`u dc (direct-current) transformer: bo^. bie^'n a'p do`ng ddie^.n mo^.t chie^`u dc (direct-current) transmission: truye^`n ddie^.n mo^.t chie^`u dc (direct-current) tube neon lamp: dde`n o^'ng ne^on loa.i ddie^.n mo^.t chie^`u dc (direct-current) voltage: ddie^.n a'p cu?a do`ng ddie^.n mo^.t chie^`u DC component: tha`nh pha^`n cu?a ddie^.n mo^.t chie^`u DC1-4 (Device Control 1-4): kie^?m soa't thie^'t bi. 1-4, kie^?m soa't bo^. pha^.n 1-4 DCE (Data Circuit-terminating Equipment): thie^'t bi. dda^`u cuo^'i ma.ch DCE (Data Communication Equipment): thie^'t bi. truye^`n tho^ng du+~ lie^.u DCE (Distributed Computing Environment): mo^i tru+o+`ng vi ti'nh pha^n bo^' DCM (Disk Cache Memory): bo^. nho+' tru+~ ta.m ddi~a (loa.i cao to^'c) DCTL (direct-coupled transistor logic) gate: co^?ng lua^.n ly' dde`n tinh the^? ghe'p tru+.c tie^'p DD (double density) disk: ddi~a ma^.t ddo^. ke'p DDDS (double density double sided) disk: ddi~a hai ma(.t ma^.t ddo^. ke'p de facto: thu+.c te^', ma(.c nhie^n de facto standard: tie^u chua^?n ma(.c nhie^n de jure: thu+.c the^?, pha'p ddi.nh De-Broglie wave: so'ng De Broglie dead coil: cuo^.n da^y cha.y kho^ng dead halt: du+`ng hoa`n toa`n, du+`ng che^'t [ma'y] dead interval: khoa?ng ca'ch, khoa?ng tro^'ng [ddie^.n ba'o] dead point: ddie^?m che^'t deadlock: be^' ta('c deallocation: gia?i ca^'p pha't, gia?i pho'ng debounce: pho`ng ba^.t le^n, ngu+`a ba^.t le^n debug: chi?nh lo^~i, go+~ ro^'i debugger: chu+o+ng tri`nh chi?nh lo^~i deca: mu+o+`i, tha^.p, deca decade: tha^.p pha^n, tha^.p nie^n decade box: ho^.p tha^.p pha^n decade bridge: ca^`u tha^.p pha^n decade counter: ma'y dde^'m tha^.p pha^n decadent wave: so'ng suy bie^'n decameter wave: so'ng mu+o+`i me't, so'ng dde^came't decameter: mu+o+`i me't, dde^came't decay coefficient: he^. so^' thoa'i ho'a decay constant: ha(`ng so^' thoa'i ho'a decay curve: ddu+o+`ng thoa'i ho'a decay time: tho+`i gian thoa'i ho'a deceleration time: tho+`i gian gia?m to^'c; tho+`i gian che^' ddo^.ng decentralized data processing: xu+? ly' du+~ kie^.n pha^n ta'n decentralized network: ma.ng pha^n ta'n decentralized processing: xu+? ly' pha^n ta'n deci: pha^`n mu+o+`i, deci (10 lu~y thu+`a tru+` 1) decibel meter: dde^xiben ke^', ma'y ddo dde^xiben decibel: dde^xiben (dB) decimal: tha^.p pha^n decimal attenuator: bo^. suy gia?m tha^.p pha^n decimal base: co+ so^' mu+o+`i, co+ so^' tha^.p pha^n decimal digit: so^' tu+. tha^.p pha^n decimal notation: ky' hie^.u tha^.p pha^n decimal number system: he^. tho^'ng so^' tha^.p pha^n decimal point: da^'u tha^.p pha^n decimal-to-binary conversion: su+. ddo^?i tha^.p pha^n ra nhi. pha^n decimal-to-hexadecimal conversion: su+. ddo^?i tha^.p pha^n ra tha^.p lu.c pha^n decimal-to-octal conversion: su+. ddo^?i tha^.p pha^n ra ba't pha^n decimeter: dde^xime't decipher: di.ch ma^.t ma~, gia?i ma^.t ma~ decision algorithm: thua^.t toa'n dde^? quye^'t ddi.nh decision criterion: chua^?n cu+' dde^? quye^'t ddi.nh decision feedback equalizer: bo^. ca^n ba(`ng ho^`i tie^'p dde^? quye^'t ddi.nh decision table: ba?ng dde^? quye^'t ddi.nh decision tree: ca^'u tru'c ca^y dde^? quye^'t ddi.nh declaration: lo+`i tuye^n bo^', khai ba'o decode: gia?i ma~ decoder: bo^. gia?i ma~; ngu+o+`i gia?i ma~; bo^. kie^?m so'ng ma.ch xung; ma tra^.n chuye^?n ma.ch decompiler: bo^. bie^n di.ch phu.c ho^`i decompression: su+. gia?m a'p, su+. gia?i ne'n decoupling capacitor: bo^. ddie^.n dung thoa't decoupling circuit: ma.ch khu+? ghe'p decoupling filter: bo^. lo.c khu+? ghe'p decreasing sequence: tri`nh tu+. tie^.m gia?m decrement counter: ma'y dde^'m ngu+o+.c decryption: gia?i ma~, mo+? kho'a dedicated computer: ma'y ddie^.n toa'n chuye^n du.ng dedicated connection = dedicated line: ddu+o+`ng no^'i chuye^n du.ng dedicated memory: bo^. nho+' chuye^n du.ng deductive database: kho du+~ lie^.u suy die^~n default: thie^'u; ma(.c ddi.nh, ddu+o+ng nhie^n; tri. so^' gia?n lu+o+.c; va('ng ma(.t (dd); bo? cuo^.c (dd); lu+o+.c gia?i (dd); la^'y tri. so^' gia?n lu+o+.c (dd) default button: nu't ma(.c ddi.nh default directory: danh mu.c ma(.c ddi.nh default option: tu`y cho.n ma(.c ddi.nh default setting: thie^'t la^.p ma(.c ddi.nh default value: tri. so^' ma(.c ddi.nh, tri. so^' ddi.nh sa(~n deferred addressing: ddi.nh ddi.a chi? tri` hoa~n deferred entry: cu+?a va`o tri` hoa~n deferred processing: xu+? ly' tri` hoa~n deferred restart: kho+?i ddo^.ng tri` hoa~n definition module: to^? kie^.n ddi.nh nghi~a definition of image: ddo^. pha^n ti'ch cu?a hi`nh deflecting circuit: ma.ch le^.ch hu+o+'ng deflecting coil: cuo^.n da^y le^.ch hu+o+'ng deflecting electrode: ddie^.n cu+.c le^.ch hu+o+'ng deflecting magnet: nam cha^m le^.ch hu+o+'ng deflecting plate: phie^'n le^.ch hu+o+'ng deflection angle: go'c le^.ch hu+o+'ng deflection defocusing: ta'c du.ng ta'n tie^u la`m le^.ch deflection factor: he^. so^' la`m le^.ch degausser: bo^. khu+? tu+` degaussing: khu+? tu+` degenerate electron: ddie^.n tu+? suy bie^'n degenerated semiconductor: cha^'t ba'n da^~n thoa'i ho'a/suy bie^'n degeneration factor: ye^'u to^' suy bie^'n; thu+`a so^' suy bie^'n degree: ddo^., mu+'c ddo^. degree of accuracy: ddo^. chi'nh xa'c degree of magnification: ddo^. pho'ng dda.i DEL (delete/rubout) character: ky' tu+. xo'a delay: tre^~, tri` hoa~n; tho+`i gian, khoa?ng; la`m tre^~, la`m cha^.m (dd) delay cell: bo^. ta.o tre^~ delay circuit: ma.ch ta.o tre^~ delay component: tha`nh pha^`n tre^~ delay distortion: bie^'n da.ng tre^~ delay element: pha^`n tu+? tre^~ delay equalizer: bo^. ca^n ba(`ng tre^~, bo^. ca^n ba(`ng vi. tu+o+'ng delay flip-flop: ma.ch la^.t tre^~ delay frequency equalizer: bo^. ca^n ba(`ng ta^`n so^' tre^~ delay line: da^y tre^~, da^y ta.o tre^~ delay line memory: bo^. nho+' da^y tre^~ delay network: ma.ng tre^~ delay time: tho+`i gian tre^~, tho+`i gian tri` hoa~n delay-frequency distortion: bie^'n da.ng ta^`n so^' tre^~ delay-time register: bo^. ghi tho+`i gian tre^~ delayed call: go.i tre^~ delayed carry: so^' nho+' tre^~ delayed feedback: ho^`i tie^'p tre^~ delayed pulse interval: khoa?ng ca'ch xung tre^~ delayed sweep storage scope: bo^. chi? ba'o bo^. tru+~ que't tre^~ delete [DEL] character: ky' tu+. xo'a = erase character delete [Del] key: phi'm xo'a deleting: xo'a delimiter: da^'u gio+'i ha.n, da^'u ta'ch; da^'u ddi.nh nghi~a deliver: pha^n pho^'i, giao no^.p delta circuit: ma.ch tam gia'c delta connection: su+./ma.ch no^'i tam gia'c delta modulation: bie^'n ddie^.u ddenta demagnetization coefficient: he^. so^' khu+? tu+` ho'a demagnetization curve: ddu+o+`ng khu+? tu+` demagnetizer: ca'i khu+? tu+`, bo^. khu+? tu+` demand processing: xu+? ly' theo ye^u ca^`u demand report: ba'o ca'o theo ye^u ca^`u demo = demonstration: su+. bie^?u die^~n, tri`nh ba^`y demo disk: ddi~a bie^?u die^~n demodulate: hoa`n ddie^.u demodulation: su+. hoa`n ddie^.u demodulator: bo^. hoa`n ddie^.u demonstrator: ngu+o+`i bie^?u die^~n, ngu+o+`i thuye^'t minh demount: tha'o ra, go+~ ra demultiplex: pha^n dda ke^nh (dd) demultiplexer: bo^. pha^n dda ke^nh demultiplier: bo^. gia?m; bo^. gia?m to^'c denominator: ma^~u so^' density distribution: su+. pha^n bo^' ma^.t ddo^. density modulation: su+. bie^'n ddie^.u ma^.t ddo^. depletion FET (Field Effect Transistor): tra(nsito FET (tru+o+`ng hie^.u u+'ng) khuye^'t la^.p depletion layer: lo+'p khuye^'t la^.p depletion mode: kie^?u khuye^'t la^.p depletion region: vu`ng khuye^'t la^.p, vu`ng hao ca.n depletion-layer photodiode: dde`n hai cu+.c quang ddie^.n co' lo+'p khuye^'t la^.p depolarizer: cha^'t khu+? cu+.c deposited resistor: ddie^.n tro+? ke^'t tu. dequeue: ro+`i ha`ng, ru't kho?i ha`ng derivative: dda.o ha`m; pho' sa?n descrambler: bo^. hoa`n hie^.u, bo^. gia?i nhie^~u ti'n hie^.u design: thie^'t ke^' (d); dde^` a'n, ddo^` a'n; thie^'t ke^' (dd) design automation: su+. tu+. ddo^.ng ho'a thie^'t ke^' design circuit: ma.ch thie^'t ke^' design heuristic: pho?ng ddoa'n thie^'t ke^' design language: ngo^n ngu+~ thie^'t ke^' design phase: giai ddoa.n thie^'t ke^' design procedure: thu? tu.c thie^'t ke^' design specification: quy ddi.nh thie^'t ke^' desktop computer: ma'y ddie^.n toa'n dde^? ba`n desktop publishing (DTP): xua^'t ba?n du`ng ma'y dde^? ba`n, che^' ba?n ddie^.n tu+? desktop publishing equipment: thie^'t bi. che^' ba?n ddie^.n tu+? desktop video unit: bo^. ma'y vidde^o^ dde^? ba`n destination address: ddi.a chi? no+i nha^.n destination disk: ddi~a nha^.n destination field: tru+o+`ng nha^.n destination queue: ha`ng cho+` nha^.n destructive memory: bo^. nho+' bi. xo'a khi ddo.c destructive read operation: va^.n ha`nh ddo.c pha' hu?y destructive storage: bo^. tru+~ (co') xo'a destructive test: thu+? xo'a detachable keyboard: ba`n phi'm ta'ch ro+`i ddu+o+.c, ba`n phi'm kha? pha^n detachable plugboard: ba`n ddie^`u khie^?n ta'ch ro+`i ddu+o+.c = removable plugboard detail diagram: so+ ddo^` chi tie^'t detail file: ta^.p tin chi tie^'t detail flowchart: lu+u ddo^` chi tie^'t detecting head: dda^`u pha't hie^.n detection coefficient: he^. so^' ta'ch so'ng detection radar: radda pha't hie^.n detection threshold: ngu+o+~ng ta'ch so'ng detector: bo^. kie^?m so'ng, bo^. ta'ch so'ng; bo^. pha't hie^.n, bo^. do` (ti`m); bo^. pha^n ti'ch deterioration failure: tha^'t ba.i vi` bi. suy thoa'i deterministic model: ma^~u xa'c ddi.nh detune: ma^'t ho`a, ma^'t ddie^`u hu+o+?ng, le^.ch co^.ng hu+o+?ng developer: ma'y ru+?a phim; thuo^'c ru+?a phim; ngu+o+`i khai trie^?n mo^.t sa?n pha^?m development support library: thu+ vie^.n ye^?m tro+. pha't trie^?n development system: he^. tho^'ng pha't trie^?n development time: tho+`i gian pha't trie^?n development tool: du.ng cu. khai pha't deviation: le^.ch, thie^n sai [TQ]; ddo^. le^.ch deviation compensator: bo^. su+?a le^.ch deviation constant: ha(`ng so^' le^.ch deviation distortion: bie^'n da.ng sai le^.ch deviation frequency: ta^`n so^' le^.ch deviation ratio: he^. so^' le^.ch deviation sensitivity: ddo^. nha.y le^.ch device: du.ng cu.; thie^'t bi., bo^.; ma'y; co+ ca^'u; ke^' hoa.ch; bie^?u tu+o+.ng device allocation: ca^'p pha't thie^'t bi. device assignment = device allocation: ca^'p pha't thie^'t bi. device code: ma~ thie^'t bi. device control character: ky' tu+. ddie^`u khie^?n thie^'t bi. device driver software: nhu lie^.u ddie^`u khie^?n thie^'t bi. device driver: chu+o+ng tri`nh ddie^`u khie^?n thie^'t bi. device type: loa.i thie^'t bi. diagnostic disk: ddi~a cha^?n ddoa'n diagnostic message: tho^ng ba'o cha^?n ddoa'n diagnostic program: chu+o+ng tri`nh cha^?n ddoa'n diagnostic software: nhu lie^.u cha^?n ddoa'n diagnostic test: thu+? cha^?n ddoa'n diagonal matrix: ma tra^.n che'o diagram: so+ ddo^` dial: ma(.t so^', bo^. phi'm so^' (d); quay so^' (dd) dial backup: sao lu+u so^' quay dial bridge: ca^`u kha('c ddo^. dial exchange: (to^?ng dda`i) hoa'n chuye^?n quay so^' dial line: ddu+o+`ng da^y quay so^' dial telephone set: ma'y ddie^.n thoa.i quay so^' dial telephone system: he^. tho^'ng ddie^.n thoa.i quay so^' dial tone: a^m hie^.u quay so^', a^m hie^.u ddie^.n thoa.i dial trunk: ddu+o+`ng da^y to^?ng dda`i dial-up: quay, quay so^' ddie^.n thoa.i, go.i ddie^.n thoa.i dial-up access: su+. truy ca^.p quay so^' dial-up line: ddu+o+`ng da^y quay so^' dial-up terminal: dda^`u cuo^'i quay so^', ma'y ddie^.n thoa.i dialed call: cu' go.i quay so^' dialer: bo^. quay so^' dialing: quay so^', ba^'m so^', go.i ddie^.n thoa.i dialing pulse: xung quay so^' dialing tone: a^m hie^.u khi quay so^' dialog mode: che^' ddo^. ddo^'i thoa.i dialogue box: ho^.p ddo^'i thoa.i dialup: no^'i nha^'t tho+`i (giu+~a ca'c ma'y) [NB] diamond antenna: a(nten hi`nh qua? tra'm, a(nten hi`nh kim cu+o+ng diamond wave coil = honey-comb coil diaphragm loudspeaker: loa co' ma`ng rung diaphragmatic waveguide: o^'ng da^~n so'ng co' ma`ng rung diaphragmless microphone: ma'y vi a^m kho^ng ma`ng rung dibit: hai bi't, hai so^' tu+. nhi. pha^n (00, 01, 10, 11) die: phie^'n tinh the^? ro+`i, chi'p ro+`i = individual chip dielectric: ddie^.n mo^i dielectric capacitance: ddie^.n dung ddie^.n mo^i dielectric coefficient: he^. so^' ddie^.n mo^i dielectric conductance: da^~n ddie^.n ddie^.n mo^i dielectric constant: ha(`ng so^' ddie^.n mo^i dielectric current: do`ng ddie^.n mo^i dielectric field intensity: cu+o+`ng ddo^. tru+o+`ng ddie^.n mo^i dielectric film: phim ddie^.n mo^i dielectric induction: su+. ca?m u+'ng ddie^.n mo^i dielectric isolation: su+. ca'ch ly ddie^.n mo^i dielectric loss: su+. to^?n hao ddie^.n mo^i dielectric material: cha^'t ddie^.n mo^i dielectric resistance: ddie^.n tro+? ddie^.n mo^i dielectric rod antenna: a(nten thanh ddie^.n mo^i dielectric solid state laser: bo^. ki'ch quang cha^'t ra('n ddie^.n mo^i dielectric waveguide: o^'ng da^~n so'ng ddie^.n mo^i difference amplifier: bo^. khue^'ch dda.i sai ddo^.ng difference frequency: hie^.u ta^`n difference of phase: su+. sai bie^.t vi. tu+o+'ng difference phase network: ma.ng vi. tu+o+'ng sai bie^.t difference tone: a^m hie^.u sai bie^.t differential: thuo^.c vi pha^n; thuo^.c sai di./bie^.t; thuo^.c vi sai; thuo^.c sai ddo^.ng; bo^. sai to^'c differential amplifier: bo^. khue^'ch dda.i sai ddo^.ng differential circuit: ma.ch vi sai differential coil: cuo^.n da^y sai ddo^.ng differential discriminator: bo^. pha^n bie^.t vi sai differential duplex system: he^. tho^'ng song co^ng vi sai differential encoding: ma~ ho'a vi pha^n differential gain control: ddie^`u chi?nh ta(ng i'ch vi pha^n differential galvanometer: ddie^.n ke^' sai ddo^.ng differential PCM (pulse code modulation): ddie^`u xung ma~ vi sai differential tone: a^m vi sai differential transformer: bo^. bie^'n a'p sai tie^'p; cuo^.n ho^~n ho+.p [DDL] differential winding: cuo^.n da^y sai ddo^.ng differentiating transformer: bo^. bie^'n a'p la^'y vi pha^n diffraction by disk: nhie^~u xa. do ddi~a diffraction grating: lu+o+'i nhie^~u xa. diffused capacitor: bo^. ddie^.n dung khue^'ch ta'n diffused junction: tie^'p gia'p khue^'ch ta'n diffused photodevice: bo^. quang ddie^.n khue^'ch ta'n diffusion capacitance: ddie^.n dung khue^'ch ta'n diffusion coefficient: he^. so^' khue^'ch ta'n diffusion conductance: da^~n ddie^.n khue^'ch ta'n diffusion constant: ha(`ng so^' khue^'ch ta'n diffusion current: do`ng ddie^.n khue^'ch ta'n digit: so^' tu+., chu+~ so^', ky' so^'; hie^.n so^' digit counter: ma'y dde^'m so^' tu+./hie^.n so^' digit pulse: xung so^' tu+. digital: thuo^.c so^' tu+.; thuo^.c da.ng so^', ddoa.n bie^'n digital circuit: ma.ch da.ng so^' tu+. digital clock: ddo^`ng ho^` hie^.n so^' digital communication: truye^`n tho^ng da.ng so^' tu+. Digital Compact Cassette (DCC): ca'txe't da.ng so^' tu+. digital companding: e'p-gia~n da.ng so^' tu+. digital computer: ma'y ddie^.n toa'n so^' tu+. digital counter: ma'y dde^'m hie^.n so^' = digit counter digital cross-connect system: he^. tho^'ng ddo^'i ke^'t da.ng so^' tu+. digital data: du+~ lie^.u da.ng so^' tu+. digital data receiver: ma'y thu du+~ lie^.u da.ng so^' tu+. digital data recorder: ma'y ghi du+~ lie^.u da.ng so^' tu+. digital data transmission: truye^`n du+~ lie^.u da.ng so^' tu+. digital delay line: da^y tre^~ da.ng so^' tu+. digital display: hie^?n thi. da.ng so^'tu+. digital filter: bo^. lo.c da.ng so^' tu+. digital image: hi`nh da.ng so^' tu+. Digital Imaging and Communications in Medicine (DICOM): Ta.o Hi`nh Da.ng So^' va` Truye^`n Tho^ng trong Y Khoa digital imaging: ta.o hi`nh da.ng so^' tu+. digital indicator: bo^. chi? ba'o da.ng so^' tu+. digital information: tin tu+'c da.ng so^' tu+. digital integrator: bo^. ti'ch pha^n da.ng so^' tu+. digital inverter: bo^. bie^'n ddo^?i da.ng so^' tu+. digital loop carrier system: he^. tho^'ng ta?i chu tri`nh so^' tu+. digital meter: ddo^`ng ho^` hie^.n so^', ma'y ddo hie^.n so^' digital modem: bo^. bie^'n hoa`n da.ng so^' tu+. digital modulation: bie^'n ddie^.u da.ng so^' tu+. digital modulator: bo^. bie^'n ddie^.u da.ng so^' tu+. digital module: mo^ddun da.ng so^' tu+. digital multimeter: ma'y ddo dda na(ng da.ng so^' tu+. digital multiplexer: bo^. da.ng dda ho+.p da.ng so^' tu+. digital noise: ta.p a^m da.ng so^' tu+. digital optical disk (DOD): ddi~a quang da.ng so^' tu+. digital photography: mo^n nhie^'p a?nh da.ng so^' tu+. digital recording: ghi ba(`ng da.ng so^' tu+. digital signal: ti'n hie^.u da.ng so^' tu+. digital signal processing (DSP): xu+? ly' ti'n hie^.u da.ng so^' tu+. digital signal processor (DSP): bo^. xu+? ly' ti'n hie^.u da.ng so^' tu+. digital signature: chu+~ ki' da.ng so^' tu+. digital simulation: su+. mo^ pho?ng da.ng so^' tu+. digital simulator: bo^. mo^ pho?ng da.ng so^' tu+. digital speech processing: xu+? li' tie^'ng no'i da.ng so^' tu+. digital switch: bo^. chuye^?n da.ng so^' tu+. digital switching equipment: thie^'t bi. chuye^?n da.ng so^' tu+. digital switching system: he^. tho^'ng chuye^?n da.ng da.ng so^' tu+. digital synthesizer: bo^. to^?ng ho+.p da.ng so^' tu+. digital telephone: ma'y ddie^.n thoa.i da.ng so^' tu+. digital television: truye^`n hi`nh da.ng so^' tu+. digital transmission: truye^`n da.ng so^' tu+. digital typography: nga`nh sa('p chu+~ da.ng so^' tu+. digital variable: bie^'n so^' da.ng so^' tu+. digital video: vidde^o da.ng so^' tu+. digital video disk (DVD): ddi~a vidde^o da.ng so^' tu+. digital voltmeter: vo^n ke^' hie^.n so^' digital VTR (video tape recorder): ma'y ghi ba(ng vidde^o da.ng so^' tu+. digital-analog conversion: su+. ddo^?i da.ng so^' sang so'ng digital-image conversion: su+. ddo^?i da.ng so^' sang hi`nh digitalized data: du+~ lie^.u da.ng so^' tu+. ho'a digitized sample: ma^~u so^' tu+. ho'a digitizer: bo^. so^' tu+. ho'a, bo^. chuye^?n/ddo^?i sang so^' tu+. diode: dde`n hai cu+.c, ddio^t diode clamping: ghim ba(`ng dde`n hai cu+.c diode detection: kie^?m so'ng ba(`ng dde`n hai cu+.c diode detector: bo^. kie^?m so'ng dde`n hai cu+.c diode forward voltage: ddie^.n a'p thua^.n dde`n hai cu+.c diode isolation: ca'ch ly ba(`ng dde`n hai cu+.c diode junction: tie^'p gia'p dde`n hai cu+.c diode laser: bo^. ki'ch quang dde`n hai cu+.c diode limiter: bo^. ha.n che^' ba(`ng dde`n hai cu+.c diode peak detector: bo^. kie^?m so'ng ddi?nh ddio^t diode probe: dda^`u do` ba(`ng ddio^t diode rectification: chi?nh lu+u ba(`ng dde`n hai cu+.c diode switch: ca'i chuye^?n ma.ch ba(`ng dde`n hai cu+.c diode thyristor: bo^. co^ng ta('c cha^'t ba'n da^~n dde`n hai cu+.c diode transistor logic (DTL) gate: co^?ng lua^.n ly' dde`n hai cu+.c-dde`n tinh the^? diode-transistor logic (DTL): ma.ch lua^.n ly' dde`n hai cu+.c-dde`n tinh the^?, ma.ch lua^.n ly' dde`n tinh the^? 2 cu+.c diode-transistor logic circuit: ma.ch lua^.n ly' dde`n hai cu+.c-dde`n tinh the^? DIP socket: cha^n ca('m loa.i DIP DIP switch: co^ng ta('c tha(?ng hai ha`ng (trong the? chu+~); co^ng ta('c bie^'n quang diphase: hai vi. tu+o+'ng direct access: tru+.c truy, truy ca^.p tu`y y' direct access file: ta^.p tin tru+.c truy direct access memory (DAM): bo^. nho+' tru+.c truy direct access storage: bo^. tru+~ tru+.c truy direct access storage device (DASD) = direct access storage: bo^. tru+~ tru+.c truy direct addressing: ddi.nh ddi.a chi? tru+.c tie^'p direct broadcast: pha't thanh tru+.c tie^'p; truye^`n hi`nh tru+.c tie^'p direct calling: go.i tru+.c tie^'p direct channel: ke^nh tru+.c tie^'p direct communication: truye^`n tho^ng tru+.c tie^'p direct correlation: tu+o+ng quan tru+.c tie^'p direct coupling: ghe'p tru+.c tie^'p direct current (DC, dc): do`ng ddie^.n mo^.t chie^`u direct current signaling: ba'o hie^.u ba(`ng do`ng ddie^.n mo^.t chie^`u direct line subscriber: ngu+o+`i thue^ bao ddu+o+`ng da^y tru+.c tie^'p direct memory access channel: ke^nh truy ca^.p bo^. nho+' tru+.c tie^'p direct scanning: que't tru+.c tie^'p direct-access inquiry: ho?i truy ca^.p tru+.c tie^'p direct-connect modem: bo^. bie^'n hoa`n no^'i tru+.c tie^'p direct-coupled amplifier: bo^. khue^'ch dda.i ghe'p tha(?ng/tru+.c tie^'p direct-coupled transistor logic circuit: ma.ch lua^.n ly' dde`n tinh the^? ghe'p tru+.c tie^'p direct-coupled transistor logic: ma.ch lua^.n ly' dde`n tinh the^? ghe'p tru+.c tie^'p direct-current (dc) restorer: bo^. kho^i phu.c do`ng ddie^.n mo^.t chie^`u directional radio link: tho^ng tin vo^ tuye^'n ddi.nh hu+o+'ng directional reception: su+. tie^'p thu hu+o+'ng ti'nh directivity factor: ye^'u to^' hu+o+'ng ti'nh; thu+`a so^' hu+o+'ng ti'nh directory: danh mu.c, thu+ mu.c, danh ba.; mu.c lu.c directory tree: ca^y danh mu.c disc [audio/video/data (compact) discs]: ddi~a disc player: ma'y quay ddi~a discharge current: do`ng pho'ng ddie^.n discharge time: tho+`i gian pho'ng ddie^.n discone antenna: a(ngten ddi~a cho'p disconnect: ca('t, tha'o, ta'ch ro+`i (dd) disconnect signal: ti'n hie^.u ca('t disconnecting: ca('t, tha'o, ta'ch ro+`i (d) disconnecting switch: ca'i ca('t ma.ch discontinuous spectrum: pho^? kho^ng lie^n tu.c discontinuous wave: so'ng kho^ng lie^n tu.c discrete frequency: ta^`n so^' pha^n ro+`i discrete image: hi`nh pha^n ro+`i discrete sample: ma^~u pha^n ro+`i discrete signal: ti'n hie^.u pha^n ro+`i discrete source: nguo^`n pha^n ro+`i; nguo^`n a^?n discriminator: bo^. pha^n bie^.t; bo^. ta'ch so'ng disk: ddi~a, di~a, ddi~a tu+`; ddi~a ha't, di~a ha't; vo`ng dde^.m disk antenna: a(ngten ddi~a disk array: ma?ng ddi~a, da^~y ddi~a disk buffer: bo^. dde^.m ddi~a disk cable: ca'p no^'i ddi~a disk cache: bo^. nho+' a^?n ba(`ng ddi~a disk caching program: chu+o+ng tri`nh gia to^'c ddi~a disk capacitor: bo^. ddie^.n dung ddi~a disk cartridge: ho^.p ddi~a disk cleaner: bo^. chu`i ddi~a disk coil: cuo^.n da^y hi`nh ddi~a disk copy: sao ddi~a disk directory: danh mu.c ddi~a disk drive: bo^. quay ddi~a (tu+`), o^? ddi~a disk drive port: co^?ng o^? ddi~a disk format: khuo^n da.ng ddi~a disk formatter: bo^. ddi.nh khuo^n da.ng ddi~a disk handler: thie^'t bi. xu? li' ddi~a disk icon: hi`nh tu+o+.ng ddi~a disk library: thu+ vie^.n ddi~a disk memory: bo^. nho+' ddi~a disk operating system (DOS): he^. tho^'ng ddie^`u ha`nh ddi~a disk pack: bo^. ddi~a tu+` (ddo'ng trong ho^.p) disk partition: su+. pha^n chia ddi~a disk scanning: que't ddi~a disk sector: cung ddi~a disk space: dung lu+o+.ng ddi~a disk storage: bo^. tru+~ ba(`ng ddi~a disk-resident program: chu+o+ng tri`nh thu+o+`ng tru' tre^n ddia~ diskette: ddi~a nho?, ddi~a me^`m = floppy disk dispatching telephone control board: ba?ng ddie^`u pho^'i ddie^.n thoa.i dispatching telephone system: he^. tho^'ng ddie^`u pho^'i ddie^.n thoa.i display: bo^. hie^?n thi., ma`n hi`nh [TV/ma'y ddie^.n toa'n]; hie^?n thi. [TV/ma'y ddie^.n toa'n], bie^?u thi. (d); tri`nh ba^`y (d); hie^?n thi. [TV/ma'y ddie^.n toa'n], bie^?u thi., tri`nh ba^`y (dd) display adapter: bo^. pho^'i ho+.p hie^?n thi. display attribute: thuo^.c ti'nh hie^?n thi. display character generator: bo^. ta.o ky' tu+. hie^?n thi. display command: le^.nh hie^?n thi display console: ba`n ddie^`u khie^?n hie^?n thi. display highlighting: no^?i ba^.t hie^?n thi. (tre^n ma`n hi`nh) display image: hi`nh hie^?n thi. display panel: ba?ng hie^?n thi., ba?ng tri`nh ba^`y display processor: bo^. xu+? ly' hie^?n thi. display refreshing: ta'i ta.o hie^?n thi. display register: bo^. ghi hie^?n thi. display screen: ma`n hi`nh hie^?n thi. display terminal: dda^`u cuo^'i hie^?n thi., tra.m hie^?n thi. dissipated power: co^ng sua^'t tie^u ta'n distortion transmission impairment: gia?m cha^'t lu+o+.ng truye^`n da^~n do bie^'n da.ng (ma.ch) distortion: bie^'n da.ng, me'o (mo') (d) distributed array processor: bo^. xu+? ly' ma?ng pha^n bo^' distributed Bragg reflector laser: bo^. ki'ch quang pha?n xa. Bragg pha^n bo^' distributed capacitance: ddie^.n dung pha^n bo^' distributed computing: ti'nh toa'n pha^n bo^' distributed data processing: xu+? ly' du+~ kie^.n pha^n bo^' distributed database: kho du+~ kie^.n pha^n bo^' distributed feedback (DFB) laser: bo^. ki'ch quang ho^`i tie^'p pha^n bo^' distributed information system: he^. tho^'ng tho^ng tin pha^n bo^' dither: rung ddo^.ng dithering: rung ddo^.ng cao ta^`n dividend: so^' bi. chia divider: bo^. pha^n (pho^'i), bo^. chia; bo^. tru+`; bo^. pha^n a'p, bo^. pha^n ta^`n; bo^. gia?m to^'c; bo^. gia?m a'p dividing network: ma.ng pha^n ta^`n divisor: so^' chia DLE (Data Link Escape) character: ky' tu+. thoa't lie^n ke^'t du+~ lie^.u DLE (data link escape): thoa't lie^n ke^'t du+~ lie^.u DMA bus: ma^~u tuye^'n DMA (truy ca^.p bo^. nho+' tru+.c tie^'p) DMA interface: giao die^.n DMA DMA multiplexer: bo^. dda ho+.p DMA document: ta`i lie^.u, ho^` so+, va(n kie^.n; thu tha^.p tin tu+'c (d); chua^?n bi. ta`i lie^.u (dd) documentation: tra cu+'u; ky' lu.c; va(n kie^.n, va(n thu+ domain: vu`ng, mie^`n; la~nh vu+.c donor atom: nguye^n tu+? cho dopant: cha^'t ki'ch thi'ch ta.p (nhu+ phospho, arsenic) doped crystal: tinh the^? bi. pha ta.p doped germanium: ge'cmani ki'ch ta.p doped junction: tie^'p gia'p ki'ch ta.p doped semiconductor: cha^'t ba'n da^~n ki'ch ta.p Doppler effect: hie^.u u+'ng Doppler (DDo^ple) Doppler modulation: bie^'n ddie^.u Doppler (DDo^ple), bie^'n ddie^.u do hie^.u u+'ng Doppler (DDo^ple) Doppler radar system: he^. tho^'ng radda Doppler (DDo^ple) Doppler velocity: va^.n to^'c Doppler (DDo^ple) DOS (Disk Operating System): He^. Tho^'ng Va^.n Ha`nh Tre^n DDi~a, he^. ddie^`u ha`nh DOS dot matrix display: ma`n hi`nh ma tra^.n ddie^?m dot matrix printer: ma'y in ha.t cha^'m dot per inch: so^' cha^'m mo^~i pha^n Anh dot pitch: khoa?ng ca'ch ddie^?m/cha^'m double buffering: chuye^?n hoa'n dde^.m ddo^i double character: ky' tu+. ddo^i double click: hai tie^'ng ca'ch, ba^'m nho^`i double density diskette: ddi~a ma^.t ddo^. ke'p double density double sided disk (DDDS): ddi~a hai ma(.t ma^.t ddo^. ke'p double linked list: chuo^~i lie^n ke^'t ke'p double pole double throw switch: ca'i chuye^?n ma.ch hai cu+.c/dao hai dda^`u double pole single throw switch: ca'i chuye^?n ma.ch hai cu+.c/dao mo^.t dda^`u double precision computation: ti'nh toa'n ddo^. chi'nh xa'c ke'p double precision: ddo^. chi'nh xa'c ke'p double ring strapping: da^y ra`ng vo`ng ddo^i double sideband modulation: bie^'n ddie^.u da?i bie^n ke'p double sideband suppressed carrier: so'ng cho+? da?i bie^n ke'p bi. lu+o+.c double space: ha`ng ca'ch ddo^i double stub transformer: bo^. bie^'n a'p hai nha'nh cu.t double stub tuner: bo^. ddie^`u hu+o+?ng hai nha'nh cu.t double superheterodyne reception: su+. thu sie^u ngoa.i sai (bie^'n ta^`n) ke'p double superheterodyne: ddo^?i ta^`n hai ta^`n, sie^u ngoa.i sai song bie^'n ta^`n [DDL] double winding: cuo^.n da^y qua^'n ddo^i double word: tu+` ddo^i double(-length) register: bo^. ghi chie^`u da`i ga^'p ddo^i double-length number = double word: tu+` ddo^i double-precision arithmetic: so^' ho.c chi'nh xa'c ddo^i, ti'nh toa'n song tinh do^. double-sideband suppressed carrier modulation: bie^'n ddie^.u so'ng cho+? da?i bie^n ke'p bi. lu+o+.c double-sided diskette: ddi~a hai ma(.t double-word register: bo^. ghi tu+` ddo^i doubler: bo^. nha^n ddo^i; bo^. bo^.i a'p down link: da^y no^'i du+o+'i down time: tho+`i gian ma'y hu+ download: na.p xuo^'ng; vie^~n na.p downward compatible: tu+o+ng thi'ch tre^n xuo^'ng draft: ba?n so+ tha?o, ddo^` a'n; che^' ddo^`; tho^ng gio'; khi' lu+u draft copy: ba?n nha'p, ba?n tha?o draft mode: kie^?u ve~ pha'c draft quality: pha^?m cha^'t ve~ pha'c draft version: phie^n ba?n nha'p drafting: mo^n ve~ ky~ thua^.t, ky~ nghe^. ho.a drag: ba^'m ke'o drain current: do`ng (cu+.c) ma'ng DRAM (Dynamic RAM): bo^. nho+' truy ca^.p nga^~u nhie^n na(ng ddo^.ng drawing program: chu+o+ng tri`nh ve~ drawing: ba?n ve~; ve~ drive: bo^. va^n chuye^?n drive current: do`ng ki'ch thi'ch driver: bo^. ki'ch thi'ch; bo^. truye^`n ddo^.ng; chu+o+ng tri`nh ddie^`u khie^?n driver configuration file (DCF): ta^.p tin ca^'u tha`nh chu+o+ng tri`nh ddie^`u khie^?n DRO (destructive readout) memory: bo^. nho+' bi. xo'a khi ddo.c droid: ngu+o+`i ma'y (nhu+ ngu+o+`i) = humanlike robot drop-out: ro+i (bo^. ke^' ddie^.n), ro+i la' ba'o; ma^'t (ddo^`ng bo^.); ma^'t ti'n hie^.u (chu+~/bit do ru?i ro) dry battery: bi`nh ddie^.n kho^, pin kho^ dry cell: pin kho^ dry etching: kha('c kho^ dual channel controller: bo^. ddie^`u khie^?n ke^nh ke'p (ddo.c-vie^'t) dual disk drive: bo^. quay ddi~a ddo^i, bo^. quay ddi~a ke'p dual gate FET: tra(nsito FET hai co^?ng dual processor: bo^. xu+? ly' ke'p dual processor configuration: ca^'u hi`nh bo^. xu+? ly' ke'p dual standard TV receiver: ma'y thu truye^`n hi`nh hai tie^u chua^?n dual tone multifrequency (DTMF): dda ta^`n so^' song a^m dual trace oscilloscope: ma'y ddo so'ng hai tia dual-in-line package (DIP): bo.c hai da^~y cha^n ca('m dual-port memory: bo^. nho+' hai cu+?a duplex channel: ba(ng ta^`n hai chie^`u, ke^nh hai chie^`u [TN] duplex communication: su+. truye^`n tho^ng hai chie^`u duplex connection: ma.ch lie^n la.c hai chie^`u duplex repeater: bo^. chuye^?n tie^'p hai chie^`u duplex system: he^. tho^'ng truye^`n tho^ng hai chie^`u duplex transmission: su+. truye^`n da^~n hai chie^`u duplexer: bo^. song co^ng a(ngten; bo^. chuye^?n ma.ch thu pha't duplicate disk: ddi~a sao duration: tho+`i khoa?ng, tho+`i gian; tru+o+`ng ddo^. duration of pulse: ddo^. ro^.ng xung Dushmann's equation: phu+o+ng tri`nh Dushmann dust core: lo~i bo^.t e'p dust core coil: cuo^.n da^y lo~i ma.t sa('t (lo~i e'p) duty cycle: chu ky` la`m vie^.c; he^. so^' dda^`y (xung) DVI (Digital Video-Interactive): Tu+o+ng Ta'c Truye^`n Hi`nh Da.ng So^' Tu+. dyadic Boolean operator: toa'n tu+? Boole (Bun) nhi. nguye^n dyadic processor: bo^. xu+? ly' nhi. nguye^n/diadic dynamic address translation: su+. ti'nh ddi.a chi? ngay lu'c cha.y dynamic allocation interface routine (DAIR): thu+o+`ng tri`nh giao die^.n pha^n bo^' ddo^.ng dynamic allocation: pha^n bo^' ddo^.ng dynamic data exchange (DDE): su+. hoa'n ddo^?i du+~ lie^.u na(ng ddo^.ng dynamic device reconfiguration: ta'i ca^'u hi`nh thie^'t bi. ddo^.ng dynamic element: pha^`n tu+? ddo^.ng dynamic link library (DLL): thu+ vie^.n lie^n ke^'t na(ng ddo^.ng dynamic load: ta?i ddo^.ng dynamic memory: bo^. nho+' ddo^.ng dynamic memory allocation: pha^n bo^' bo^. nho+' ddo^.ng dynamic programming: tha?o chu+o+ng ddo^.ng dynamic range: pha.m vi ddo^.ng; pha.m vi nghie^n cu+'u ddo^.ng lu+.c ho.c dynamic register: bo^. ghi ddo^.ng dynamic relocation: ta'i ddi.nh vi. ddo^.ng dynamic resistance: ddie^.n tro+? ddo^.ng; tro+? kha'ng ddo^.ng dynamic scheduling: ddi.nh tho+`i bie^?u ddo^.ng = dynamic dispatching dynamic storage = dynamic memory: bo^. nho+' ddo^.ng dynamic storage allocation = dynamic memory allocation: pha^n bo^' bo^. nho+' ddo^.ng dynamo: ddinamo^, ma'y pha't ddie^.n mo^.t chie^`u dynamoelectric: thuo^.c ddie^.n ddo^.ng ho.c dynamotor: ma'y pha't ddie^.n ddie^.n ddo^.ng, ddinamoto dynatron oscillator: bo^. dao ddo^.ng dde`n tro+? a^m/bo^'n cu+.c dyne: ddin (ddo+n vi. lu+.c, 1 ddin = 10 lu~y thu+`a -5 Newton) zzzzz end of DS set zzzzz