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电子图书
| 电子图书名: |
电气英语词汇 |
| 编者: |
网上下的 |
| 所属专业方向: |
电气 |
| 内容简介: |
exe文件，专业词汇 |
| 出版社: |
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| 来源: |
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可以看看A amplifier ==> A类放大器,甲类放大器
+ p8 Y5 |7 X/ c. M+ @0 a! H, C/ UA And Not B gate ==> "禁止"门,A"与"B"非"门
& }7 h. A* D8 ] Z2 T/ Va frame ==> a形杆
T3 Z. H* F; J7 U9 ^a pole ==> a形杆 . k3 l2 n3 `. Y; f# Q
a register ==> 累加寄存器
3 i* f k+ k4 F. u: o1 X! ~; lA, a ==> A相,安培
/ C' M" J) i% r1 a8 I3 F M5 d" |" V9 `a.c. balance indicator ==> 交流平衡指示器 * g. ]2 J- z- `1 q
a.c. bridge ==> 交流电桥 & c }, E3 P0 ?( F" u/ b& E
a.c. current calibrator ==> 交流电流校准器 0 Y( Z. k7 |8 ^0 x) {6 {, \
a.c. current distortion ==> 交流电流失真 5 V, W5 a4 y, t; O
a.c. induced polarization instrument ==> 交流激电仪 & n, m$ p: f' y8 p
a.c. potentiometer ==> 交流电位差计 & P n, W$ G8 W6 B+ b3 x
a.c. resistance box ==> 交流电阻箱
5 q$ j! u; N, G" C! ga.c. standard resistor ==> 交流标准电阻器 ! J- r$ e0 ^6 P: [5 G$ M7 U
a.c. voltage distortion ==> 交流电压失真,交流电压校准器 6 ?5 V8 v' c$ S. W5 `
A/D converter, analogue digital converter ==> 模-数转换器,A/D转换器
+ w7 L" Q* i& b3 h3 }! [2 TA/D, analog/digital ==> 模拟/数字,模拟量/数字量
6 B3 T7 W& x3 y* iA/M station, automatic/manual station ==> 自动/手动操作器
/ Y2 ^$ {* T" K! y# bAA conductor, aluminium magnesium alloy conductor ==> 铝镁合金导线 $ ^' C/ l/ {5 k' ?# j( y
Abbe comparator ==> 阿贝比长仪
! U7 C3 p0 u; _3 vabbertite ==> 黑沥青 & f _8 k9 a% r1 `
abbreviated ==> 简化的,缩写的,简缩的 ( R! ?9 P0 H1 i! Y3 r# e3 q/ y, A
abbreviation ==> 简写,缩写词,略语
' d B/ e9 o! T! G0 k9 eabend ==> 任务异常结束 5 M/ O6 t& q2 h$ Y3 G; ^. C
aberration ==> 象差 - \) \+ [ q$ Q$ z: A" Q1 U/ U, L
aberration curve ==> 象差曲线 $ _0 |' c3 K5 F( M1 e% Q
ability of anti prereduced component ==> 抗先还原物质能力 8 U- @& C7 C* Y4 Y/ A9 J
ablative thickness transducer [sensor] ==> 烧蚀厚度传感器
0 F% \4 l- t+ f6 jabnormal ==> 反常的,不正规的,异常的
% U* I0 ~/ @! B/ \1 r9 I4 k5 ^abnormal current ==> 异常电流,事故电流
* s8 I+ M& S) _ o; q% W7 h( @abnormal end of task ==> 任务异常结束
+ U. J9 Y! w( d2 G. Uabnormal glow discharge ==> 反常辉光放电 - a$ q2 K. R" e* Y( D- i0 O
abnormal heating ==> 异常发热,事故发热
2 ]9 U8 v! |- X' x- H3 ~2 Jabnormal low voltage arc ==> 反差低压电弧 3 v0 a5 r' P( e/ k2 O
abnormal overload ==> 异常过载,事故过载
9 p: d, x/ z R9 X7 kabnormal overvoltage ==> 异常过电压,事故过电压
& ~3 j* n& e$ e2 Xabnormal radiation ==> 异常辐射
' W. ] Y5 B' H: W7 e5 v) g- g1 [abnormal reflection ==> 异常反射
! S+ B% ?9 `8 l5 ~' [% Jabnormal voltage ==> 异常电压,事故电压
- G2 P* D% [2 aabort ==> 故障,失灵
$ U3 z F# _% ]! A/ Habort light ==> 紧急故障信号
! ~1 d; ^# B% [& u# T. |1 _above critical state ==> 超临界状态,临界以上的,超临界的 3 b) U3 n( S/ A& O- j
above earth potential ==> ［对地］电位,[对地]电势
0 c2 G# H# B* P5 Fabove thermal ==> 超热的
. [+ _2 q! a# ~( Vabradant material ==> 研磨材料 4 L) }9 A0 a) S
abrasion ==> 磨损,磨蚀 i9 z. q9 |* V3 K. q
abrasion machine ==> 磨耗[试验]机 3 \% s8 I1 ~1 L+ A
abrasion proof component of burner ==> 燃烧器耐磨件
4 J/ [- E+ e H# \6 n( T9 X* Aabrasion resistance ==> 抗磨力,耐磨度,耐磨,抗磨性 5 t+ \* R1 J: H% q& W/ O4 f/ [
abrasion testing machine ==> 磨损试验机 ' s, w/ r- G0 i2 }& ~" y, k0 Q
abrasive action ==> 磨损作用 ; X U- X- b5 v9 U8 `
abrasive blast equipment ==> 喷砂设备 8 C) `" U8 G% n* h1 r0 T# \
abrasive blast system ==> 喷砂清理系统 2 B8 l; X7 d B, F& D# A" C# d
abrasive blasting ==> 喷砂法,喷丸法 0 Y" U% a9 N) e2 |' B) |
abrasive wheel cutting off machine ==> 砂轮切割机 * h( {+ G; y; d2 v7 p: x
abrupt change ==> 突然变化 , `5 Y1 Z) M, Z" Y9 M- R. f4 O' u* z3 E
abrupt change of voltage ==> 电压突变 ; a, V0 A! R$ L `/ N
abrupt curve ==> 陡曲,急弯曲线
; s7 c* B8 r. K' x( Rabruption ==> 断裂
+ Z$ x j. E, Z) X1 t& C4 xABS, American Bureau of Standard ==> 美国标准局
7 x) x5 t: V, _( q. x5 Sabscissa ==> 横坐标 * w8 D) ?; E9 \
abscissa axis ==> 横座标轴 ! L3 G3 P( C! M8 g: r0 e& y5 a
absence of collector ==> 无集电环
1 O' _$ |' D. f; Rabsence of commutator ==> 无换向器,无整流子,无转换器 % z7 Q) P1 D0 w) F
absence of offset ==> 无偏置,零偏移
# `0 n* I8 _9 C+ vabsolute ==> 绝对的
6 O6 \ W5 }; z& u' Yabsolute accuracy ==> 绝对精确度 ( ?8 w7 s' k3 H( |/ u
absolute ampere ==> 绝对安培(电流的标准MkS单位,等于0.1abampere) 5 ?6 L% c! x# `
absolute block ==> 绝对闭塞 : p B0 A. L3 a1 d5 z n: ~. {
absolute calibration ==> 绝对校准,绝对法校准
' g2 c+ ?; A9 h4 a( tabsolute capacitivity ==> 绝对电容率,绝对介电常数 + T6 L9 p: j g4 b& y b3 N
absolute capacity ==> 绝对容量 3 G/ C4 u$ [# F; @; Z
absolute coding ==> 绝对编码
3 ]4 _* Z2 s- A) t0 F: T) ^absolute coil ==> 独立线圈
3 t. j+ F0 |, V j8 n+ m+ i% a- m& n( xabsolute colorimetric ==> 绝对色度
0 Y* x- @8 A- _& I. Babsolute constant ==> 绝对常数
X4 Q7 j ?, l2 Vabsolute damping ==> 绝对阻尼,振荡完全停止 8 l7 }8 V; ^3 O2 P2 c
absolute delay ==> 绝对延迟
2 n# O( n4 t4 O! Wabsolute density ==> 绝对密度
4 ]/ _/ W7 H) p, W1 Y7 |absolute dielectric constant ==> 绝对介电常数,绝对电容率
" _/ j: v2 z1 O }; [' [8 o9 Labsolute displacement ==> 绝对位移
9 X' J1 Q' {% P; }4 z4 Z8 y% Cabsolute efficiency ==> 绝对效率 6 @" L, H6 D' X1 Q9 A) C
absolute electrical units ==> 绝对电单位 ) q- Y3 f0 m; A1 U2 }
absolute electrode potential ==> 绝对电极电势
! l; f( e: P; K- N, Dabsolute electromagnetic unit ==> 绝对电磁单位 ; \; N& x9 S' d( E: a( R: l
absolute electrometer ==> 绝对静电计
' _2 v8 o6 z0 S& B. pabsolute electrostatic unit ==> 绝对静电单位 # I- g# p* b5 X- g( u* I
absolute error ==> 绝对误差 7 G/ q3 V0 E! H6 G" R- v
absolute error of measurement ==> 测量的(绝对)误差 + ]* r& B: G9 q2 P! }7 j! i M' ]' F
absolute galvanometer ==> 绝对检流计
1 R& P. J6 r3 c9 C% tabsolute gravimeter ==> 绝对重力仪
' z5 n5 a6 `- W6 _8 W) v! |absolute gravity survey ==> 绝对重力测量 / g. `: B4 P% Z" i# ]3 `6 o/ ~
absolute humidity ==> 绝对湿度
! K9 p) \; h: |6 \absolute level ==> 绝对级 1 F& Q) D2 i: W/ f- l# v2 T
absolute measurement ==> 绝对测量 M2 j! g/ S) I3 s5 G4 q( U$ L
absolute method ==> 绝对法
! h3 Z! L1 j5 Y7 ^* x& g5 q9 t1 Rabsolute method of measurement ==> 绝对测量法 / f' [7 f; C, f) z0 D, u7 |
absolute moisture of the soil ==> 土壤绝对湿度
- @5 N6 b; p) r6 W5 m( U: labsolute peak ==> 绝对峰值
0 k& H; ~. \+ S5 Y# d" Zabsolute permeability ==> 绝对磁导率
# f9 J( ^' U" ^* sabsolute permittivity ==> 绝对电容率 , ]& Q3 i, N3 f2 z
absolute potential ==> 绝对电势 ( y+ e1 Y% C% ~5 l5 i
absolute pressure ==> 绝对压力 4 k( g+ B% q. I$ c2 C9 z
absolute pressure transducer ==> 绝对压力表
3 V2 ~; @' v& u( Tabsolute pressure transducer[sensor] ==> 绝对压力传感器
( \# r+ x1 T; |! C' b- V, zabsolute read out ==> 单独读出
: W! f+ q- X$ y+ k9 J- Qabsolute resolution ==> 绝对分辨率 4 i( t/ ?# b% ]' e4 j2 f
absolute salinity ==> 绝对盐度
& j' S/ K- P/ r" G& Jabsolute sensitivity ==> 绝对灵敏度
$ T5 D9 v4 G2 }# C' I$ C3 Babsolute slip ==> 绝对转差率
* ~3 m" n/ J o( i/ iabsolute speed drop ==> 绝对转速降
0 u+ ? z$ U( d3 eabsolute speed rise ==> 绝对转速升 ( D. ~$ n5 P( w }7 G2 P
absolute speed variation ==> 绝对转速变动
) c! w1 n" m6 i4 p" v$ o: [absolute stability ==> 绝对稳定性 3 ~( S: y7 b0 ]% O+ W c% F
absolute stability of a linear system ==> 线性系统的绝对稳定性
+ I/ }3 X' c: K+ gabsolute static pressure of the fluid ==> 流体绝对静压
. d, y1 E* l$ G4 D, Aabsolute system of electrical units ==> 绝对电单位制
' Q& G* Z! q" H; N Q6 Sabsolute temperature ==> 绝对温度
* C1 v S+ W( A- R. ?0 I7 ]5 Babsolute temperature scale ==> 绝对温标
) ?9 ?5 q& H) j9 ]absolute term ==> 绝对项 ' t8 J' T \# k
absolute unit ==> 绝对单位
% @- ?( g: H) t+ j# n! @absolute voltage drop ==> 绝对电压降 1 I+ e) r1 _7 u+ a6 E
absolute voltage rise ==> 绝对电压上升
% k+ C6 m; f. O- Vabsolute zero ==> 绝对零度
6 [" X' [8 [! Y5 t4 Z# Y$ o& Labsorbance ==> 吸光度 2 v9 _' n* g; i
absorbed current image ==> 吸收电流象
6 Y9 s! S. p1 ]9 U) zabsorbent carbon ==> 活性碳吸收器电路
$ v6 O$ A6 o M+ e) I% Tabsorber circuit ==> 吸收器电路 - e: B o' C5 z* f9 Y# y
absorbing gas ==> 吸收气体
2 O) o9 t& M) q; _absorbing load ==> 吸收负载 " i3 ]$ N6 H8 P9 d
absorptance ==> 吸收比 . g5 P0 g. x7 F- B/ I
absorptiometer ==> 吸收光度计 7 g4 x5 p: V$ q) L# B
absorption ==> 吸收
9 E! I4 ], n4 N: O' }' T4 uabsorption band ==> 吸收带 7 x0 X+ N* K* e( r
absorption capacitor ==> 吸收电容器(消弧用)
$ {' A/ O4 {) |1 _! i5 q+ Iabsorption cell ==> 吸收池 : @/ V: [; l% v3 B. S0 v
absorption circuit ==> 吸收电路 ' u# e, L, ` d/ c
absorption coefficient ==> 吸收系数 * N1 W+ X! t$ K) @0 a
上面是一小部分 |
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英汉电气词汇.rar
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