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

=====================================================================

CS Set (Revision 2)
====================

cabin: pho`ng, buo^`ng
cabinet: tu? ho^` so+; pho`ng, buo^`ng; ho^.p
cable: ca'p, da^y ca'p [ddie^.n]
cable conductor: da^y ca'p
cable connector: dda^`u no^'i ca'p
cable core: lo~i ca'p
cable television (CATV): hu+~u tuye^'n truye^`n hi`nh, truye^`n hi`nh ba(`ng ca'p
cable terminal: ho^.p cuo^'i da^y ca'p
cable-TV system: he^. tho^'ng hu+~u tuye^'n truye^`n hi`nh
cabling diagram: so+ ddo^` no^'i da^y
cache: bo^. nho+' a^?n, bo^. nho+' a^?n/dde^.m cao to^'c = high-speed buffer memory ; gia^'u, tru+~ (dd)
cache buffer: bo^. nho+' dde^.m
cache memory: bo^. nho+' a^?n/dde^.m cao to^'c
CAD (computer aided design): thie^'t ke^' nho+` ma'y ddie^.n toa'n
CAD (computer aided drawing): ky~ nghe^. ho.a nho+` ma'y ddie^.n toa'n
CADD (computer aided design and drafting): thie^'t ke^' va` pha't ho.a nho+` ma'y ddie^.n toa'n 
caddy: ho^.p bo.c ddi~a
cadence: nhi.p ddo^.
cadmium: caddimi (Cd)
cadmium cell: pin caddimi (Cd)
caesium: xe^si (Cs)
caesium cathode: a^m cu+.c phu? xe^zi
cage: lo^`ng, buo^`ng; lu+o+'i; khung
cage antenna: a(ngten lo^`ng
calculating: ti'nh toa'n
calculation: phe'p ti'nh
calculation program: chu+o+ng tri`nh ti'nh toa'n
calculator: ma'y ti'nh [co+ khi', ddie^.n tu+?]
calculus: phe'p vi ti'ch pha^n, gia?i ti'ch
calibrated: ddu+o+.c la^'y chua^?n
calibration: ddi.nh chua^?n, la^'y chua^?n, ddi.nh co+~
calibration capacitor: bo^. ddie^.n dung chua^?n
calibration curve: ddu+o+`ng la^'y chua^?n
calibration instrument: du.ng cu. la^'y chua^?n
calibrator: bo^. la^'y chua^?n
call: go.i, dda`m thoa.i (d); no'i (ddie^.n thoa.i) (d); no'i, dda`m thoa.i (dd); ho^ hie^.u (dd)
call address: ddi.a chi? go.i
call by address: go.i ba(`ng ddi.a chi?
call by name: go.i ba(`ng te^n
call by reference: go.i ba(`ng tham kha?o
call by result: go.i ba(`ng ke^'t qua?
call by value: go.i ba(`ng tri. so^'
call(ing) relay: bo^. ro+`le go.i
call(ing) signal: ti'n hie^.u go.i
calligraphic graphics: phe'p hoa. hi`nh chu+~ vie^'t
calligraphy: thu+ pha'p, chu+~ vie^'t
calling: go.i (d); hu+o+'ng to+'i (d)
calling frequency: ta^`n so^' go.i
calling rate: sua^'t go.i
calorie: calo, calori (ddo+n vi. nhie^.t)
calorimeter: nhie^.t lu+o+.ng ke^'
CAM (computer aided manufacturing): che^' ta.o nho+` ma'y ddie^.n toa'n
cam: ba'nh cam, ba'nh le^.ch ta^m
camcorder: ma'y thu-ghi hi`nh
camera: ma'y hi`nh, ma'y a?nh; ma'y thu hi`nh [TV], ma'y quay truye^`n hi`nh; ma'y quay phim
camera amplifier: bo^. khue^'ch dda.i ma'y thu hi`nh
camera aperture: kha^?u ddo^. ma'y (thu) hi`nh
camera shutter: cu+?a sa^.p ma'y thu hi`nh
camera zoom: chuye^?n tie^u cu+. ma'y quay phim
cameraman: chuye^n vie^n quay phim; chuye^n vie^n thu hi`nh
camouflage: ngu.y trang
CAN (Cancel): xo'a bo?
canalization: dda(.t ddu+o+`ng da^y, dda(.t o^'ng da^~n
cancel character: ky' tu+. xo'a bo?
cancellation: xo'a bo?, hu?y (d)
candle: ne^'n
candle-hour: ne^'n-gio+`
candle-power: cu+o+`ng ddo^. sa'ng
candoluminescence: lu+?a pha't sa'ng
canonical: ddu'ng tie^u chua^?n, ho+.p nguye^n ta('c
canonical form: ma^~u ddu'ng tie^u chua^?n
cantilever network: ma.ng chu+~ L
cap: mu~, chu.p
cap line: ddu+o+`ng ddi?nh
capability: kha? na(ng; quye^`n ha.n
capacitance: ddie^.n dung
capacitance-resistance coupling: ghe'p dung-tro+?
capacitance-resistance oscillator: bo^. dao ddo^.ng dung-tro+?
capacitive: ti'nh ddie^.n dung, dung ti'nh
capacitor: bo^. ddie^.n dung, ca'i tu. ddie^.n
capacitor constant: ha(`ng so^' ddie^.n dung
capacitor storage = capacitor store
capacitor store: bo^. tru+~ ddie^.n dung
capacitor-transformer gyrator: bo^. ho^`i chuye^?n ddie^.n dung-bie^'n a'p
capacitron: dde`n thu?y nga^n ddie^.n dung
capacity: dung lu+o+.ng; kha? na(ng; na(ng lu+.c; co^ng sua^'t
capital: chu+~ hoa, dda.i tu+.
capital letter: chu+~ hoa
caps = capitals: ca'c chu+~ hoa
caps lock: kho'a phi'm chu+~ hoa
capstan: tru.c quay chu?, tru.c chu? dda.o
capstan servo: tro+. ddo^.ng tru.c quay chu?
caption: phu. dde^`
capture: ba('t (d); ba('t (dd)
capture (of data) = data capturing: ba('t du+~ kie^.n
carbon: than, cacbon (C) [ho'a]
carbon filament: so+.i cacbon
carcass: lo~i, su+o+`n, khung
carcinotron: dde`n so'ng ngu+o+.c, cacxiotron
card: the?, phie^'u, bi`a
card deck: cho^`ng phie^'u
card index: chi? mu.c phie^'u
card input: dda^`u va`o ba(`ng phie^'u, nha^.p ba(`ng phie^'u
card puncher: ma'y xuye^n phie^'u
card reader unit: bo^. ddo.c phie^'u
card reader: ma'y ddo.c phie^'u
card sorter: ma'y lu+.a phie^'u
card to tape converter: ma'y ddo^?i phie^'u ra ba(ng
cardinal: co+ ba?n, chi'nh, chu? ye^'u
cardioid: ddu+o+`ng hi`nh tim, cacddio^it
caret: da^'u so't; da^'u dda'nh chu+~ (loa.i thanh ddu+'mg); da^'u mu~, so^' mu~; da^'u co+ so^'
carriage: con tru+o+.t; bo^. le^n gia^'y
carriage control character: ky' tu+. ddie^`u khie^?n con tru+o+.t (le^n gia^'y)
carriage control: ddie^`u khie^?n bo^. le^n gia^'y
carriage return character: ky' tu+. ve^` dda^`u do`ng
carriage return: tro+? dda^`u bo^. le^n gia^'y, ve^` dda^`u do`ng
carrier: va^.t mang, bo^. pha^.n ta?i; truye^`n so'ng
carrier cable: ca'p truye^`n so'ng
carrier channel: ke^nh truye^`n so'ng
carry bit: bit mang sang
carry digit: so^' tu+. mang sang, so^' tu+. nho+'
carry flag: co+` mang sang
carry operation: phe'p toa'n mang sang
carry over: nho+', mang sang
cart: xe dda^?y (dde^? ddo^`)
cartesian chart: bie^?u ddo^` DDe^ca'cto+ (Descartes)
cartesian coordinate system: he^. tho^'ng to.a ddo^. DDe^ca'cto+
cartridge: o^'ng; dda^`u; ho^.p, catrido+
cascade: ta^`ng (no^'i tie^'p), no^'i  ta^`ng, ghe'p ta^`ng
cascade amplifier: bo^. khue^'ch dda.i ta^`ng
cascade menu: ddo+n cho.n ngang (be^n), ddo+n cho.n ta^`ng
cascading: no^'i ta^`ng
cascode: ma.ch casco^t; dde`n khue^'ch dda.i so'ng hie^.u FM
CASE (computer aided software engineering): nga`nh co^ng nghe^. nhu lie^.u nho+` ma'y ddie^.n toa'n
case: vo?, bao; ho^.p; ca, tru+o+`ng ho+.p; da.ng chu+~
case change: ddo^?i thu+o+`ng-hoa
case sensitive: pha^n bie^.t da.ng chu+~
cashless telephone: ddie^.n thoa.i kho^ng du`ng tie^`n
casing: vo?, bao
cassette: ho^.p (ba(ng); ma'y ghi a^m (loa.i) ho^.p ba(ng, ca'txe't, cassette
cassette deck: ma'y ca'txe't
cassette player: ma'y ca'txe't pha't a^m
cassette recorder: ma'y ca'txe't ghi a^m
cassette tape recorder = cassette recorder
cassette tape: ba(ng ca'txe't
casting resin: nhu+.a ddu'c
casual user: ngu+o+`i du`ng ba^'t thu+o+`ng
catalog(ue): danh mu.c, ba?n lie^.t ke^, ba?ng ke^, mu.c lu.c, catalo^
catalog index: chi? so^' danh mu.c
cataloged data set: bo^. du+~ kie^.n ddu+o+.c bie^n mu.c
cataphoresis: ddie^.n vi.nh, ddie^.n ly tu+? tha^'u nha^.p pha'p
catastrophic failure: hu+ ho?ng tai ha.i, lo^~i la^`m tra^`m tro.ng, tha^'t ba.i tha?m thu+o+ng
catcher gap: khe ho^'c ba^~y
catcher resonator: ho^'c (co^.ng hu+o+?ng) go'p
catching diode: dde`n hai cu+.c kie^`m vi. (kie^`m che^' ddie^.n a'p ta.i mo^.t vi. tri')
category: loa.i, kie^?u; pha.m tru`; ha.ng mu.c
catena: xa^u chuo^~i, ke^'t bo^. (d)
catenate: lie^n ke^'t (ddo^.ng tu+`)
catenation: xa^u chuo^~i, no^'i chuo^~i, ke^'t no^'i (d)
cathamplifier: bo^. khue^'ch dda.i a^m cu+.c
cathode: a^m cu+.c, cu+.c a^m, cato^t
cathodoluminescence: pha't quang o+? a^m cu+.c
cathodophosphorescence: la^n quang o+? a^m cu+.c
catholyte: dung di.ch ddie^.n gia?i a^m cu+.c, cato^lit
cation: ly tu+? du+o+ng, io^ng du+o+ng
catwhisker: mu~i nho.n (dde`n hai cu+.c tie^'p ddie^?m)
cavalier microphone: ma'y vi a^m ddeo co^?
cavity: ca'i ho^'c
cavity circuit: ma.ch ho^'c
CD (compact disk/disc): ddi~a go.n, ddi~a CD
CD-ROM drive: o^~ ddi~a CD-ROM
CD-ROM player: ma'y ddo.c ddi~a CD-ROM
CD-ROM: ddi~a CD vo+'i bo^. nho+' chi? ddo.c
CE (computer enhancement): ta(ng cu+o+`ng qua ma'y ddie^.n toa'n
cease acknowledge: tho^ng ba'o ta.m ngu+ng
cell: bo^., to^?, o^, o^?, nga(n te^' ba`o; bo^. pin; bo^. bi`nh ddie^.n/a(cquy; o^ tru+~, bo^. tru+~
cell address: ddi.a chi? o^
cell constant: ha(`ng so^' pin
cellular phone: ma'y ddie^.n thoa.i loa.i o^/te^' ba`o, ma'y ddie^.n thoa.i ca^`m tay/bo^. dda`m
cellular: thuo^.c te^' ba`o; o^ hi`nh ma.ng
cemf: su+'c pha?n ddie^.n ddo^.ng
cent: cent (khoa?ng ca'ch a^m thanh
center frequency: ta^`n so^' giu+~a, trung ta^`n (khi bie^'n ddie^.u ta^`n so^')
centering: chi?nh ta^m
centering coil: cuo^.n da^y chi?nh ta^m
centesimal: ba'ch pha^n
centesimal graduation: thang ba'ch pha^n
centi: pha^`n tra(m, centi
centile: ba'ch pha^n vi.
central computer: ma'y ddie^.n toa'n trung u+o+ng
central data processor: bo^. xu+? ly' du+~ kie^.n trung u+o+ng
central processing unit (CPU): bo^. xu+? ly' trung u+o+ng
centralization: ta^.p trung
centralized design: thie^'t ke^' ta^.p trung ho'a
centralized routing: lo^. tri`nh ta^.p trung
centre = center: trung ta^m, trung u+o+ng
centrifugal: ly ta^m
centripetal: hu+o+'ng ta^m
ceramic: thuo^.c go^'m
ceramic capacitor: bo^. tu. ddie^.n loa.i go^'m
ceramic insulator: ca'i ca'ch ddie^.n ba(`ng go^'m
cerebral neuron: te^' ba`o tha^`n kinh na~o
cermet: go^'m kim thuo^.c
cermet resistor: ca'i ddie^.n tro+? go^'m kim thuo^.c
CGA (color graphics adapter): bo^. tie^'p ho+.p ddo^` ho.a ma`u, CGA
chad: gia^'y bu+o+'m; gia^'y vu.n, ma^?u vu.n
chadless: kho^ng ma^?u vu.n
chadless perforation: ddu.c lo^~ kho^ng thu?ng
chadless tape: ba(ng ddo^.t lo^~ mo^.t pha^`n (kho^ng thu?ng)
chain: chuo^~i, da^y chuye^`n, da^y xi'ch; no^'i ke^'t ky' lu.c; chuo^~i va^.n ha`nh; la^`n lu+o+.t (tt)
chain code: ma~ chuo^~i
chain command: le^.nh chuo^~i
chain inference: phe'p no^.i suy chuo^~i
chained access: truy ca^.p no^'i ke^'t
chained addressing: ddi.nh ddi.a chi? no^'i ke^'t
chaining: mo'c xi'ch, mo'c no^'i, no^'i ke^'t, chuo^~i
chamber: buo^`ng, pho`ng, ho^.p
change: ddo^?i, thay ddo^?i
changeover time: tho+`i gian chuye^?n sang
changer: ma'y ddo^?i
channel: ke^nh, ba(ng ta^`n; ddu+o+`ng; co^'ng
channeling: mo+? ke^nh, truye^`n qua ke^nh
channelizing: pha^n ke^nh/ddu+o+`ng
chaos: ho^~n ddo^.n, lo^.n xo^.n (d)
chapter file: ta^.p tin chu+o+ng tie^'t
character: ti'nh cha^'t; ky' tu+. (chu+~-so^'-da^'u), ma^~u tu+.; to^? ho+.p ddie^.n ma~
character code: ma~ ky' tu+.
character crowding = character packing:
character map: ba?n ddo^` ky' tu+.
character packing: do^`n ky' tu+., ne'n ky' tu+.
character recognition scanner: bo^. que't nha^.n da.ng ky' tu+.
character recognition: nha^.n da.ng ky' tu+.
character set: bo^. ky' tu+., bo^. ma^~u tu+.
character signal: ti'n hie^.u ky' tu+.
character string: chuo^~i ky' tu+.
characteristic constant: ha(`ng so^' dda(.c tru+ng; ha(`ng so^' mu~
characteristic curve: ddu+o+`ng cong dda(.c tru+ng
characteristic: dda(.c tuye^'n, ddu+o+`ng (cong); dda(.c tru+ng; dda(.c ti'nh; tham so^'/lu+o+.ng; giai ma~ [TQ]
charactron: charactron, o^'ng tia ddie^.n tu+? hie^.n chu+~
charge: ddie^.n ti'ch; ga'nh; phu. ta?i; va^.t mang ddie^.n; tie^`n tra?; nhie^.m vu.; na.p xung, na.p ddie^.n, sa.c; ga'nh (dd); ti'nh tie^`n (dd)
charge carrier: ha.t mang ddie^.n ti'ch
charge coupled device (CCD): bo^. ghe'p ddie^.n ti'ch
chargeable cell: pin na.p ddu+o+.c
chargeable time: tho+`i gian pha?i tra? tie^`n
chargeable word: chu+~ pha?i tra? tie^`n
chargeable: ddu+o+.c ti'nh tie^`n/cu+o+'c; co' the^? na.p ddie^.n
charged area: khu vu+.c mang ddie^.n ti'ch
charger: bo^. na.p ddie^.n, ma'y sa.c ddie^.n
charging: na.p; ti'nh tie^`n
charging by distance: ti'nh tie^`n theo khoa?ng ca'ch
charging by time: ti'nh tie^`n theo tho+`i gian
charging capacitor: bo^. ddie^.n dung na.p
charging time: tho+`i gian na.p
chart: bie^?u ddo^`, ddo^` thi.
chart recording: ghi ddo^` thi.
chassis: khung, da`n, sa'txi
check: kie^?m tra (d/dd)
check bit: bit kie^?m
check box: ho^.p kie^?m
check character: ky' tu+. kie^?m
check code: ma~ kie^?m
check digit: so^' kie^?m
check sum: to^?ng so^' kie^?m
checker: bo^. kie^?m
checking procedure: thu? tu.c kie^?m
checking: kie^?m tra (d)
checklist: danh sa'ch kie^?m
checkpoint: ddie^?m kie^?m tra, ddie^?m dda'nh da^'u
cheese antenna: a(ngten parabo^n tru. de.t
chelate laser: bo^. ki'ch quang ho+.p cha^'t dda^'t hie^'m/se^lat
chemiluminescence: pha't quang ho'a ho.c
chi-square distribution: pha^n bo^' x bi`nh phu+o+ng
chief operator: ddie^`u ha`nh tru+o+?ng
chief programmer: tha?o chu+o+ng tru+o+?ng, la^.p tri`nh tru+o+?ng
child: con
child segment: ddoa.n con
chip: chi'p, phie^'n tinh the^?, mie^'ng (ddo+n ke^'t tinh); tinh the^?; ddo+n the^?
chip transistor: dde`n tinh the^? da.ng phie^'n, tra(ngsito chi'p
chirp pulse: xung bie^'n ddie^.u ta^`n so^' tuye^'n ti'nh
chlorobenzene method: phu+o+ng pha'p clo-benzen
choice: cho.n lu+.a (d)
choke: cuo^.n ca?n; bo^. hu't ho+i [co+ khi']
choke-input filter: bo^. lo.c so'ng ddie^.n/cuo^.n ca?n nha^.p
choose: cho.n (lu+.a) (dd)
chop: ca('t ddoa.n, ca('t ro+`i (dd)
chopped impulse voltage: ddie^.n a'p xung gia'n ddoa.n
chopper: bo^. ddo^?i ddie^.n loa.i rung; bo^. nga('t qua~ng
chopper modulation: bie^'n ddie^.u nga('t qua~ng
chroma: ma^`u sa('c, sa('c ddo^.
chroma band: da?i ma`u sa('c
chromacoder: bo^. ma~ ma`u
chromagate: co^?ng ma`u
chromakey: kho'a ma`u
chromatic: thuo^.c co' ma`u
chromatic aberration: quang sai sa('c, sa('c sai
chromaticity: sa('c ddo^. [DDL]
chromatron: o^'ng sa('c tie^u [DDL], cro^matron (o^'ng thu hi`nh ma^`u)
chrominance: ddo^. ma^`u, ti'nh co' ma^`u
chrominance elimination: khu+? ma`u sa('c
chrominance synchronization: ddo^`ng bo^. ma`u sa('c
chroming: ma. crom (Cr) (d)
chromoscope = chromatron
chronograph: ma'y ghi tho+`i gian
chronoscope: ma'y hie^.n tho+`i gian
chronotron: ma'y ddo tho+`i gian
chuck: ba`n ke.p; dda^`u ke.p
chunk: ma?ng, kho^'i, mie^'ng
cipher: ma^.t ma~; ky' hie^.u so^'
circle: vo`ng tro`n; hi`nh tro`n
circle diagram: so+ ddo^` vo`ng tro`n/Xmit
circuit breaker: ca'i nga('t ddie^.n, nga('t ma.ch
circuit capacitance: ddie^.n dung ba?n ddie^.n
circuit diagram: gia?n ddo^` ba?n ddie^.n
circuit layout: ba?n ve~ ba?n ddie^.n
circuit tester: bo^. thu+? ba?n ddie^.n
circuit theory: ly' thuye^'t ma.ch ddie^.n
circuit topology: hi`nh tu+o+'ng ma.ch ddie^.n, to^po^ ma.ch ddie^.n
circuit: ma.ch ddie^.n; ba?n ddie^.n
circuitry: ma.ch ddie^.n; he^. tho^'ng ma.ch ddie^.n
circular: tro`n; thuo^.c vo`ng tro`n
circular aperture: lo^~ tro`n
circular graph: ddo^` thi. vo`ng tro`n
circular list: danh sa'ch vo`ng tro`n
circulating memory: bo^. nho+' xoay tro`n
circulating storage: bo^. tru+~ xoay tro`n
circulator: bo^. xoay tro`n
circumcircle: chu vi, vo`ng ngoa`i
circumflex: da^'u mu~
CISC (Complex Instruction Set Computer): CISC (Ma'y DDie^.n Toa'n du`ng Bo^. Chi? Thi. Phu+'c Ta.p)
citizen's radio band: ba(ng ta^`n da^n du.ng
clad optical fiber: so+.i quang co' bo.c
cladding: ta^`ng phu?, ta^`ng lo't, ta^`ng ma.; xu+? ly' ma(.t ngoa`i; so+n
clamp: dda^`u no^'i; co.c no^'i; ke.p cha(.t (dd)
clamper: ca'i ke.p
clamping: kho'a, ke.p (d)
clamping circuit: ma.ch ke.p
clamping tube: dde`n ke.p
class: ha.ng, loa.i, ca^'p; lo+'p
classification: pha^n loa.i, pha^n ha.ng, xe^'p ha.ng, phe'p pha^n loa.i
classify: pha^n loa.i, pha^n ha.ng, pha^n ca^'p
clause: ddie^`u khoa?n; pho' le^.nh
clay conduit: co^'ng sa`nh
clean copy: ba?n sa.ch (vie^'t la.i cho sa.ch/dde.p)
cleaning disk: ddi~a la`m sa.ch
clear: xo'a (dd), ro~ ra`ng (tt)
clear vision: hi`nh a?nh ro~ [TV]; nhi`n ro~
clearance: khoa?ng ho+?, ddo^. ca'ch bie^.t
clearing: xo'a bo?; gia?i thoa't; gia'n ddoa.n; tha'o do+~ (d)
clearing instruction: chi? thi. xo'a, chi? thi. tro+? ve^` kho^ng
cleave: ta'ch ra, chia ra
click: ba^'m ca'ch, ki'ch, nha^'n
clicks: ca'ch (tie^'ng la'ch ca'ch)
client application: u+'ng du.ng kha'ch/ngoa`i
client area: khu vu+.c kha'ch (ngu+o+`i du`ng dda'nh tho^ng tin va` cho.n)
client-server architecture: ca^'u tru'c kha'ch-chu?
climatic test: thu+? khi' ha^.u
clip: ca'i ke.p; dda^`u no^'i; ke.p (dd)
clip art: hi`nh ma^~u
clipboard: ba?ng ke.p ta.m (tre^n ma`n hi`nh ma'y ddie^.n toa'n)
clipper limiter: bo^. ha.n che^' tre^n du+o+'i
clipper: bo^. xe'n, bo^. ha.n che^'
clipping: xe'n, ca('t
clipping circuit: ma.ch xe'n dda^`u, ma.ch ha.n che^' (bie^n ddo^.)
clobber: vie^'t cho^`ng (du+~ kie^.n)
clock: ddo^`ng ho^`; nhi.p/xung ddo^`ng ho^`; tho+`i tie^u [TQ]
clock cycle: chu ky` ddo^`ng ho^`
clock frequency: ta^`n so^' ddo^`ng ho^` (ddo^`ng bo^.)
clock generator: bo^. ta.o (xung/nhi.p) ddo^`ng ho^`
clock interrupt: nga('t theo ddo^`ng ho^`
clock pulse: xung ddo^`ng ho^`
clock rate: ta^`n so^' ddo^`ng ho^`
clock signal: ti'n hie^.u ddo^`ng ho^`
clock speed: to^'c ddo^. ddo^`ng ho^`
clocking: ddo tho+`i gian; xa'c ddi.nh ddo^`ng bo^.
clockwise: theo chie^`u kim ddo^`ng ho^`
clone: ba('t chu+o+'c, nha'i theo, mo^ pho?ng
close control: ddie^`u khie^?n ki'n
close: ddo'ng, khe'p (dd)
closed circuit television: system he^. tho^'ng truye^`n hi`nh no^.i bo^.
closed circuit: ma.ch ki'n
closed clause: ddie^`u khoa?n ki'n
closed contact: tie^'p ddie^?m ddo'ng
closed loop: vo`ng ki'n, vo`ng ddo'ng
closing: ddo'ng, khe'p (d)
closing switch: ca'i chuye^?n ma.ch ddo'ng
closing time: gio+` ddo'ng
cloud: ma^y
cloud clutter: so'ng do^.i ta.p do ma^y
cloud pulse: xung ma^y
cloverleaf antenna: a(ngten hi`nh bo^'n ca'nh
cluster: nho'm, chu`m; ta^.p ho+.p, da~y
cluster bar graph: ddo^` thi. thanh ta^.p ho+.p
clustering: xe^'p nho'm
clustering effect: hie^.u u+'ng chu`m
clutch: ho^.p no^'i
clutter: so'ng do^.i ta.p (loa.n) [radda]
clutter filter: bo^. lo.c nhie^~u
clutter noise: tie^'ng o^`n so'ng do^.i ta.p, tie^'ng o^`n nhie^~u
clutter rejection: loa.i nhie^~u
CMOS (complementary metal-oxid-semiconductor): CMOS (ma.ch ba'n da^~n o^xit kim loa.i ddo^'i nghi.ch)
co-axial cable: ca'p ddo^`ng tru.c
co-resident: ddo^`ng chu+o+ng tri`nh ddie^`u khie^?n/co^'t lo~i
coarse: tho^, kho^ng tinh
coarse adjustment: ddie^`u chi?nh tho^
coarse control: ddie^`u khie^?n tho^
coarse tuning: ddie^`u hu+o+?ng tho^
coastal warning radar: radda ca?nh ba'o ven bie^?n
coat: phu?, bo.c (dd)
coated cathode: a^m cu+.c phu?/bo.c
coated lens: tha^'u ki'nh tra'ng
coating: phu?, bo.c (d); lo+'p phu?, lo+'p bo.c
coax: ddo^`ng tru.c; khuye^'n khi'ch (dd)
coaxial: thuo^.c ddo^`ng tru.c
coaxial cable: ca'p ddo^`ng tru.c
cobalt: cobalt, co^ban
coboundary: ddo^`ng bie^n
cochain: ddo^`ng chuo^~i
coconnected: ddo^`ng lie^n quan, no^'i chung
cocycle: ddo^`ng chu ky`
code: ma~, ma^.t ma~; bie^n ma~ (dd); quy ddi.nh, tie^u chua^?n (d)
code conversion: ddo^?i ma~
code generation: ta.o ma~
code letter: chu+~ ma~
code page: trang ma~, ba?ng ma~
code translation: phie^n di.ch ma~
codec (coder-decoder): bo^. bie^n-gia?i ma~
coded character: ky' tu+. ma~ ho'a
coded data: du+~ kie^.n ma~ ho'a
coded digit: so^' ma~ ho'a
coder: bo^. bie^n ma~; ngu+o+`i bie^n ma~
coding: bie^n ma~, ma~ ho'a, ddi.nh ma~ (d)
coding convention: qui u+o+'c bie^n ma~
coding system: he^. tho^'ng bie^n ma~
coefficient: he^. so^'
coercimeter: kha'ng tu+` ke^'
coercion: bo' buo^.c, cu+o+~ng ba'ch, a'p che^'
coercivity: ddo^. kha'ng tu+`, lu+.c kha'ng tu+`; ti'nh kha'ng tu+`
coflow: coupling ghe'p ddo^`ng tho^ng
cognate: tu+o+ng tu+., cu`ng go^'c
cognition: nha^.n thu+'c, tri thu+'c
coherence: ti'nh nha^'t qua'n, ti'nh ke^'t ho+.p
coherent: nha^'t qua'n, ke^'t ho+.p, ma.ch la.c
cohesion: di'nh lie^`n, co^' ke^'t; lu+.c co^' ke^'t, lu+.c no^.i tu. [DDL]
coho: bo^. dao ddo^.ng nha^'t qua'n, bo^. coho [radda]
coil: cuo^.n da^y (d); qua^'n (da^y) (dd)
coil aerial: da^y tro+`i hi`nh tro`n
coil capacitance: ddie^.n dung cuo^.n da^y
coimage: ddo^`ng a?nh
coin box: ho^.p bo? tie^`n (ca('c)
coin slot: khe bo? tie^`n (ca('c)
coin-box vault door: cu+?a ho^.c ddu+.ng tie^`n (ca('c)
coincidence: tru`ng, tru`ng ho+.p
cold: la.nh, nguo^.i
cold backup: sao lu+u nguo^.i
cold boot: na.p/mo^`i nguo^.i
cold start: kho+?i ddo^.ng nguo^.i
collapse: su.p ddo^?, sa^.p; da^'u (ca^'t danh mu.ch the^m va`o)
collate: lu+.a, ddo^'i ho+.p (dd)
collateral: o+? be^n; phu. the^m
collating sequence: tri`nh tu+. ddo^'i ho+.p
collation: so sa'nh, ddo^'i ho+.p (d)
collator: ma'y lu+.a phie^'u; ngu+o+`i lu+.a phie^'u; ma'y pha^n loa.i; thie^'t bi. so sa'nh
collect call: go.i ngu+o+`i nha^.n tra? tie^`n
collecting: go'p; su+u ta^`m (d)
collection: thu tha^.p, ta^.p ho+.p (d)
collective region: vu`ng cu+.c go'p
collector: cu+.c go'p (ddie^.n), bo^. go'p (ddie^.n); thanh go'p; ca'i chi?nh lu+u; ngu+o+`i thu tha^.p
collinear: co^.ng tuye^'n (a(ngten)
collision: va cha.m, ddu.ng dda^`u (d)
color, colour: ma`u (sa('c)
color analyser: bo^. pha^n ti'ch ma`u
color background: ne^`n ma`u
color balance: ca^n ba(`ng ma`u
colorimeter: sa('c ke^'
colorimetry: phe'p ddo ma`u, ddo ma`u (d)
colortron: o^'ng hie^.n hi`nh ma`u, co^lotron
colour fringing: bie^n ma`u
colour: ma`u = color
column: co^.t
column heading: dda^`u dde^` co^.t
column separator: da^'u ta'ch co^.t
column width: ddo^. ro^.ng co^.t
coma: tu+o+.ng sai hi`nh sao cho^?i, co^ma
comatic aberration: tue^. (hi`nh tu+o+.ng) sai [TQ]
comb filter: bo^. lo.c ra(ng lu+o+.c
combination: to^? ho+.p, ke^'t ho+.p
combination bar: thanh to^? ho+.p
combination frequency: ta^`n so^' to^? ho+.p
combinator: bo^. to^? ho+.p
combinatorics: to^? ho+.p ho.c, so^' ho.c to^? ho+.p
combine: ke^'t ho+.p
combining file: ta^.p tin ke^'t ho+.p
comma: da^'u pha^?y
command: le^.nh, me^.nh/hie^.u le^.nh; le^.nh ma'y
command character: ky' tu+. le^.nh
command line: ha`ng le^.nh, do`ng ddie^`u khie^?n
command list: ba?ng ke^ le^.nh
command menu: ddo+n cho.n le^.nh
command-driven software: nhu lie^.u theo le^.nh
comment: chu' gia?i, ghi chu' = mark = note
commercial broadcasting: qua?ng ba' thu+o+ng ma.i, truye^`n thanh-truye^`n hi`nh thu+o+ng ma.i
common: chung; ta^.p the^?; thuo+`ng
common area: khu vu+.c chung
common base: co+ go^'c chung
common language: ngo^n ngu+~ chung, ngo^n ngu+~ tho^ng du.ng
common logarithm: ddo^'i so^' tha^.p pha^n
common sense: thu+o+`ng thu+'c, tho^ng thu+o+`ng
communicating: truye^`n tho^ng, truye^`n tin, tho^ng tin, tho^ng ti'n
communication: truye^`n tho^ng, truye^`n tin, tho^ng tin; giao tho^ng; trao ddo^?i tin tu+'c; tho^ng ba'o
communication agency: co+ quan truye^`n tho^ng
communication bus: buy't truye^`n tho^ng
communication channel: ke^nh truye^`n tho^ng
communication control unit = communication controller:
communication controller: bo^. ddie^`u khie^?n truye^`n tho^ng
communication countermeasure: bie^.n pha'p pha' truye^`n tho^ng
communication device: thie^'t bi. truye^`n tho^ng
communication engineering: ky~ thua^.t truye^`n tho^ng
communication equipment: trang thie^'t bi. truye^`n tho^ng
communication facility: phu+o+ng tie^.n truye^`n tho^ng
communication interface: giao die^.n truye^`n tho^ng
communication jammer: ma'y pha' ro^'i truye^`n tho^ng
communication line: ddu+o+`ng da^y truye^`n tho^ng
communication link: lie^n ke^'t truye^`n tho^ng
communication monitor: bo^. gia'm sa't truye^`n tho^ng
communication multiplexer: bo^. dda ho+.p truye^`n tho^ng
communication network: ma.ng truye^`n tho^ng
communication processing: xu+? ly' truye^`n tho^ng
communication satellite: ve^. tinh truye^`n tho^ng
communication science: khoa ho.c truye^`n tho^ng
commutate: chuye^?n (ma.ch), ddo^?i no^'i (dd)
commutating device: thie^'t bi. chuye^?n ma.ch
commutation: chuye^?n (ma.ch), ddo^?i no^'i (d)
commutator motor: ddo^.ng co+ kie^?u bo^. chuye^?n ma.ch
commutator: bo^. chuye^?n ma.ch, bo^. ddo^?i no^'i
compact: e'p cha(.t, ne'n cha(.t; go.n, nho?
compact disk (CD): ddi~a go.n, ddi~a CD
compact disk-read only memory (CD-ROM): ddi~a CD-ROM
compaction: e'p, ne'n
compactor: bo^. e'p, bo^. ne'n
compander: bo^. e'p-gia~n
companding: e'p-gia~n (d)
compandor: bo^. e'p-gia~n
comparator: ma.ch so (sa'nh); bo^. so (sa'nh)
compare: so sa'nh, ddo^'i chie^'u
comparison unit: ddo+n vi. so sa'nh
comparison: so sa'nh
compass: la ba`n, compa
compass bearing: go'c phu+o+ng vi. la ba`n
compass deviation: le^.ch la ba`n
compass needle: kim la ba`n
compatibility: ti'nh tu+o+ng thi'ch, ti'nh tu+o+ng ho+.p
compatible: tu+o+ng thi'ch, tu+o+ng ho+.p
compatible computer: ma'y ddie^.n toa'n tu+o+ng thi'ch
compatible hardware: cu+o+ng lie^.u tu+o+ng thi'ch
compatible software: nhu lie^.u tu+o+ng thi'ch
compatible thin film circuit: ma.ch ma`ng mo?ng ke^'t ho+.p
compensated: ddu+o+.c bu` tru+`, ddu+o+.c dde^`n bu`
compensated loop: vo`ng bu` tru+`
compensated regulator: bo^. o^?n ddi.nh bu` tru+`
compensated semiconductor: cha^'t ba'n da^~n bu` tru+`
compensating: la`m bu` tru+`
compensating circuit: ma.ch bu` tru+`
compensating coil: cuo^.n da^y bu` tru+`
compensating resistance: ddie^.n tro+? bu` tru+`
compensating unit: ddo+n vi. bu` tru+`
compensating winding: cuo^.n da^y bu` tru+`
compensation: bu` tru+`; hie^.u chi?nh; san ba(`ng, la`m ba(`ng (d)
compensation theorem: ddi.nh ly' bu` tru+`
compensator: bo^. bu` tru+`
competition: tranh ddua, ca.nh tranh
compilation time: tho+`i gian bie^n di.ch (ngo^n ngu+~ nguo^`n ra ngo^n ngu+~ ma'y)
compilation: bie^n di.ch, di.ch ma~
compilation unit: bo^. bie^n di.ch = compiler
compile: bie^n di.ch
compile time: tho+`i gian bie^n di.ch (mo^.t ngo^n ngu+~)
compiled language: ngo^n ngu+~ bie^n di.ch     
compiler language: ngo^n ngu+~ dde^? vie^'t bo^. bie^n di.ch
compiler program: chu+o+ng tri`nh bie^n di.ch
compiler: chu+o+ng tri`nh bie^n di.ch; bo^. bie^n di.ch
compiling: bie^n di.ch
compiling program: chu+o+ng tri`nh bie^n di.ch = compiler
compiling routine: thu+o+`ng tri`nh bie^n di.ch
complement: pha^`n bu`, bo^? sung; bu`; so^' ma~, so^' bu`; mo^.t bo^.; bu`, bo^? sung (dd)
complement base: co+ so^' bu`
complement operation: phe'p toa'n bu`
complement operator: toa'n tu+? bu`
complement tree: ca^y bu`
complementary: bu`, bo^? sung
complementary circuit: ma.ch bu`
complementary color: ma^`u phu.
complementary pair: ca(.p bu`
complementary symmetry: ti'nh ddo^'i xu+'ng bo^?/ho^~ tro+.
complementary transistors: dde`n tinh the^? bu`
complementary wave: so'ng bu`
complementary wavelength: ddo^. da`i so'ng bu`
complementer: bo^. bu`
complete: hoa`n toa`n, hoa`n chi?nh, dda^`y ddu?, toa`n bo^.
complete carry: so^' nho+' toa`n pha^`n, so^' nho+' ke^'t thu'c; ke^'t thu'c nho+'
complete cycle: chu ky` hoa`n chi?nh
complete image: hi`nh hoa`n chi?nh
complete integration: gia ho+.p hoa`n chi?nh
complete modulation: bie^'n ddie^.u hoa`n chi?nh
complete routine: thu+o+`ng tri`nh hoa`n chi?nh
completeness check: kie^?m tra su+. hoa`n chi?nh
completion code: ma~ hoa`n chi?nh
complex: phu+'c ho+.p, phu+'c ta.p
complex constant: ha(`ng so^' ta.p 
complex ion: io^ng ta.p
complex number: so^' ta.p 
complex permittivity: ha(`ng so^' ddie^.n mo^i phu+'c ta.p 
complexity: phu+'c ta.p; ddo^. phu+'c ta.p; ti'nh phu+'c ta.p
compliance: su+. tua^n theo
compliant: tua^n theo, theo chua^?n mu+.c
component: tha`nh pha^`n, bo^. pha^.n; to^?/bo^. kie^.n
component part: bo^. pha^.n, phu. tu`ng, phu. kie^.n; linh kie^.n; chi tie^'t
compose: soa.n; sa'ng ta'c; hi`nh tha`nh; ta.o tha`nh (dd); sa('p chu+~ (dd)
compose sequence: da^~y sa('p chu+~
composer: ma'y sa('p chu+~
composite: cha^'t ho^~n ho+.p, cha^'t phu+'c ho+.p; ho^~n ho+p; dda ho+.p 
composite attribute: dda(.c ti'nh dda ho+.p
composite cable: ca'p dda ho+.p, ca'p nhie^`u loa.i
composite circuit: ma.ch dda ho+.p
composite external symbol dictionary (CESD): tu+` ddie^?n ky' hie^.u dda ho+.p ngoa.i vi
composite filter: bo^. lo.c dda ho+.p
composite gain: ddo^. ta(ng lo+.i dda ho+.p
composite instruction: chi? thi. dda ho+.p
composite symbol: ky' hie^.u dda ho+.p 
composite transistor: tra(ngsito dda ho+.p
composite video: vidde^o^ dda ho+.p
composition resistor: ca'i ddie^.n tro+? ho+.p cha^'t (than)
composition: ho+.p tha`nh; ca^'u tha`nh
compound: ho+.p cha^'t; dda ho+.p
compound cable: ca'p dda ho+.p
compound circuit: ma.ch dda ho+.p = composite circuit
compound device: thie^'t bi. dda ho+.p
compress: e'p, ne'n
compressed: bi. e'p, bi. ne'n
compressed character: ky' tu+. ne'n
compressed pulse: xung bi. e'p, xung bi. ne'n
compression: e'p, ne'n
compression of band: e'p da?i
compression ratio: ddo^. e'p, ddo^. ne'n
compressor-expander: bo^. ne'n-gia~n
compressor: bo^. ne'n
compromise: dung ho`a
computability: su+. kha? ti'nh
computability theory: ly' thuye^'t ve^` su+. kha? ti'nh
computable: kha? ti'nh (tt)
computable function: ha`m so^' kha? ti'nh
computalk: dda(.c ngu+~ ddie^.n toa'n
computation: ti'nh toa'n, ke^' toa'n; ky~ thua^.t ti'nh toa'n
computation by combinator: ti'nh toa'n ba(`ng bo^. to^? ho+.p
computation by effect: ti'nh toa'n ba(`ng hie^u qua? [NB]
computation correction: hie^.u chi'nh ti'nh toa'n
computation expression: bie^?u thu+'c ti'nh toa'n
computation language: ngo^n ngu+~ ti'nh toa'n
computation method: phu+o+ng pha'p ti'nh toa'n
computation model: mo^ hi`nh ti'nh toa'n
computation module: mo^ddun ti'nh toa'n
computation speed: to^'c ddo^. ti'nh toa'n
computation theory: ly' thuye^'t ti'nh toa'n
computation time: tho+`i gian ti'nh toa'n
computational accuracy: ddo^. chi'nh xa'c ti'nh toa'n
computational algorithm: thua^.t toa'n/gia?i ti'nh toa'n
computational built-in function: ha`m so^' ca`l sa(~n ti'nh toa'n
computational complexity: ti'nh phu+'c ta.p ti'nh toa'n
computational induction: phe'p qui na.p ti'nh toa'n
computational instability: ti'nh ba^'t o^?n ddi.nh ti'nh toa'n
computational linguistics: ngo^n ngu+~ ho.c ti'nh toa'n
computational method: phu+o+ng pha'p ti'nh toa'n
computational mode: kie^?u ti'nh toa'n = computing mode
computational model = computation model
computational problem: ba`i toa'n, dde^` toa'n
computational procedure: tri`nh tu+. ti'nh toa'n
computational process: qua' tri`nh ti'nh toa'n
computational schema: so+ ddo^` ti'nh toa'n
computational security: ti'nh ba?o ma^.t ti'nh toa'n
computational stability: ti'nh an ddi.nh ti'nh toa'n
computational system: he^. tho^'ng ti'nh toa'n
computational table: ba?ng ti'nh toa'n, ti'nh toa'n bie^?u
computational technique: ky~ thua^.t ti'nh toa'n
computative: thuo^.c ti'nh toa'n
computator: ma'y ti'nh (toa'n)
compute: ti'nh toa'n (dd)
computed: ddu+o+.c ti'nh toa'n, dda~ ti'nh xong
computed address: ddi.a chi? ti'nh toa'n
computed azimuth: phu+o+ng vi. ti'nh toa'n
computed GO TO: GO TO ba(`ng ti'nh toa'n
computed impulse: ma.ch xung ti'nh toa'n
computer: ma'y ddie^.n toa'n, ma'y ti'nh [TN], computo+; ke^' toa'n vie^n; thie^'t bi. ti'nh
computer analyst: pha^n ti'ch vie^n ddie^.n toa'n
computer animation: hoa.t ho.a ddie^.n toa'n
computer application: u+'ng du.ng ddie^.n toa'n
computer architecture: ca^'u tru'c ma'y ddie^.n toa'n
computer arithmetic: ti'nh toa'n ma'y ti'nh
computer art: nghe^. thua^.t ddie^.n toa'n
computer base(d) education (CBE): gia'o du.c du+.a theo ddie^.n toa'n
computer base(d) learning (CBL): ho.c ha`nh du+.a theo ddie^.n toa'n
computer capacity: na(ng lu+.c ma'y ddie^.n toa'n, pha.m vi ti'nh toa'n
computer center: trung ta^m ddie^.n toa'n 
computer hardware description language (CHDL): ngo^n ngu+~ die^~n ta? cu+o+ng kie^.n ma'y ddie^.n toa'n
computer hardware: cu+o+ng lie^.u ma'y ddie^.n toa'n
computer image processing: xu+? ly' hi`nh a?nh ba(`ng ma'y ddie^.n toa'n
computer industry: ky~ nghe^. ddie^.n toa'n
computer information system: he^. tho^'ng tho^ng tin ddie^.n toa'n
computer input: nha^.p pha^?m ma'y ddie^.n toa'n
computer installation: thie^'t tri'/trang bi. ma'y ddie^.n toa'n
computer instruction code: ma~ chi? thi. ma'y ddie^.n toa'n
computer instruction set: bo^. chi? thi. ma'y ddie^.n toa'n
computer instruction: chi? thi. ma'y ddie^.n toa'n
computer integrated manufacturing (CIM): sa?n xua^'t ta^.p trung ba(`ng ma'y ddie^.n toa'n
computer interface: giao die^.n ddie^.n toa'n
computer internetwork: lie^n ma.ng ddie^.n toa'n
computer jargon: bie^.t ngu+~ ddie^.n toa'n
computer jumb instruction: chi? thi. bu+o+'c nha?y co' ddie^`u kie^.n
computer keyboard: ba`n phi'm ma'y ddie^.n toa'n
computer language: ngo^n ngu+~ ddie^.n toa'n
computer learning: ho.c ta^.p ba(`ng ddie^.n toa'n
computer literacy: su+. tinh tho^ng ve^` ddie^.n toa'n
computer logic: lua^.n ly' ddie^.n toa'n; ma.ch lua^.n ly' ddie^.n toa'n
computer management: qua?n ly' ddie^.n toa'n
computer manager: ngu+o+`i qua?n ly' ma'y ddie^.n toa'n
computer manipulation technique: ky~ thua^.t thao ta'c ma'y ddie^.n toa'n
computer mapping system: he^. tho^'ng ve~ ba?n ddo^` ba(`ng ddie^.n toa'n
computer mapping: ve~ ba?n ddo^` ba(`ng ddie^.n toa'n
computer mathematics: toa'n ho.c ddie^.n toa'n
computer memory bank: nga^n ha`ng bo^. nho+' ddie^.n toa'n
computer memory: bo^. nho+' ddie^.n toa'n
computer micrographics: vi ho.a ddie^.n toa'n
computer model: mo^ hi`nh ddie^.n toa'n
computer modeling: la^.p mo^ hi`nh ddie^.n toa'n
computer module: mo^ ddun ma'y ddie^.n toa'n
computer monitor system: he^. tho^'ng gia'm thi. ddie^.n toa'n
computer music: a^m nha.c ddie^.n toa'n
computer network: ma.ng ddie^.n toa'n
computer networking: ta.o ma.ng ma'y ddie^.n toa'n
computer numerical control (CNC): ddie^`u khie^?n ba(`ng so^' bo+?i ma'y ddie^.n toa'n
computer of averaged transients (CAT): ma'y ddie^.n toa'n ve^` nha^'t tho+`i/cho+.t bie^'n trung bi`nh [TQ]
computer operation: ddie^`u ha`nh ma'y ddie^.n toa'n, va^.n ha`nh ma'y ddie^.n toa'n
computer operator: thao ta'c vie^n ddie^.n toa'n
computer optimization technique: ky~ thua^.t to^'i u+u ho'a ddie^.n toa'n
computer order code: ma~ le^.nh ma'y ddie^.n toa'n
computer organization: to^? chu+'c ma'y ddie^.n toa'n
computer output microfilm (COM) recorder: ma'y ghi vi phim du`ng xua^'t pha^?m ma'y ddie^.n toa'n
computer output microfilm (COM): vi phim du`ng xua^'t pha^?m ma'y ddie^.n toa'n
computer output statement: ca^u le^.nh ta.o xua^'t pha^?m ma'y ddie^.n toa'n
computer output: xua^'t pha^?m (dda^`u ra) ddie^.n toa'n
computer performance evaluation (CPE): ddi.nh hie^.u na(ng ma'y ddie^.n toa'n
computer performance: hie^.u na(ng ddie^.n toa'n
computer peripherals: thie^'t bi. ngoa.i vi ma'y ddie^.n toa'n
computer picture: hi`nh a?nh ba(`ng ma'y ddie^.n toa'n
computer port module: mo^ ddun cu+?a ma'y ddie^.n toa'n
computer potentiometer: bo^. bie^'n tro+? ma'y ddie^.n toa'n
computer power: na(ng lu+.c ma'y ddie^.n toa'n
computer practice: thu+.c ha`nh ba(`ng ma'y ddie^.n toa'n
computer print out: ba?n in ba(`ng ma'y ddie^.n toa'n
computer printer: ma'y in ddie^.n toa'n
computer process control: ddie^`u khie^?n xu+? ly' ma'y ddie^.n toa'n
computer processing cycle: chu ky` xu+? ly' ddie^.n toa'n
computer processor: bo^. xu+? ly' ma'y ddie^.n toa'n
computer product: sa?n pha^?m ddie^.n toa'n
computer professional: chuye^n gia ddie^.n toa'n
computer program: chu+o+ng tri`nh ddie^.n toa'n
computer programmer: tha?o chu+o+ng vie^n ddie^.n toa'n, la^.p tri`nh vie^n
computer programming language: ngo^n ngu+~ tha?o chu+o+ng ddie^.n toa'n
computer programming: tha?o chu+o+ng ddie^.n toa'n
computer purchase criteria: tie^u chua^?n mua ma'y ddie^.n toa'n
computer recording: ghi ba(`ng ma'y ddie^.n toa'n
computer relay: bo^. ro+le ddie^.n toa'n
computer revolution: ca'ch ma.ng ddie^.n toa'n
computer room: pho`ng ma'y ddie^.n toa'n
computer satellite: ve^. tinh cu?a ma'y ddie^.n toa'n, ma'y phu. trong he^. tho^'ng ma'y ddie^.n toa'n
computer science: khoa ho.c ddie^.n toa'n, khoa vi ti'nh, tin ho.c [TN]
computer security: su+. ba?o ma^.t ma'y ddie^.n toa'n
computer self-learning: tu+. ho.c ddie^.n toa'n
computer service: di.ch vu. ddie^.n toa'n
computer servo system: he^. tho^'ng tro+. ddo^.ng ma'y ddie^.n toa'n
computer servomechanism: co+ ca^'u tro+. ddo^.ng ma'y ddie^.n toa'n
computer simulation: mo^ pho?ng ddie^.n toa'n
computer simulator: bo^. mo^ pho?ng ddie^.n toa'n
computer software: nhu lie^.u ddie^.n toa'n
computer solution(s): lo+`i gia?i ddie^.n toa'n
computer specialist: chuye^n vie^n ddie^.n toa'n
computer static test: thu+? ti~nh ddie^.n ma'y ddie^.n toa'n
computer storage: bo^. tru+~ ddie^.n toa'n
computer store: tie^.m ba'n ma'y ddie^.n toa'n
computer structure: ca^'u tru'c ma'y ddie^.n toa'n
computer supervisory control system: he^. tho^'ng kie^?m tra gia'm thi. ba(`ng ma'y ddie^.n toa'n
computer support: ho^~ tro+. ddie^.n toa'n
computer switching group: nho'm chuye^?n ma.ch du`ng ddie^.n toa'n
computer symbol: ky' hie^.u ddie^.n toa'n
computer synthesis: phe'p to^?ng ho+.p ba(`ng ddie^.n toa'n
computer system analyst: pha^n ti'ch vie^n ddie^.n toa'n
computer system engineer: ky~ su+ he^. tho^'ng ddie^.n toa'n
computer system fault tolerance: dung sai lo^~i he^. tho^'ng ddie^.n toa'n
computer system operator: thao ta'c vie^n he^. tho^'ng ddie^.n toa'n
computer system resilience: su+. be^`n bi~ cu?a he^. tho^'ng ddie^.n toa'n
computer system security: su+. ba?o ma^.t he^. tho^'ng ddie^.n toa'n
computer system simulation: mo^ pho?ng he^. tho^'ng ddie^.n toa'n
computer system simulator: bo^. mo^ pho?ng he^. tho^'ng ddie^.n toa'n
computer system: he^. tho^'ng ddie^.n toa'n
computer tape: ba(ng ddie^.n toa'n
computer technician: ky~ thua^.t vie^n ddie^.n toa'n
computer technology: ky~ thua^.t ddie^.n toa'n, co^ng nghe^. ma'y ti'nh [TN]
computer term: thua^.t ngu+~ ddie^.n toa'n = computer terminology
computer terminal: dda^`u cuo^'i ma'y ddie^.n toa'n
computer test unit: bo^. pha^.n thu+? ma'y ddie^.n toa'n
computer theory: ly' thuye^'t ddie^.n toa'n
computer time: tho+`i gian cha.y ma'y ddie^.n toa'n
computer tomography (CT): phe'p chu.p ddoa.n ta^`ng ba(`ng ma'y ddie^.n toa'n
computer transformer: ma'y bie^'n the^' cho ma'y ddie^.n toa'n
computer transistor: tra(ngsito ma'y ddie^.n toa'n
computer typesetting system (CTS): he^. tho^'ng sa('p chu+~ ba(`ng ma'y ddie^.n toa'n
computer typesetting: sa('p chu+~ ba(`ng ma'y ddie^.n toa'n
computer user: ngu+o+`i du`ng ma'y ddie^.n toa'n
computer users group: nho'm ngu+o+`i du`ng ma'y ddie^.n toa'n
computer utility: chu+o+ng tri`nh tie^.n i'ch ddie^.n toa'n
computer vendor: nha` ba'n ma'y ddie^.n toa'n
computer virus(es): sie^u vi khua^?n ddie^.n toa'n
computer vision: thi. gia'c ma'y ddie^.n toa'n
computer voice: tie^'ng no'i ma'y ddie^.n toa'n
computer watch: theo do~i ddie^.n toa'n
computer word: chu+~ ma'y ddie^.n toa'n
computer word processor: bo^. xu+? ly' va(n ba?n ddie^.n toa'n
computer's character set: bo^. ky' tu+. ma'y ddie^.n toa'n
computer-aided design (CAD): thie^'t ke^' ba(`ng ma'y ddie^.n toa'n
computer-aided design and drafting (CADD): thie^'t ke^' va` che^' ddo^` ba(`ng ma'y ddie^.n toa'n
computer-aided manufacturing (CAM): che^' ta.o ba(`ng ma'y ddie^.n toa'n
Computer-Aided Manufacturing (CAM) International: Che^' Ta.o Ba(`ng Ma'y DDie^.n Toa'n Quo^'c Te^' [ngo^n ngu+~]
computer-assisted instruction (CAI): hu+o+'ng da^~n da.y ho.c vo+'i su+. tro+. giu'p cu?a ma'y ddie^.n toa'n
computer-augmented learning (CAL): ho.c ta^.p ddu+o+.c ta(ng cu+o+`ng nho+` ma'y ddie^.n toa'n
computer-based: thuo^.c du+.a ma'y ddie^.n toa'n, thuo^.c lo+.i du.ng ma'y ddie^.n toa'n; thuo^.c ddie^.n toa'n ho'a [TQ]
computer-classified image: hi`nh a?nh pha^n loa.i ba(`ng ma'y ddie^.n toa'n
computer-computer communication: truye^`n tho^ng giu+~a ca'c ma'y ddie^.n toa'n
computer-controlled instrumentation: trang cu. ddie^`u khie^?n ba(`ng ddie^.n toa'n
computer-controlled: thuo^.c ddie^`u khie^?n ma'y ddie^.n toa'n
computer-dependent language: ngo^n ngu+~ phu. thuo^.c ma'y ddie^.n toa'n
computer-driven diagnostic unit: bo^. pha^.n cha^?n ddoa'n ba(`ng ddie^.n toa'n
computer-enhanced image: hi`nh a?nh ta(ng cu+o+`ng ba(`ng ddie^.n toa'n
computer-generated command: le^.nh ta.o ba(`ng ma'y ddie^.n toa'n
computer-independent language: ngo^n ngu+~ kho^ng phu. thuo^.c va`o ma'y ddie^.n toa'n
computer-integrated manufacturing: che^' ta.o ba(`ng ke^'t ho+.p vo+'i ma'y ddie^.n toa'n
computer-integrated manufacturing: che^' ta.o toa`n bo^. ba(`ng ma'y ddie^.n toa'n
computer-limited: gio+'i ha.n bo+?i ma'y ddie^.n toa'n
computer-made decision: quye^'t ddi.nh nho+` ma'y ddie^.n toa'n
computer-managed instruction (CMI): da.y ho.c ba(`ng ma'y ddie^.n toa'n = computer assisted instruction
computer-managed instruction (CMI) = computer-assisted instruction: hu+o+'ng da^~n/da.y ho.c ddu+o+.c qua?n ly' ba(`ng ma'y ddie^.n toa'n 
computer-on-a-chip: ma'y ddie^.n toa'n tre^n chi'p
computer-operated memory test system: he^. tho^'ng thu+? bo^. nho+' ba(`ng ma'y ddie^.n toa'n
computer-operated universal test system: he^. tho^'ng thu+? chung ba(`ng ma'y ddie^.n toa'n
computer-oriented: thuo^.c hu+o+'ng ma'y ddie^.n toa'n
computer-oriented language: ngo^n ngu+~ hu+o+'ng ma'y ddie^.n toa'n
computer-processable data file: ta^.p tin du+~ kie^.n xu+? ly' ddu+o+.c ba(`ng ma'y ddie^.n toa'n
computer-rated: thuo^.c ddi.nh sua^'t ma'y ddie^.n toa'n [TQ]
computer-readable format: khuo^n da.ng ddo.c ddu+o+.c ba(`ng ma'y ddie^.n toa'n
computer-refined: thuo^.c tu chi'nh ba(`ng ma'y ddie^.n toa'n
computer-sensitive language: ngo^n ngu+~ nha.y ca?m/phu. thuo^.c ma'y ddie^.n toa'n
computer-set page: trang sa('p dda(.t ba(`ng ma'y ddie^.n toa'n
computer-supported graphical plotting: ve~ ddo^` ho.a ba(`ng ma'y ddie^.n toa'n
computerese: dda(.c ngu+~ ddie^.n toa'n
computergraphic display: ma`n hi`nh ddo^` ho.a ma'y ddie^.n toa'n
computerism: chu? nghi~a ma'y ddie^.n toa'n
computerization: ddie^.n toa'n ho'a, du`ng ma'y ddie^.n toa'n
computerize: ddie^.n toa'n ho'a (dd)
Computerized Translation System: He^. Tho^'ng Di.ch DDie^.n Toa'n Ho'a
computerized: ddu+o+.c ddie^.n toa'n ho'a, ddu+o+.c du`ng ma'y ddie^.n toa'n (tt)
computerjack: su+. kha^'u ta(.c ddie^.n toa'n
computerjacker: ddie^.n (toa'n) ta(.c
computermatic: kie^?u (ma'y) ddie^.n toa'n
computernik: ngu+o+`i say me^ ma'y ddie^.n toa'n; chuye^n gia ma'y ddie^.n toa'n [TQ]
computerphobia: nga'n/so+. ma'y ddie^.n toa'n
computing: ddie^.n toa'n; ti'nh toa'n; ma'y ddie^.n toa'n
computing amplifier: bo^. khue^'ch dda.i ti'nh toa'n
computing electronics: ddie^.n tu+? ho.c ve^` ddie^.n toa'n; thie^'t bi. ddie^.n tu+? ti'nh toa'n
computing engine: ma'y ti'nh toa'n, ma'y ddie^.n toa'n
computing error: sai so^' ti'nh toa'n
computing facilities: phu+o+ng tie^.n ti'nh toa'n, thie^'t bi. ti'nh toa'n
computing formula: co^ng thu+'c ti'nh toa'n
computing fundamental(s): co+ ba?n ti'nh toa'n, nguye^n ly' ti'nh toa'n
computing gear: thie^'t bi. truye^`n ddo^.ng ti'nh toa'n
computing group: nho'm ddie^.n toa'n
computing machine: ma'y ti'nh
computing machinery = computing machine:
computing matrix: ma tra^.n ti'nh toa'n
computing mechanism: co+ ca^'u ti'nh toa'n
computing method: phu+o+ng pha'p ti'nh toa'n
computing mode: kie^?u ti'nh toa'n
computing network: ma.ng ti'nh toa'n
computing neuron: te^' ba`o tha^`n kinh ti'nh toa'n
computing power: na(ng lu+.c ti'nh toa'n
computing procedure: thu? tu.c ti'nh toa'n
computing resource: ta`i nguye^n ti'nh toa'n
computing service: di.ch vu. ti'nh toa'n; thao ta'c ti'nh toa'n [TQ]
computing sight: thu+o+'c nga('m ti'nh toa'n
computing speed: to^'c ddo^. ti'nh toa'n
computing statement: ca^u le^.nh ti'nh toa'n
computing store: bo^. tru+~ ti'nh toa'n
computing technique: ky~ thua^.t ti'nh toa'n
computing technology: co^ng nghe^. ti'nh toa'n
computing term: thua^.t ngu+~ ddie^.n toa'n
computing time: tho+`i gian ti'nh toa'n
computing word: tu+` ddie^.n toa'n
computist: chuye^n vie^n ti'nh toa'n, ti'nh toa'n gia [TQ]
computopia: ddie^.n toa'n kho^ng tu+o+?ng
computor = computer
computor method: phu+o+ng pha'p ma'y ddie^.n toa'n
computron: dde`n ddie^.n tu+? dda cu+.c (du`ng trong ma'y ddie^.n toa'n)
computus: so^? ke? ba?ng ti'nh toa'n
computyper: ma'y dda'nh chu+~ ti'nh toa'n
compuword = computer word
comsat = communications satellite: ve^. tinh truye^`n tho^ng
concatenate: no^'i chuo^~i, ke^'t no^'i
concatenated data set: bo^. du+~ kie^.n no^'i chuo^~i
concatenated file: ta^.p du+~ kie^.n no^'i chuo^~i
concatenation: phe'p no^'i chuo^~i, phe'p mo'c no^'i
concatenation character: ky' tu+. no^'i chuo^~i
concave: lo~m
concave lens: tha^'u ki'nh lo~m
concave mirror: gu+o+ng lo~m
concave-convex lens: tha^'u ki'nh lo~m-lo^`i
concave-convex: lo~m-lo^`i
concavity: lo~m; be^` lo~m
concentration: ta^.p trung, co^ dda(.c; no^`ng ddo^., ha`m lu+o+.ng [TN]
concentration gradient: thang ddo^. no^`ng ddo^.
concentrator network: ma.ng bo^. ta^.p trung
concentrator: bo^. ta^.p trung
concentric: thuo^.c ddo^`ng ta^m, thuo^.c ddo^`ng tru.c
concentric cable: ca'p ddo^`ng tru.c
concentric groove: ra~nh ddo^`ng ta^m
concept: kha'i nie^.m, quan nie^.m
conceptual: thuo^.c kha'i nie^.m
conceptual model: mo^ hi`nh kha'i nie^.m
concomitant: ke`m theo; tru`ng nhau, ddo^`ng ha`nh
concordance: phu` ho+.p; nha^'t chi'; mu.c lu.c, sa'ch da^~n
concrete: be^to^ng
concrete pole: co^.t be^to^ng
concurrency: ddo^`ng tho+`i
concurrent: ddo^`ng qui; ddo^`ng tho+`i
concurrent operation: va^.n ha`nh ddo^`ng tho+`i; phe'p toa'n ddo^`ng tho+`i
concurrent process: qua' tri`nh ddo^`ng tho+`i
concurrent processing: xu+? ly' ddo^`ng tho+`i
condensation: ngu+ng tu. (d)
condensed: dda^.m dda(.c, co^ la.i, ne'n la.i
condenser: bo^. ddie^.n dung; lo./bi`nh ngu+ng tu.
condensor lens: tha^'u ki'nh ho^.i tu.
condition: ddie^`u kie^.n
conditional: co' ddie^`u kie^.n
conditional assembly: di.ch ho+.p tu`y ddie^`u kie^.n
conditional box: ho^.p tu`y ddie^`u kie^.n
conditional branch: nha'nh re~ tu`y ddie^`u kie^.n
conditional branching: re~ nha'nh tu`y ddie^`u kie^.n
conditional expression: bie^?u thu+'c tu`y ddie^`u kie^.n
conditional halt: du+`ng tu`y ddie^`u kie^.n
conditional implication: lie^n quan tu`y ddie^`u kie^.n
conditional instruction: chi? thi. tu`y ddie^`u kie^.n
conditional jump: bu+o+'c nha?y tu`y ddie^`u kie^.n
conditional operation: va^.n ha`nh tu`y ddie^`u kie^.n
conditional statement: le^.nh tu`y ddie^`u kie^.n
conditional stop: du+`ng tu`y ddie^`u kie^.n
conditional transfer: truye^`n tu`y ddie^`u kie^.n; chuye^?n tu`y ddie^`u kie^.n
conditional variable: bie^'n so^' tu`y ddie^`u kie^.n
conductance: da^~n ddie^.n, truye^`n da^~n
conductimeter = conductivity meter
conducting material: cha^'t truye^`n da^~n
conduction: su+. truye^`n da^~n
conductive coating: phu? cha^'t da^~n
conductivity meter = conductimeter: ma'y ddo ddo^. da^~n ddie^.n
conductivity: ti'nh da^~n; ti'nh da^~n ddie^.n; da^~n ddie^.n; ddo^. da^~n ddie^.n
conductor: cha^'t da^~n, da^y da^~n
conduit: ddu+o+`ng da^~n; co^'ng (ca'p)
cone: hi`nh no'n
cone antenna: a(ngten hi`nh no'n
cone loudspeaker: loa (co') va`nh loe
conference communication: truye^`n tho^ng qua ho^.i tha?o
confidentiality: bi' ma^.t, co+ ma^.t; ba?o ma^.t
configuration: ca^'u hi`nh, ca^'u tha`nh, da.ng
configuration section: pha^`n ca^'u hi`nh
configuration setting: bo^' tri' ca^'u hi`nh
configuration system: he^. tho^'ng ca^'u hi`nh
configurator: bo^. ca^'u hi`nh
configure: ddi.nh hi`nh the^?, ddi.nh ca^'u tru'c (dd)
confinement: ha.n che^'
conflict: xung ddo^.t, tranh cha^'p
conflict resolution: pha^n gia?i tranh cha^'p
conflict-free access: truy ca^.p kho^ng xung ddo^.t
conflict-free: kho^ng xung ddo^.t
conflicting instruction: chi? thi. ma^u thua^~n
confluence: ho+.p lu+u
confocal: thuo^.c ddo^`ng/co^.ng tie^u, thuo^.c ddo^`ng ta^.p ddie^?m
confocal resonator: ca'i co^.ng hu+o+?ng ddo^`ng tie^u
conform: la`m cho ho+.p/ddu'ng (vo+'i)
conformal: thuo^.c ba?o gia'c, thuo^.c ba?o hi`nh [DDL]
conformal projection: chie^'u ba?o hi`nh/gia'c
confusion reflector: ca'i pha?n xa. ho^~n loa.n
congruence: tu+o+ng dda(?ng, ddo^`ng du+
conic: hi`nh no'n, co^nic
conical: thuo^.c hi`nh no'n, co^nic
conical helix: ddu+o+`ng xoa('n o^'c hi`nh no'n
conical horn: o^'ng loa no'n
conical projection: chie^'u (theo hi`nh) no'n
conical scan: que't hi`nh cho'p
conical scanning: que't hi`nh no'n
conical waveguide: o^'ng da^~n so'ng hi`nh no'n
conjugate: lie^n ho+.p
conjugate attenuation coefficient: he^. so^' suy gia?m lie^n ho+.p
conjugate attenuation constant: ha(`ng so^' suy gia?m lie^n ho+.p
conjugate branch: nha'nh lie^n ho+.p
conjugate complex number: so^' ta.p lie^n ho+.p
conjugate impedance: tro+? kha'ng lie^n ho+.p
conjugate phase change coefficient: he^. so^' le^.ch vi. tu+o+'ng lie^n ho+.p
conjugate phase change constant: he^. so^' le^.ch vi. tu+o+'ng lie^n ho+.p
conjugate transfer coefficient: he^. so^' truye^`n lie^n ho+.p
conjugate transfer constant: he^. so^' truye^`n lie^n ho+.p
conjugated: ddu+o+.c lie^n ho+.p
conjunction: phe'p ho^.i, nha^n lua^.n ly'
conjunction gate = OR-gate: co^?ng ho^.i
conjunctive search: ti`m kie^'m ho^.i
connect: no^'i, ddo'ng (ma.ch)
connect node: nu't no^'i, ddie^?m lie^n ke^'t
connected: ddu+o+.c no^'i
connected graph: ddo^` thi. no^'i
connecting cord: da^y no^'i
connecting: no^'i
connecting device: thie^'t bi. no^'i
connection: no^'i; phe'p no^'i, ca'ch no^'i; ddo'ng ma.ch; ma.ch
connection diagram: so+ ddo^` no^'i
connection terminal: thie^'t bi. dda^`u no^'i
connection time: tho+`i gian no^'i
connective: no^'i, lie^n ke^'t
connector: dda^`u no^'i da^y, dda^`u ke.p, bo^. no^'i, bo^. lie^n ke^'t
connexion = connection:
consecutive: lie^n tu.c, tua^`n tu+.
consecutive bytes: bai tua^`n tu+.
consent: u+ng thua^.n
consequence: ha^.u qua?
conservative: ba?o toa`n, ba?o thu?
consistency: ti'nh nha^'t qua'n, ti'nh ddo^`ng nha^'t
console: ba`n kie^?m soa't, ba`n ddie^`u khie^?n
console operator: ddie^`u ha`nh vie^n ba`n kie^?m soa't
console printer: ma'y in ta.i ba`n kie^?m soa't
console terminal: dda^`u cuo^'i ba`n kie^?m soa't
console type: kie^?u ba`n kie^?m soa't
console typewriter: ma'y dda'nh chu+~ ddie^`u ha`nh
consonance: ho`a ddie^.u (d)
consonant articulation: ca'ch pha't ro~ phu. a^m
constant: ha(`ng so^', so^' kho^ng ddo^?i, ha(`ng lu+o+.ng; he^. so^'
constant address: ddi.a chi? ha(`ng so^' (go^'c)
constantan: ho+.p kim ke^`n-ddo^`ng, co^ngtantan
constraint: u+o+'c che^', ra`ng buo^.c
constraint matrix: ma tra^.n ra`ng buo^.c
constriction: ddo^. co tha('t
construction: du+.ng, xa^y du+.ng; phe'p du+.ng hi`nh
constructive interference: giao thoa ta(ng
consult: co^' va^'n, tham va^'n (dd)
consultant: co^' va^'n, chuye^n vie^n tham va^'n
consumed power: co^ng sua^'t tie^u thu.
consumer: ngu+o+`i tie^u thu., ngu+o+`i tie^u du`ng, ngu+o+`i thue^ bao
consumer electronics: ddo^` ddie^.n tu+? gia du.ng
consumer goods: ha`ng tie^u thu., ha`ng tie^u du`ng
consumption: tie^u thu.
contact: tie^'p ddie^?m, cho^~ tie^'p xu'c; ca'i co^ng ta('c; ca'i ha~m; tie^'p xu'c; no^'i (ma.ch) (dd)
contact base: ddui/cha^n tie^'p xu'c
contact time: tho+`i gian tie^'p xu'c
contact wire: cho^?i tie^'p xu'c, cho^?i que't (ddie^.n)
contactor: co^ng ta('c (tu+. ddo^.ng)
container: ddo^` chu+'a; thu`ng ha`ng
contamination: nhie^~m ba^?n, nhie^~m ddo^.c
content: no^.i dung; dung ti'ch; lu+o+.ng
contention: ca.nh tranh, tranh ddua, ddu.ng ddo^.
contents: no^.i dung, dung lu+o+.ng
contents directory: danh mu.c no^.i dung
context: bo^'i ca?nh; ngu+~/va(n ca?nh
context dependent: phu. thuo^.c ngu+~ ca?nh
context sensitive help key: kho'a giu'p theo no^.i dung
context-dependent: tu`y thuo^.c ngu+~ ca?nh
context-free grammar: va(n pha.m phi ngu+~ ca?nh
context-free language: ngo^n ngu+~ phi ngu+~ ca?nh
context-sensitive help: giu'p ddo+~ gia?i thi'ch be'n nha.y
contextual help: giu'p ddo+~ thuo^.c bo^'i ca?nh
contiguous: ke^` nhau, be^n ca.nh, tie^'p ca^.n
contiguous data structure: ca^'u tru'c du+~ kie^.n tie^'p ca^.n
continental: lu.c ddi.a
continental effect: hie^.u u+'ng lu.c ddi.a
contingency: su+. ba^'t ngo+`, kho^ng lu+o+`ng tru+o+'c
contingency plan: ke^' hoa.ch pho`ng ba^'t ngo+`
continuation line: do`ng no^'i tie^'p
continuity: lie^n tu.c, ti'nh lie^n tu.c
continuity condition: ddie^`u kie^.n lie^n tu.c
continuity test: thu+? ti'nh lie^n tu.c; thu+? no^'i tho^ng/da^y ca('t
continuous: lie^n tu.c
continuous monitoring: kie^?m tra lie^n tu.c
continuous operation: va^.n ha`nh lie^n tu.c
continuous processing: xu+? ly' lie^n tu.c
continuous spectrum: pho^? lie^n tu.c
continuously: ddu+o+.c lie^n tu.c
contour: ngoa.i hi`nh, ddu+o+`ng vie^`n; ddu+o+`ng ddo^`ng mu+'c, ddu+o+`ng dda(?ng tri.
contour analysis: pha^n ti'ch ngoa.i hi`nh
contour line: ddu+o+`ng dda(?ng tri., ddu+o+`ng ddo^`ng mu+'c
contouring: ddi.nh ngoa.i hi`nh, ddi.nh ddu+o+`ng ddo^`ng mu+'c
contract: co ru't (dd); ho+.p ddo^`ng (d)
contraction: su+. co ru't (d)
contraflow coupling: ghe'p ngu+o+.c do`ng
contrary: tra'i ngu+o+.c
contrast: tu+o+ng pha?n; ddo^. tu+o+ng pha?n
contrast control: ddie^`u chi?nh (ddo^.) tu+o+ng pha?n
contrast detail: chi tie^'t tu+o+ng pha?n
contrast reduction: gia?m tu+o+ng pha?n
contrast sensitivity: ddo^. nha.y tu+o+ng pha?n
control: ddie^`u khie^?n, kie^?m soa't; ddie^`u chi?nh, ddi.nh hu+o+'ng; ddie^`u khie^?n, kie^?m soa't (dd); ddie^`u chi?nh (dd); kie^?m tra (dd)
control bit: bit ddie^`u khie^?n
control block: kho^'i ddie^`u khie^?n
control board: ba?ng ddie^`u khie^?n
control card: phie^'u ddie^`u khie^?n
control character: ky' tu+. ddie^`u khie^?n, kie^?m tu+.
control code: ma~ ddie^`u khie^?n
control equipment: thie^'t bi. ddie^`u khie^?n
control function: ha`m ddie^`u khie^?n; co+ na(ng ddie^`u khie^?n
control gate: co^?ng ddie^`u khie^?n; cu+.c co^?ng ddie^`u khie^?n
control grid: lu+o+'i ddie^`u khie^?n
control index: chi? mu.c ddie^`u khie^?n
control key: phi'm ddie^`u khie^?n
control knob: nu'm ddie^`u chi?nh
control limit: gio+'i ha.n ddie^`u khie^?n
control line: da^y ddie^`u khie^?n
control menu: ddo+n cho.n ddie^`u khie^?n
control panel: ba?ng ddie^`u khie^?n
control point: ddie^?m kie^?m tra
control processor: bo^. xu+? ly' ddie^`u khie^?n
control program: chu+o+ng tri`nh ddie^`u khie^?n
control room: pho`ng ddie^`u khie^?n
control sequence: tua^`n tu+. ddie^`u khie^?n
control statement: le^.nh ddie^`u khie^?n
control station: dda`i ddie^`u khie^?n
controller: bo^. ddie^`u khie^?n, bo^. ddie^`u chi?nh; ngu+o+`i ddie^`u khie^?n
convection: ddo^'i lu+u
convection current: do`ng ddo^'i lu+u
convention: quy u+o+'c, qua'n le^.; ho^.i nghi.
conventional: quy u+o+'c; tho^ng thu+o+`ng
conventional memory: bo^. nho+' quy u+o+'c, bo^. nho+' tho^ng thu+o+`ng
conventional sign: da^'u quy u+o+'c
conventional type: loa.i quy u+o+'c, loa.i tho^ng thu+o+`ng
convergence: ho^.i tu.; ddo^. ho^.i tu.
convergence algorithm: thua^.t toa'n ho^.i tu.
convergence circuit: ma.ch ho^.i tu.
convergence coil: cuo^.n da^y ho^.i tu.
convergent lens: tha^'u ki'nh ho^.i tu.
convergent magnet: nam cha^m ho^.i tu.
convergent point: tu. ddie^?m, ddie^?m tu.
conversation: trao ddo^?i; no'i chuye^.n, ddo^'i thoa.i, ho^.i thoa.i, dda`m thoa.i
conversational: thuo^.c ddo^'i thoa.i, thuo^.c ho^.i thoa.i
conversational interaction: tu+o+ng ta'c ddo^'i thoa.i
conversational language: ngo^n ngu+~ ddo^'i thoa.i
conversational processing: xu+? ly' ddo^'i thoa.i
conversational program: chu+o+ng tri`nh ddo^'i thoa.i
conversion: ddo^?i, chuye^?n hoa'n/ddo^?i, bie^'n ddo^?i
conversion coefficient: he^. so^' hoa'n ddo^?i
conversion conductance: ddo^. truye^`n da^~n hoa'n ddo^?i
conversion gain: ta(ng i'ch hoa'n ddo^?i
conversion loss: to^?n hao hoa'n ddo^?i
conversion operator: ta'c tu+? hoa'n ddo^?i
conversion ratio: ti? so^' hoa'n ddo^?i
conversion specifier: dda(.c tu+` hoa'n ddo^?i
conversion table: ba?ng chuye^?n ddo^?i/hoa'n, ba?ng ddo^'i chie^'u
conversion transconductance: ddo^. ho^~ da^~n hoa'n ddo^?i
conversion voltage gain: ta(ng i'ch ddie^.n a'p hoa'n ddo^?i
convert: ddo^?i, chuye^?n hoa'n/ddo^?i (dd)
converter: bo^. ddo^?i; bo^. ddo^?i ta^`n; bo^. ddo^?i ddie^.n; bo^. ddo^?i tro+? kha'ng; bo^. ddo^?i ma~; bo^. bie^'n na(ng
converter box: ho^.p chuye^?n hoa'n
convex: ma(.t lo^`i
convex lens: tha^'u ki'nh lo^`i
convex mirror: gu+o+ng lo^`i
convexity: ti'nh lo^`i; be^` lo^`i
conveyor: ba(ng truye^`n; ma'y truye^`n; ba(ng ta?i
convolution: ddu+o+`ng qua^'n xoa('n
cookbook: sa'ch hu+o+'ng da^~n, sa'ch ca^?m nang; sa'ch da.y na^'u a(n
cooler: bo^. pha^.n la`m nguo^.i/ma't
cooling fan: qua.t la`m nguo^.i
cooling fin: ca'nh to?a nhie^.t, ca'nh la`m nguo^.i
cooling jacket: a'o la`m nguo^.i
cooling system: he^. tho^'ng la`m nguo^.i/ma't
coordinate: to.a ddo^. (d); ddie^`u ho+.p, pho^'i ho+.p (dd)
coordinate dimensioning: phe'p xa'c ddi.nh to.a ddo^.
coordinate geometry (COGO): hi`nh ho.c to.a ddo^.
coordinate indexing: chi? so^' ho'a to.a ddo^.
coordinate plane: ma(.t pha(?ng to.a ddo^.
coordinator: ddie^`u ho+.p vie^n
cophasal: ddo^`ng vi. tu+o+'ng
cophased: ddu+o+.c ddo^`ng vi. tu+o+'ng
copier: ma'y sao, ma'y co'p
coplanar: ddo^`ng die^.n
coplanar process: phu+o+ng pha'p ddo^`ng die^.n
copper: ddo^`ng (Cu)
copper (oxide) rectifier: bo^. chi?nh lu+u (ba(`ng) o^xit ddo^`ng
copper conductor: da^y da^~n ba(`ng ddo^`ng
copper oxide: o^xit ddo^`ng
coprocessor: bo^. ddo^`ng xu+? ly'; bo^. (vi) xu+? ly' phu.; bo^. xu+? ly' lie^n tie^'p
copy: ba?n sao; mo^.t to+`, mo^.t cuo^'n; nguye^n ca?o (dde^? in); sao che'p (d); sao che'p (dd)
copy command: le^.nh sao che'p
copy holder: ca'i ke.p gia^'y (xem khi dda'nh ma'y)
copy protection: ba?o ve^. ta'c quye^`n, ba?o ve^. cho^'ng sao che'p
copy-protected disk: ddi~a ddu+o+.c ngu+`a sao che'p
copy-protected: ddu+o+.c ngu+`a sao che'p
copying: sao la.i, in la.i
copyright fingerprint: ma~ so^' ba?n quye^`n
copyright: ta'c quye^`n, ba?n quye^`n
cord: da^y; da^y phi'ch, da^y me^`m
cordless: kho^ng da^y, vo^ tuye^'n
cordless telephone: ma'y ddie^.n thoa.i kho^ng da^y
core: lo~i (tu+`), nha^~n tu+`, bo^. nho+'; ruo^.t (ca'p), ta^m
core dump: xo^? bo^. nho+'
core memory: bo^. nho+' kie^?u lo~i/nha^~n tu+`
coreless: kho^ng lo~i
corner antenna: a(ngten go'c
corner reflector: ca'i pha?n xa. go'c
corner relector cavity: ca'i ho^'c pha?n xa. go'c .
corona: qua^`ng sa'ng, ddie^.n hoa, ta'n, co^ro^na
corona discharge: pho'ng qua^`ng sa'ng/ddie^.n hoa, pho'ng ta'n
corona statics: ta.p a^m do qua^`ng sa'ng
coroutine: ddo^`ng thu+o+`ng tri`nh, thu+o+`ng tri`nh phu.
corpuscule: ha.t, ca^`u
correct: ddu'ng, chi'nh xa'c (tt); hie^.u chi?nh, chi?nh su+?a (dd)
correcting: hie^.u chi?nh, su+?a (d)
correcting code: ma~ hie^.u chi?nh = error correcting code
correcting software: nhu kie^.n kie^?m chi'nh ta? = spelling check software
correction: ddu'ng, chi'nh xa'c; hie^.u chi?nh, su+?a (d)
correction factor: he^. so^' ddie^`u chi?nh
correction signal: ti'n hie^.u chi?nh
corrective maintenance: ba?o tri` su+?a chu+~a
corrective network: ma.ng chi?nh
correctness: ddu'ng, chi'nh xa'c
corrector: bo^. hie^.u chi?nh, bo^. su+?a
corrector circuit: ma.ch su+?a, ma.ch hie^.u chi?nh
correlated state: tra.ng tha'i tu+o+ng quan
correlation: tu+o+ng quan; phe'p ddo^'i xa.
correlation curve: ddu+o+`ng tu+o+ng quan
correlation detection: su+. pha't hie^.n so'ng tu+o+ng quan
correlation detector: bo^. pha't hie^.n so'ng tu+o+ng quan
correlation factor: he^. so^' tu+o+ng quan
correlator: bo^. tu+o+ng quan
correspondence: phe'p tu+o+ng u+'ng; thu+ ti'n
correspondence principle: nguye^n ly' tu+o+ng u+'ng
correspondence quality: pha^?m cha^'t tu+o+ng u+'ng
corrugate: khi'a, go+.n so'ng, nha(n, uo^'n ne^'p
corrugated: da.ng uo^'n ne^'p, bi. go+.n so'ng
corrugated antenna: a(ngten da.ng uo^'n ne^'p
corrugated cathode: a^m cu+.c da.ng uo^'n ne^'p
corrugated membrane: ma`ng da.ng uo^'n ne^'p
corrugated waveguide: o^'ng da^~n so'ng uo^'n ne^'p
cortical neuron: te^' ba`o tha^`n kinh vo? na~o
cosecant: co^sec
cosecant antenna: a(ngten co^sec
cosine: co^sin
cosine potentiometer: bo^. pha^n a'p co^sin
cosmic: thuo^.c vu~ tru.
cosmic noise: nhie^~u a^m vu~ tru.
cosmic radiation: bu+'c xa. vu~ tru.
cosmic ray: tia vu~ tru.
cosmic wave: so'ng (bu+'c xa.) vu~ tru.
cosmodrome: da`n pho'ng vu~ tru.
cosmology: vu~ tru. ho.c, vu~ tru. lua^.n
cosmos: vu~ tru.
cost: chi phi'; gia' tha`nh
cost analysis: pha^n ti'ch gia' ca?, pha^n ti'ch gia' tha`nh
cost-effective: co' hie^.u qua? kinh te^', co' hie^.u qua? chi phi'
cost/benefit analysis: pha^n ti'ch lo+.i/chi, pha^n ti'ch hie^.u qua? kinh te^'
cost/performance ratio: ti? so^' chi phi'/hie^.u sua^'t
cost/productivity ratio: ti? so^' chi phi'/na(ng sua^'t
costing: ddi.nh gia'
coulombmeter: culo^m ke^'
count: dde^'m (d/dd); ti'nh (d/dd); kie^?m (dd)
count cycle: chu ky` dde^'m
count field: tru+o+`ng dde^'m
count modulo N: dde^'m theo mo^ kho^'i (mo^ddulo^) N
count pulse: nhi.p dde^'m
countdown: dde^'m ngu+o+.c
counter: ma'y dde^'m, bo^. dde^'m, ddo^`ng ho^` dde^'m
counterclockwise: ngu+o+.c chie^`u kim ddo^`ng ho^`
countermeasure: bie^.n pha'p cho^'ng, pho`ng cho^'ng
counterpart: tu+o+ng u+'ng, ddo^'i ta'c
counterpoise: ddo^'i tro.ng
counterweight: ddo^'i tro.ng
counting device: bo^. dde^'m
counting loop: vo`ng dde^'m, vo`ng ti'nh so^'
counting machine: ma'y dde^'m/ti'nh
counting rate: to^'c ddo^. dde^'m
country code: ma~ so^' quo^'c gia
couplant film: ma`ng ghe'p
couple: nga^~u lu+.c, ca(.p; ghe'p, no^'i, ke^'t ho+.p (dd)
coupled: bi. ghe'p
coupled circuit: ma.ch ddu+o+.c ghe'p
coupled impedance: ddie^n tro+? ddo^'i ho+.p
coupler: bo^. ghe'p, pha^`n tu+? ghe'p
coupling: ghe'p, pho^'i ho+.p; no^'i; lie^n tie^'p
coupling cable: ca'p ghe'p
coupling capacitor: bo^. tu. ddie^.n ghe'p
coupling circuit: ma.ch ghe'p
coupling coefficient: he^. so^' ghe'p
coupling coil: cuo^.n da^y ghe'p
coupling unit: bo^. pha^.n ghe'p
course: ddu+o+`ng hu+o+'ng; hu+o+'ng bay, hu+o+'ng cha.y, ha`ng hu+o+'ng; kho'a ho.c
course line computer: ma'y ddie^.n toa'n ddu+o+`ng bay
courseware: chu+o+ng tri`nh da.y ho.c [ma'y ddie^.n toa'n]
covalent bond: no^'i ddo^`ng ho'a tri.
covalent: ddo^`ng ho'a tri.
covariance: ti'nh hie^.p bie^'n, hie^.p phu+o+ng sai
covariant: hie^.p bie^'n
cover: ca'i chu.p, ca'i na('p; phong bi`; bo.c da^y
cover disk: ca'i chu.p tro`n
coverage diagram: so+ ddo^` pha.m vi bao qua't
coverage: pha.m vi, go'c que't, bao qua't
coverage range: ta^`m bao qua't
covering: bo.c da^y
CPU (central processing unit): bo^. xu+? ly' trung u+o+ng
CPU time: tho+`i gian cha.y bo^. xu+? ly' trung u+o+ng
CR (Carriage Return): xuo^'ng-ve^` dda^`u ha`ng; ve^` dda^`u ha`ng, phu.c qui [NB]
cradle: gia' dde^? o^'ng nghe (ddie^.n thoa.i)
cradle switch: ca'i chuye^?n ma.ch tre^n gia' [ddie^.n thoa.i]
crane: ca^`n tru.c
crash: ngu+ng, ddi`nh chi?; vo+~ be^?; tai ho.a; tai na.n xe; ro+'t ma'y bay; pha' sa?n
credit card: the? ti'n du.ng
creep: tru+o+.t, cha.y ngang tre^n ma`n hi`nh, ra~o (d)
creeping discharge: pho'ng o+? be^` ma(.t
creeping display: cha.y ngang tre^n ma`n hi`nh
crest: ngo.n, ddi?nh
crest factor: he^. so^' ddi?nh
crest value: tri. ddi?nh
crest voltage: ddie^.n a'p ddi?nh
crest voltmeter: vo^n ke^' ddi?nh
crimping: bo'p cha^n/dda^`u no^'i
criteria: ca'c tie^u chua^?n (so^' nhie^`u cu?a criterion)
criterion: tie^u chua^?n, chua^?n cu+'
critical: thuo^.c to+'i ha.n, ti'nh quye^'t ddi.nh, then cho^'t
critical data: du+~ kie^.n chi'nh
critical path: ddu+o+`ng to+'i ha.n
critical point: ddie^?m to+'i ha.n
critical resistance: ddie^.n tro+? to+'i ha.n
critical value: tri. to+'i ha.n
cross: giao che'o, ho^~ tu+o+ng [d]; giao thoa [d]; vu+o+.t qua[d]; vu+o+.t qua [dd]; che'o, ho^~ tu+o+ng [tt]; ngang [tt]
cross arm bar: cha^n cho^'ng xa`
cross assembler: chu+o+ng tri`nh ho+.p giao he^.
cross check(ing): kie^?m tra che'o/ho^~ tu+o+ng
cross compiler: chu+o+ng tri`nh bie^n di.ch giao he^.
cross connecting line: ddu+o+`ng giao che'o
cross correlation: tu+o+ng quan che'o
cross coupling: ghe'p che'o
cross over point: ddie^?m giao che'o
cross polarization: cu+.c hu+o+'ng che'o
cross product: ti'ch che'o
cross reference: tham kha?o che'o; quan he^. tu+o+ng ho^~
cross section: ma(.t ca('t, tie^'t die^.n
cross talk: no'i chen, no'i len, xuye^n thoa.i, xuye^n a^m
cross wire: da^y che'o, cho^~ nga('m (hai da^y che'o)
cross-correlation analyzer: bo^. pha^n ti'ch tu+o+ng quan che'o
crossarm pin: cuo^'ng go^'m (tre^n xa`)
crossarm: xa`
crossbar exchange: to^?ng dda`i ngang do.c, to^?ng dda`i to.a ddo^.
crossbar office: dda`i ddie^.n thoa.i tu+. ddo^.ng ngang do.c
crossbar selector: bo^. cho.n ngang do.c
crossbar switch: ca'i chuye^?n ma.ch ngang do.c
crossbar system: he^. tho^'ng ddie^.n thoa.i ngang do.c
crosshair: da^y to'c che'o
crossing: che'o, giao nhau; vu+o+.t
crossing pole: co^.t vu+o+.t ngang
crossover: xuye^n che'o
crossover area: khu vu+.c xuye^n che'o
crossover voltage: ddie^.n a'p giao che'o
crosspoint: giao ddie^?m
crosspoint insulator: su+' hai co^?, su+' ddie^?m tu+o+ng giao
crosstalk: xuye^n a^m
crosstalk attenuation: suy gia?m xuye^n a^m
crosstalk coupling: ghe'p do xuye^n a^m, xuye^n nhie^~u
crosstalk interference: nhie^~u xuye^n a^m
crosstalk level: mu+'c xuye^n a^m
crosstalk loss: hao to^?n xuye^n a^m
crosstalk meter: ma'y ddo xuye^n a^m
crowbar circuit: ma.ch ddo`n ba^?y
CRT (cathode ray tube): o^'ng tia a^m cu+.c, dde`n hie^?n thi.
CRT display: o^'ng hie^?n thi.
crunch: nhai, nghie^`n; tie^'ng la.o xa.o
cryoelectric storage: ti'ch tru+~ ddie^.n tu+? sie^u ha`n
cryogenic: thuo^.c sie^u ha`n, cryo^ge^nic
cryogenic device: du.ng cu. sie^u ha`n
cryogenic electronics: ddie^.n tu+? ho.c sie^u ha`n
cryogenic laser: bo^. ki'ch quang sie^u ha`n, laze cryo^ge^nic
cryogenic memory: bo^. nho+' sie^u ha`n
cryogenic operation: va^.n ha`nh sie^u ha`n
cryogenic temperature: nhie^.t ddo^. sie^u ha`n
cryogenics: ky~ thua^.t sie^u ha`n
cryophysics: va^.t ly' ho.c sie^u ha`n
cryosistor: dde`n tinh the^? sie^u ha`n, cryo^zisto
cryostat: thie^'t bi. ta.o sie^u ha`n
cryotron: o^'ng sie^u ha`n, cryo^tron
cryotronics: ky~ thua^.t o^'ng sie^u ha`n
cryptanalysis: pha^n ti'ch ma^.t ma~
cryptogram: bu+'c ddie^.n ba'o (ba(`ng) so^'; ma^.t ma~, a'm hie^.u
cryptography: ma^.t ma~ thua^.t, ma^.t ma~ ho.c
crystal: tinh the^? ; thu?y tinh, pha le^; thuo^.c ke^'t tinh; thuo^.c thu?y tinh
crystallization: tinh the^? ho'a
crystallographic: thuo^.c tinh the^? ho.c
crystallography: tinh the^? ho.c, mo^n tinh the^?
CS (Computer Science): Khoa ho.c DDie^.n toa'n, Khoa Vi ti'nh
CS (Computer Simulation): Mo^ Pho?ng Ma'y DDie^.n Toa'n
CSDN (Circuit-Switched Data Network): Ma.ng Du+~ Kie^.n Chuye^?n Ma.ch DDie^.n
cube: hi`nh la^.p phu+o+ng, hi`nh kho^'i; lu~y thu+`a ba^.c ba
cubic(al): thuo^.c hi`nh la^.p phu+o+ng; hi`nh kho^'i, cubic
cubic conductance: da^~n ddie^.n kho^'i
cubic distortion: bie^'n da.ng hi`nh ho.c
cubic lattice: ma.ng la^.p phu+o+ng
cubic resistance: ddie^.n tro+? the^? ti'ch
cue sheath: bie^?n ba'o
cue: ti'n hie^.u ba'o, da^'u hie^.u; le^.nh go.i; dde^` tu+.a
cueing: dde^` tu+.a; ddie^`u khie^?n, ddie^`u bo^.; ghi a^m cao to^'c
cumulation: ti'ch lu~y [d]
cumulative: ti'ch lu~y, cho^`ng cha^'t
cumulative data: du+~ kie^.n ti'ch lu~y
cumulative distribution: pha^n bo^' ti'ch lu~y
cumulative error: sai so^' ti'ch lu~y
curie: curi (ddo+n vi. pho'ng xa.)
Curie constant: ha(`ng so^' Curie
Curie cut: kie^?u ca('t Curie
Curie point: ddie^?m Curie
curl: ddo^. xoa('n/vo`ng; xoa('n [dd]
curly bracket: da^'u ngoa(.c xoa('n
current: do`ng; do`ng (ddie^.n), ddie^.n lu+u (A); cu+o+`ng ddo^.; ddang du`ng/la`m, hie^.n tai. [tt]
current address: ddi.a chi? hie^.n tho+`i
current amplification: khue^'ch dda.i do`ng
current attenuation: suy gia?m cu+o+`ng ddo^.
current average: trung bi`nh cu+o+`ng ddo^.
current balance: ca^n ba(`ng do`ng ddie^.n
current circuit: ma.ch do`ng
current coil: cuo^.n da^y do`ng ddie^.n
current density: ma^.t ddo^. do`ng ddie^.n
current divider: bo^. pha^n do`ng
current echo: so'ng do^.i do`ng ddie^.n
current feed: tie^'p do`ng ddie^.n
current feedback: ho^`i tie^'p do`ng
current hogging injection logic: ma.ch lua^.n ly' phun nhie^~u loa.n do`ng, ma.ch lua^.n ly' phun nghe.n do`ng
current hogging logic: ma.ch lua^.n ly' nhie^~u loa.n do`ng, ma.ch lua^.n ly' nghe.n do`ng
current indicator: bo^. chi? ba'o do`ng
current intensity: cu+o+`ng ddo^. do`ng
current limiter: bo^. ha.n che^' do`ng
current limiting inductor: cuo^.n ca?m ha.n che^' do`ng
current limiting resistor: ca'i ddie^.n tro+? ha.n che^' do`ng
current meter: ma'y ddo do`ng ddie^.n
current overload relay: bo^. ke^' ddie^.n qua' do`ng
current regulator: bo^. chi?nh lu+u cu+o+`ng ddo^.
current resonance: co^.ng hu+o+?ng cu+o+`ng ddo^.
current reverser: bo^. dda?o do`ng
current saturation: ba~o ho`a cu+o+`ng ddo^.
current sensitivity: ddo^. nha.y cu+o+`ng ddo^.
current stabilization: o^?n co^' cu+o+`ng ddo^.
current supply: nguo^`n do`ng ddie^.n
current swing: dao ddo^.ng cu+o+`ng ddo^.
current wave: so'ng cu+o+`ng ddo^.
current winding: cuo^.n da^y do`ng
cursive scanning: que't tha'u
cursor: con tro?, ddie^?m nha'y
cursor key: phi'm con tro?
curtain: gia`n, ma`nh, ma`n
curtain antenna: a(ngten ma`nh, a(ngten gia`n
curtain effect: hie^.u u+'ng ma`nh che
curvature: ddo^. cong
curve: ddu+o+`ng (cong); dda(.c tuye^'n; ve~ ddu+o+`ng cong [dd]
curve fitting: thi'ch ho+.p ddu+o+`ng cong
cushioned: ddu+o+.c dde^.m
custodian: ngu+o+`i ba?o qua?n (ma'y ddie^.n toa'n va` du+~ kie^.n); to^? chu+'c ba?o qua?n (ma'y ddie^.n toa'n va` du+~ kie^.n)
custodian service: di.ch vu. ba?o qua?n
custom (product) integrated circuit: ma.ch ta^.p tha`nh (IC) dda(.c che^'
custom IC: ma.ch ta^.p tha`nh (IC) dda(.c che^'
custom software = custom-made software
custom-made software: nhu lie^.u dda(.c che^'
customer: ngu+o+`i thue^ bao, ngu+o+`i tie^u thu., kha'ch ha`ng
customer engineer: ky~ su+ ba?o tri`
customer service technician: ky~ thua^.t vie^n phu.c vu. kha'ch ha`ng
customize: dda(.c che^'
cut: ca'ch ca('t, kie^?u ca('t; chuye^?n ca?nh (truye^`n hi`nh); ca('t (dd)
cut over paraboloid reflector: ca'i pha?n xa. parabo^loit cu.t
cut-and-paste: ca('t-da'n
cut-and-try approach: phu+o+ng pha'p ca('t-thu+?
cut-off characteristic: dda(.c tuye^'n ca('t ngang
cut-off current: do`ng ca('t/ta('t, do`ng gio+'i ha.n
cut-off: ca('t, gio+'i ha.n (d); co^.ng hu+o+?ng song song (d); ca('t ma.ch (dd); ca('t dda`m thoa.i (dd)
cut-over: mo+? (d); chuye^?n qua (d)
cutler feed: tie^'p so'ng ba(`ng khe
cutoff attenuator: bo^. suy gia?m gio+'i ha.n
cutoff limiting: ha.n che^' ba(`ng ca('t du+`ng
cutoff relay: ca'i no^'i ddie^.n ca('t ngang
cutoff state: tra.ng tha'i ca('t/ta('t
cutoff voltage: ddie^.n the^' ca('t ngang
cutoff wavelength: ddo^. da`i so'ng gio+'i ha.n
cutter: dda^`u kha('c (ddi~a); ngu+o+`i/tho+. ca('t; ki`m ca('t, ddo^` ca('t
cutting: ca('t (d)
cutting head: dda^`u kha('c (ghi ddi~a)
cw (continuous wave) magnetron: dde`n tu+` kho^'ng so'ng lie^n tu.c
cw (continuous wave) mode: che^' ddo^. so'ng lie^n tu.c
cyan: ma^`u xanh la' ma.
cybernetic: thuo^.c ddie^`u khie^?n ho.c, xaibo+ne^tic
cybernetic model: mo^ hi`nh ddie^`u khie^?n ho.c
cybernetics: ddie^`u khie^?n ho.c, xaibo+ne^tic
cyberpunk: da^n cho+i xaibo+
cyberspace: kho^ng gian tu+. khie^?n, kho^ng gian xaibo+
cycle: chu ky`; chu tri`nh (qua' tri`nh theo thu+' tu+. nha^'t ddi.nh), tua^`n hoa`n
cycle per second: chu ky` mo^~i gia^y, he'c
cycle stealing: su+. tro^.m chu ky`
cycle time: tho+`i gian chu ky`
cycle timer: ma'y dde^'m chu ky`
cycler: bo^. ddie^`u khie^?n chu tri`nh
cyclic(al): thuo^.c chu ky`/tua^`n hoa`n
cyclic addressing: ddi.a chi? ho'a tua^`n hoa`n
cyclic carry: so^' nho+' tua^`n hoa`n
cyclic check byte (CCB): bai kie^?m tua^`n hoa`n
cyclic graph: ddo^` thi. tua^`n hoa`n
cyclic memory: bo^. nho+' tua^`n hoa`n
cyclic permutation: hoa'n vi. tua^`n hoa`n
cyclic redundancy check (CRC): kie^?m tra tua^`n hoa`n du+
cyclic shift: di.ch chuye^?n tua^`n hoa`n
cyclical field: tru+o+`ng tua^`n hoa`n
cycling: va^.n ha`nh theo chu ky`
cyclogram: ddu+o+`ng dda(?ng khuynh (bo^. dao ddo^.ng ddie^.n tro+? a^m); bie^?u ddo^` chu tri`nh; bie^?u ddo^` thi. da~
cyclograph: ky' ddo^` chu ky`
cycloid: da^y quay, xiclo^it
cyclosynchrotron: bo^. gia to^'c ddo^`ng bo^. tua^`n hoa`n, xiclo^xincro^tron
cyclotron: bo^. gia to^'c quay tro`n, xiclo^tron
cyclotron frequency: ta^`n so^' bo^. gia to^'c quay tro`n, ta^`n so^' xiclo^tron
cylinder: tru., hi`nh tru.; ma(.t tru.; va^.t hi`nh tru.; xilinddo+ (vo`ng ddo^`ng ta^m va` ddo^`ng ba'n ki'nh cu?a bo^. ddi~a)
cylinder index: chi? so^' tru.
cylindric(al): thuo^.c hi`nh tru.
cylindrical boule: tru. tinh the^?, tinh kho^'i hi`nh tru.
cylindrical convex lens: tha^'u ki'nh tru. lo^`i
cylindrical domain memory: bo^. nho+' vu`ng tru.
cylindrical lens: tha^'u ki'nh tru.
cylindrical parabolic antenna: a(ngten tru. parabo^n
cylindrical reflector: ca'i pha?n xa. tru.
cylindrical wave: so'ng tru.
cylindrical waveguide: o^'ng da^~n so'ng hi`nh tru.
cylindrical winding: kie^?u qua^'n da^y hi`nh tru.
cypher: so^' kho^ng; chu+~ so^'; ma~
cypherpunks: da^n cho+i ma~ di.ch
zzzzz end od CS set zzzzz