(位移传感器专业英语)Piezoelectric Technologies

自动化与电子信息专业英语[杨植新][电子教案]Pa

铂电阻
• Thermistor
热敏电阻
• Transistor
晶体管
• operating range
测量范围
• Sensitivity
灵敏度
• doped silicon
掺杂硅
Sensing Technology
编辑课件
15
• standard bipolar process 标准双极工艺
• base resistor
编辑课件
5
• displacement • Binding energy • infrared • visible light • ultraviolet • acceleration • flow velocity • rate of transport • moment • Torque • roughness
thermocouple is a potentiometric temperature sensor in
that an open circuit vdifferent metals are joined together with the junction held
Sensing Technology
编辑课件
3
• kinetic energy
动能
• Radiant
辐射，辐射的，发光的
• electromagnetic radio waves电磁无线电波
• micro waves
微波
• multi-signal capability 多信号处理能力
• ease of integration into 易于集成到….
and th介e o词the短r e语“nidns“htheUladnt”alti（kaer相”ef引e当re导n于c状e “te语minp“ewrathtueircehT”r ）” ，引其导中

自动化专业英语常用词汇

自动化专业英语常用词汇acceleration transducer 加速度传感器accumulated error 累积误差AC-DC-AC frequency converter交-直-交变频器AC (alternating current) electric drive 交流电子传动active attitude stabilization 主动姿态稳定adjoint operator 伴随算子admissible error 容许误差amplifying element 放大环节analog-digital conversion 模数转换operational amplifiers运算放大器aperiodic decomposition 非周期分解approximate reasoning 近似推理a priori estimate 先验估计articulated robot 关节型机器人asymptotic stability 渐进稳定性attained pose drift 实际位姿漂移attitude acquisition 姿态捕获AOCS (attitude and orbit control system) 姿态轨道控制系统attitude angular velocity 姿态角速度attitude disturbance 姿态扰动automatic manual station 自动-手动操作器automaton 自动机base coordinate system 基座坐标系bellows pressure gauge 波纹管压力表 gauge测量仪器black box testing approach 黑箱测试法bottom-up development 自下而上开发boundary value analysis 边界值分析brainstorming method 头脑风暴法CAE (computer aided engineering) 计算机辅助工程CAM (computer aided manufacturing) 计算机辅助制造capacitive displacement transducer 电容式位移传感器capacity电容 displacement 位移capsule pressure gauge 膜盒压力表rectangular coordinate system直角坐标系cascade compensation 串联补偿using series or parallel capacitors用串联或者并联的电容chaos 混沌calrity 清晰性classical information pattern 经典信息模式classifier 分类器clinical control system 临床控制系统closed loop pole 闭环极点 open loop 开环closed loop transfer function 闭环传递函数c ombined pressure and vacuum gauge 压力真空表command pose 指令位姿companion matrix 相伴矩阵compatibility 相容性，兼容性compensating network 补偿网络Energy is conserved in all of its forms能量是守恒的compensation 补偿，矫正conditionally instability 条件不稳定性configuration 组态connectivity 连接性conservative system 守恒系统consistency 一致性constraint condition 约束条件control accuracy 控制精度Gyroscope陀螺仪control panel 控制屏，控制盘control system synthesis 控制系统综合corner frequency 转折频率coupling of orbit and attitude 轨道和姿态耦合critical damping 临界阻尼临界criticalDamper阻尼器critical stability 临界稳定性cross-over frequency 穿越频率，交越频率cut-off frequency 截止频率cybernetics 控制论cyclic remote control 循环遥控 cycle 循环 cycliccylindrical robot 圆柱坐标型机器人damped oscillation 阻尼振荡oscillation 振荡；振动；摆动damper 阻尼器damping ratio 阻尼比 ratio 比data acquisition 数据采集data preprocessing 数据预处理data processor 数据处理器D controller 微分控制器微分控制：Differential control 积分控制：integral control 比例控制：proportional controldescribing function 描述函数desired value 希望值真值：truth values 参考值：reference value destination 目的站detector 检出器deviation 偏差deviation alarm 偏差报警器differential dynamical system 微differential pressure level meter 差压液位计 meter=gauge 仪表 differential 差别的微分的differential pressure transmitter 差压变送器differential transformer displacement transducer 差动变压器式位移传感器differentiation element 微分环节digital filer 数字滤波器 filter 滤波器digital signal processing 数字信号处理dimension transducer 尺度传感器discrete system simulation language 离散系统仿真语言 discrete离散的不连续的displacement vibration amplitude transducer 位移振幅传感器幅度：amplitudedistrubance 扰动disturbance compensation 扰动补偿diversity 多样性divisibility 可分性domain knowledge 领域知识dominant pole 主导极点零点zero调制：modulation ；modulate 解调：demodulationcountermodulationduty ratio负载比dynamic characteristics 动态特性dynamic deviation 动态偏差dynamic error coefficient 动态误差系数dynamic input-output model 动态投入产出模型Index指数eddy current thickness meter 电涡流厚度计 meter 翻译成计 gauge 翻译成表electric conductance level meter 电导液位计electromagnetic flow transducer 电磁流量传感器electronic batching scale 电子配料秤 scale 秤electronic belt conveyor scale 电子皮带秤electronic hopper scale 电子料斗秤elevation 仰角 depression 俯角equilibrium point 平衡点error 误差estimate 估计量estimation theory 估计理论expected characteristics 希望特性failure diagnosis 故障诊断feasibility study 可行性研究feasible 可行的feasible region 可行域feature detection 特征检测feature extraction 特征抽取feedback compensation 反馈补偿Feed forward path 前馈通路前馈：feed forward 反馈feedbackFMS (flexible manufacturing system) 柔性制造系统柔性：flexible 刚性：rigidity bending deflection 弯曲挠度 deflect 偏向偏离flow sensor/transducer 流量传感器flow transmitter 流量变送器forward path 正向通路frequency converter 变频器frequency domain model reduction me thod 频域模型降阶法频域frequency response 频域响应functional decomposition 功能分解FES (functional electrical stimulation) 功能电刺激stimulate 刺激functional simularity 功能相似fuzzy logic模糊逻辑generalized least squares estimation 广义最小二乘估计geometric similarity 几何相似global optimum 全局最优goal coordination method 目标协调法graphic search 图搜索guidance system 制导系统gyro drift rate 陀螺漂移率gyrostat 陀螺体Hall displacement transducer 霍尔式位移传感器horizontal decomposition横向分解hydraulic step motor 液压步进马达I controller 积分控制器 integral 积分identifiability 可辨识性image recognition 图像识别impulse 冲量impulse function 冲击函数，脉冲函数index of merit 品质因数 index 指数inductive force transducer 电感式位移传感器感应的inductive 电感：inductance industrial automation 工业自动化inertial attitude sensor 惯性姿态敏感器inertial coordinate system 惯性坐标系information acquisition 信息采集infrared gas analyzer 红外线气体分析器 infrared 红外线红外线的ultraviolet ray紫外线的 visible light可见光inherent nonlinearity 固有非线性inherent regulation 固有调节initial deviation 初始偏差input-output model 投入产出模型instability 不稳定性integrity 整体性intelligent terminal 智能终端internal disturbance 内扰invariant embedding principle 不变嵌入原理inverse Nyquist diagram 逆奈奎斯特图investment decision 投资决策joint 关节knowledge acquisition 知识获取knowledge assimilation 知识同化knowledge representation 知识表达lag-lead compensation 滞后超前补偿Laplace transform 拉普拉斯变换large scale system 大系统least squares criterion 最小二乘准则 criterion 准则linearization technique 线性化方法linear motion electric drive 直线运动电气传动linear motion valve 直行程阀linear programming 线性规划load cell 称重传感器local optimum 局部最优local 局部log magnitude-phase diagram 对数幅相图magnitude大小的程度amplitude振幅long term memory 长期记忆Lyapunov theorem of asymptotic stability 李雅普诺夫渐近稳定性定理magnetoelastic weighing cell 磁致弹性称重传感器magnitude-frequency characteristic 幅频特性magnitude margin 幅值裕度 margin 边缘magnitude scale factor 幅值比例尺manipulator 机械手man-machine coordination 人机协调MAP (manufacturing automation protocol) 制造自动化协议 protocol 协议marginal effectiveness 边际效益Mason‘‘s gain formula 梅森增益公式matching criterion 匹配准则maximum likelihood estimation 最大似然估计maximum overshoot 最大超调量maximum principle 极大值原理mean-square error criterion 均方误差准则minimal realization 最小实现minimum phase system 最小相位系统minimum variance estimation 最小方差估计model reference adaptive control system 模型参考适应控制系统model verification 模型验证modularization 模块化MTBF (mean time between failures) 平均故障间隔时间 mean 平均MTTF (mean time to failures) 平均无故障时间multiloop control 多回路控制multi-objective decision 多目标决策Nash optimality 纳什最优性nearest-neighbor 最近邻necessity measure 必然性侧度negative feedback 负反馈neural assembly 神经集合neural network computer 神经网络计算机Nichols chart 尼科尔斯图Nyquist stability criterion 奈奎斯特稳定判据objective function 目标函数on-line assistance 在线帮助on-off control 通断控制optic fiber tachometer 光纤式转速表optimal trajectory 最优轨迹optimization technique 最优化技术order parameter 序参数orientation control 定向控制oscillating period 振荡周期周期：period cycleoutput prediction method 输出预估法oval wheel flowmeter 椭圆齿轮流量计Over damping 过阻尼underdamping 欠阻尼PR (pattern recognition) 模式识别P control 比例控制器peak time 峰值时间penalty function method 罚函数法perceptron 感知器phase lead 相位超前 phase lag相位滞后Photoelectri c光电 tachometric transducer 光电式转速传感器piezoelectric force transducer 压电式力传感器PLC (programmable logic controller) 可编程序逻辑控制器plug braking 反接制动pole assignment 极点配置pole-zero cancellation 零极点相消polynomial input 多项式输入portfolio theory 投资搭配理论pose overshoot 位姿过调量position measuring instrument 位置测量仪posentiometric displacement transducer 电位器式位移传感器positive feedback 正反馈power system automation 电力系统自动化pressure transmitter 压力变送器primary frequency zone 主频区priority 优先级process-oriented simulation 面向过程的仿真proportional control 比例控制proportional plus derivative controller 比例微分控制器pulse duration 脉冲持续时间pulse frequency modulation control system 脉冲调频控制系统：frequency modulation 频率调制调频pulse width modulation control system 脉冲调宽控制系统PWM inverter 脉宽调制逆变器QC (quality control) 质量管理quantized noise 量化噪声ramp function 斜坡函数random disturbance 随机扰动random process 随机过程rate integrating gyro 速率积分陀螺real time telemetry 实时遥测receptive field 感受野rectangular robot 直角坐标型机器人redundant information 冗余信息regional planning model 区域规划模型regulating device 调节装载regulation 调节relational algebra 关系代数remote regulating 遥调reproducibility 再现性resistance thermometer sensor 热电阻电阻温度计传感器response curve 响应曲线return difference matrix 回差矩阵return ratio matrix 回比矩阵revolute robot 关节型机器人revolution speed transducer 转速传感器rewriting rule 重写规则rigid spacecraft dynamics 刚性航天动力学 dynamics 动力学robotics 机器人学robot programming language 机器人编程语言robust control 鲁棒控制robustness 鲁棒性root locus 根轨迹roots flowmeter 腰轮流量计rotameter 浮子流量计，转子流量计sampled-data control system 采样控制系统sampling control system 采样控制系统saturation characteristics 饱和特性scalar Lyapunov function 标量李雅普诺夫函数s-domain s域self-operated controller 自力式控制器self-organizing system 自组织系统self-reproducing system 自繁殖系统self-tuning control 自校正控制sensing element 敏感元件sensitivity analysis 灵敏度分析sensory control 感觉控制sequential decomposition 顺序分解sequential least squares estimation 序贯最小二乘估计servo control 伺服控制，随动控制servomotor 伺服马达settling time 过渡时间sextant 六分仪short term planning 短期计划short time horizon coordination 短时程协调signal detection and estimation 信号检测和估计signal reconstruction 信号重构similarity 相似性simulated interrupt 仿真中断simulation block diagram 仿真框图simulation experiment 仿真实验simulation velocity 仿真速度simulator 仿真器single axle table 单轴转台single degree of freedom gyro 单自由度陀螺翻译顺序呵呵spin axis 自旋轴spinner 自旋体stability criterion 稳定性判据stability limit 稳定极限stabilization 镇定，稳定state equation model 状态方程模型state space description 状态空间描述static characteristics curve 静态特性曲线station accuracy 定点精度stationary random process 平稳随机过程statistical analysis 统计分析statistic pattern recognition 统计模式识别steady state deviation 稳态偏差顺序翻译即可steady state error coefficient 稳态误差系数step-by-step control 步进控制step function 阶跃函数strain gauge load cell 应变式称重传感器subjective probability 主观频率supervisory computer control system 计算机监控系统sustained oscillation 自持振荡swirlmeter 旋进流量计switching point 切换点systematology 系统学system homomorphism 系统同态system isomorphism 系统同构system engineering 系统工程tachometer 转速表target flow transmitter 靶式流量变送器task cycle 作业周期temperature transducer 温度传感器tensiometer 张力计texture 纹理theorem proving 定理证明therapy model 治疗模型thermocouple 热电偶thermometer 温度计thickness meter 厚度计three-axis attitude stabilization 三轴姿态稳定three state controller 三位控制器thrust vector control system 推力矢量控制系统thruster 推力器time constant 时间常数time-invariant system 定常系统，非时变系统 invariant不变的time schedule controller 时序控制器time-sharing control 分时控制time-varying parameter 时变参数top-down testing 自上而下测试TQC (total quality control) 全面质量管理tracking error 跟踪误差trade-off analysis 权衡分析transfer function matrix 传递函数矩阵transformation grammar 转换文法transient deviation 瞬态偏差短暂的瞬间的transient process 过渡过程transition diagram 转移图transmissible pressure gauge 电远传压力表transmitter 变送器trend analysis 趋势分析triple modulation telemetering system 三重调制遥测系统turbine flowmeter 涡轮流量计Turing machine 图灵机two-time scale system 双时标系统ultrasonic levelmeter 超声物位计unadjustable speed electric drive 非调速电气传动unbiased estimation 无偏估计underdamping 欠阻尼uniformly asymptotic stability 一致渐近稳定性uninterrupted duty 不间断工作制，长期工作制unit circle 单位圆unit testing 单元测试unsupervised learing 非监督学习upper level problem 上级问题urban planning 城市规划value engineering 价值工程variable gain 可变增益，可变放大系数variable structure control system 变结构控制vector Lyapunov function 向量李雅普诺夫函数function 函数velocity error coefficient 速度误差系数velocity transducer 速度传感器vertical decomposition 纵向分解vibrating wire force transducer 振弦式力传感器vibrometer 振动计 vibrationVibrate振动viscous damping 粘性阻尼voltage source inverter 电压源型逆变器vortex precession flowmeter 旋进流量计vortex shedding flowmeter 涡街流量计WB (way base) 方法库weighing cell 称重传感器weighting factor 权因子weighting method 加权法Whittaker-Shannon sampling theorem 惠特克-香农采样定理Wiener filtering 维纳滤波w-plane w平面zero-based budget 零基预算zero-input response 零输入响应zero-state response 零状态响应z-transform z变换《信号与系统》专业术语中英文对照表第 1 章绪论信号（signal）系统（system）电压（voltage）电流（current）信息（information）电路（circuit）确定性信号（determinate signal）随机信号（random signal）一维信号（one–dimensional signal）多维信号（multi–dimensional signal）连续时间信号（continuous time signal）离散时间信号（discrete time signal）取样信号（sampling signal）数字信号（digital signal）周期信号（periodic signal）非周期信号（nonperiodic（aperiodic） signal）能量（energy）功率（power）能量信号（energy signal）功率信号（power signal）平均功率（average power）平均能量（average energy）指数信号（exponential signal）时间常数（time constant）正弦信号（sine signal）余弦信号（cosine signal）振幅（amplitude）角频率（angular frequency）初相位（initial phase）频率（frequency）欧拉公式（Euler’s formula）复指数信号（complex exponential signal）复频率（complex frequency）实部（real part）虚部（imaginary part）抽样函数 Sa(t)（sampling（Sa） function）偶函数（even function）奇异函数（singularity function）奇异信号（singularity signal）单位斜变信号（unit ramp signal）斜率（slope）单位阶跃信号（unit step signal）符号函数（signum function）单位冲激信号（unit impulse signal）广义函数（generalized function）取样特性（sampling property）冲激偶信号（impulse doublet signal）奇函数（odd function）偶分量（even component）偶数 even 奇数 odd 奇分量（odd component）正交函数（orthogonal function）正交函数集（set of orthogonal function）数学模型（mathematics model）电压源（voltage source）基尔霍夫电压定律（Kirchhoff’s voltage law（KVL））电流源（current source）连续时间系统（continuous time system）离散时间系统（discrete time system）微分方程（differential function）差分方程（difference function）线性系统（linear system）非线性系统（nonlinear system）时变系统（time–varying system）时不变系统（time–invariant system）集总参数系统（lumped–parameter system）分布参数系统（distributed–parameter system）偏微分方程（partial differential function）因果系统（causal system）非因果系统（noncausal system）因果信号（causal signal）叠加性（superposition property）均匀性（homogeneity）积分（integral）输入–输出描述法（input–output analysis）状态变量描述法（state variable analysis）单输入单输出系统（single–input and single–output system）状态方程（state equation）输出方程（output equation）多输入多输出系统（multi–input and multi–output system）时域分析法（time domain method）变换域分析法（transform domain method）卷积（convolution）傅里叶变换（Fourier transform）拉普拉斯变换（Laplace transform）第 2 章连续时间系统的时域分析齐次解（homogeneous solution）特解（particular solution）特征方程（characteristic function）特征根（characteristic root）固有（自由）解（natural solution）强迫解（forced solution）起始条件（original condition）初始条件（initial condition）自由响应（natural response）强迫响应（forced response）零输入响应（zero-input response）零状态响应（zero-state response）冲激响应（impulse response）阶跃响应（step response）卷积积分（convolution integral）交换律（exchange law）分配律（distribute law）结合律（combine law）第3 章傅里叶变换频谱（frequency spectrum）频域（frequency domain）三角形式的傅里叶级数（trigonomitric Fourier series）指数形式的傅里叶级数（exponential Fourier series）傅里叶系数（Fourier coefficient）直流分量（direct component）基波分量（fundamental component） component 分量n 次谐波分量（n th harmonic component）复振幅（complex amplitude）频谱图（spectrum plot（diagram））幅度谱（amplitude spectrum）相位谱（phase spectrum）包络（envelop）离散性（discrete property）谐波性（harmonic property）收敛性（convergence property）奇谐函数（odd harmonic function）吉伯斯现象（Gibbs phenomenon）周期矩形脉冲信号（periodic rectangular pulse signal）直角的周期锯齿脉冲信号（periodic sawtooth pulse signal）周期三角脉冲信号（periodic triangular pulse signal）三角的周期半波余弦信号（periodic half–cosine signal）周期全波余弦信号（periodic full–cosine signal）傅里叶逆变换（inverse Fourier transform）inverse 相反的频谱密度函数（spectrum density function）单边指数信号（single–sided exponential signal）双边指数信号（two–sided exponential signal）对称矩形脉冲信号（symmetry rectangular pulse signal）线性（linearity）对称性（symmetry）对偶性（duality）位移特性（shifting）时移特性（time–shifting）频移特性（frequency–shifting）调制定理（modulation theorem）调制（modulation）解调（demodulation）变频（frequency conversion）尺度变换特性（scaling）微分与积分特性（differentiation and integration）时域微分特性（differentiation in the time domain）时域积分特性（integration in the time domain）频域微分特性（differentiation in the frequency domain）频域积分特性（integration in the frequency domain）卷积定理（convolution theorem）时域卷积定理（convolution theorem in the time domain）频域卷积定理（convolution theorem in the frequency domain）取样信号（sampling signal）矩形脉冲取样（rectangular pulse sampling）自然取样（nature sampling）冲激取样（impulse sampling）理想取样（ideal sampling）取样定理（sampling theorem）调制信号（modulation signal）载波信号（carrier signal）已调制信号（modulated signal）模拟调制（analog modulation）数字调制（digital modulation）连续波调制（continuous wave modulation）脉冲调制（pulse modulation）幅度调制（amplitude modulation）频率调制（frequency modulation）相位调制（phase modulation）角度调制（angle modulation）频分多路复用（frequency–division multiplex（FDM））时分多路复用（time–division multiplex（TDM））相干（同步）解调（synchronous detection）本地载波（local carrier）载波系统函数（system function）网络函数（network function）频响特性（frequency response）幅频特性（amplitude frequency response）幅频响应相频特性（phase frequency response）无失真传输（distortionless transmission）理想低通滤波器（ideal low–pass filter）截止频率（cutoff frequency）正弦积分（sine integral）上升时间（rise time）窗函数（window function）理想带通滤波器（ideal band–pass filter）太直译了第 4 章拉普拉斯变换代数方程（algebraic equation）双边拉普拉斯变换（two-sided Laplace transform）双边拉普拉斯逆变换（inverse two-sided Laplace transform）单边拉普拉斯变换（single-sided Laplace transform）拉普拉斯逆变换（inverse Laplace transform）收敛域（region of convergence（ROC））延时特性（time delay）s 域平移特性（shifting in the s-domain）s 域微分特性（differentiation in the s-domain）s 域积分特性（integration in the s-domain）初值定理（initial-value theorem）终值定理（expiration-value）复频域卷积定理（convolution theorem in the complex frequency domain）部分分式展开法（partial fraction expansion）留数法（residue method）第 5 章策动点函数（driving function）转移函数（transfer function）极点（pole）零点（zero）零极点图（zero-pole plot）暂态响应（transient response）稳态响应（stable response）稳定系统（stable system）一阶系统（first order system）高通滤波网络（high-pass filter）低通滤波网络（low-pass filter）二阶系统（second order system）最小相位系统（minimum-phase system）高通（high-pass）带通（band-pass）带阻（band-stop）有源（active）无源（passive）模拟（analog）数字（digital）通带（pass-band）阻带（stop-band）佩利－维纳准则（Paley-Winner criterion）最佳逼近（optimum approximation）过渡带（transition-band）通带公差带（tolerance band）巴特沃兹滤波器（Butterworth filter）切比雪夫滤波器（Chebyshew filter）方框图（block diagram）信号流图（signal flow graph）节点（node）支路（branch）输入节点（source node）输出节点（sink node）混合节点（mix node）通路（path）开通路（open path）闭通路（close path）环路（loop）自环路（self-loop）环路增益（loop gain）不接触环路（disconnect loop）前向通路（forward path）前向通路增益（forward path gain）梅森公式（Mason formula）劳斯准则（Routh criterion）第 6 章数字系统（digital system）数字信号处理（digital signal processing）差分方程（difference equation）单位样值响应（unit sample response）卷积和（convolution sum）Z 变换（Z transform）序列（sequence）样值（sample）单位样值信号（unit sample signal）单位阶跃序列（unit step sequence）矩形序列 (rectangular sequence)单边实指数序列（single sided real exponential sequence）单边正弦序列（single sided exponential sequence）斜边序列（ramp sequence）复指数序列（complex exponential sequence）线性时不变离散系统（linear time-invariant discrete-time system）常系数线性差分方程（linear constant-coefficient difference equation）后向差分方程（backward difference equation）前向差分方程（forward difference equation）海诺塔（Tower of Hanoi）菲波纳西（Fibonacci）冲激函数串（impulse train）第 7 章数字滤波器（digital filter）单边 Z 变换（single-sided Z transform）双边 Z 变换(two-sided (bilateral) Z transform)幂级数（power series）收敛（convergence）有界序列（limitary-amplitude sequence）正项级数（positive series）有限长序列（limitary-duration sequence）右边序列（right-sided sequence）左边序列（left-sided sequence）双边序列（two-sided sequence）Z 逆变换（inverse Z transform）围线积分法（contour integral method）幂级数展开法（power series expansion）z 域微分（differentiation in the z-domain）序列指数加权（multiplication by an exponential sequence）z 域卷积定理（z-domain convolution theorem）帕斯瓦尔定理（Parseval theorem）传输函数（transfer function）序列的傅里叶变换（discrete-time Fourier transform：DTFT）序列的傅里叶逆变换（inverse discrete-time Fourier transform：IDTFT）幅度响应（magnitude response）相位响应（phase response）量化（quantization）编码（coding）模数变换（A/D 变换：analog-to-digital conversion）数模变换（D/A 变换：digital-to- analog conversion）第 8 章端口分析法（port analysis）状态变量（state variable）无记忆系统（memoryless system）有记忆系统（memory system）矢量矩阵（vector-matrix ）常量矩阵（constant matrix ）输入矢量（input vector）输出矢量（output vector）直接法（direct method）间接法（indirect method）状态转移矩阵（state transition matrix）系统函数矩阵（system function matrix）冲激响应矩阵（impulse response matrix）光学专业词汇大全Accelaration 加速度Myopia-near-sighted近视Sensitivity to Light感光灵敏度boost推进lag behind落后于Hyperopic-far-sighted远视visual sensation视觉ar Pattern条状图形approximate近似adjacent邻近的normal法线Color Difference色差V Signal Processing电视信号处理back and forth前后vibrant震动quantum leap量子越迁derive from起源自inhibit抑制,约束stride大幅前进obstruction障碍物substance物质实质主旨residue杂质criteria标准parameter参数parallax视差凸面镜 convex mirror凹面镜 concave mirror分光镜spectroscope入射角 angle of incidence出射角emergent angle平面镜 plane mirror放大率角度放大率angular magnification 放大率：magnification 折射 refraction反射 reflect干涉 interfere衍射 diffraction干涉条纹interference fringe衍射图像 diffraction fringe衍射条纹偏振polarize polarization透射transmission透射光 transmission light光强度] light intensity电磁波 electromagnetic wave振动杨氏干涉夫琅和费衍射焦距brewster Angle布鲁斯特角quarter Waveplates四分之一波片ripple波纹capacitor电容器vertical垂直的horizontal 水平的airy disk艾里斑exit pupil出[射光]瞳Entrance pupil 入瞳optical path difference光称差radius of curvature曲率半径spherical mirror球面镜reflected beam反射束YI= or your information供参考phase difference相差interferometer干涉仪ye lens物镜/目镜spherical球的field information场信息standard Lens标准透镜refracting Surface折射面principal plane主平面vertex顶点,最高点fuzzy失真,模糊light source 光源wavelength波长angle角度spectrum光谱diffraction grating衍射光栅sphere半球的DE= ens data editor Surface radius of curvature表面曲率半径surface thickness表面厚度semi-diameter半径focal length焦距field of view视场stop 光阑refractive折射reflective反射金属切削 metal cutting机床 machine tool tool 机床金属工艺学 technology of metals刀具 cutter摩擦 friction传动 drive/transmission轴 shaft弹性 elasticity频率特性 frequency characteristic误差 error响应 response定位 allocation动力学 dynamic运动学 kinematic静力学 static分析力学 analyse mechanics 力学拉伸 pulling压缩 hitting compress剪切 shear扭转 twist弯曲应力 bending stress强度 intensity几何形状 geometricalUltrasonic超声波精度 precision交流电路 AC circuit机械加工余量 machining allowance变形力 deforming force变形 deformation应力 stress硬度 rigidity热处理 heat treatment电路 circuit半导体元件 semiconductor element反馈 feedback发生器 generator直流电源 DC electrical source门电路 gate circuit逻辑代数 logic algebra磨削 grinding螺钉 screw铣削 mill铣刀 milling cutter功率 power装配 assembling流体动力学 fluid dynamics流体力学 fluid mechanics加工 machining稳定性 stability介质 medium强度 intensity载荷 load应力 stress可靠性 reliability精加工 finish machining粗加工 rough machining腐蚀 rust氧化 oxidation磨损 wear耐用度 durability随机信号 random signal离散信号 discrete signal超声传感器 ultrasonic sensor摄像头 CCD cameraLead rail 导轨合成纤维 synthetic fibre电化学腐蚀 electrochemical corrosion 车架 automotive chassis悬架 suspension转向器 redirector变速器 speed changer车间 workshop工程技术人员 engineer数学模型 mathematical model标准件 standard component零件图 part drawing装配图 assembly drawing刚度 rigidity内力 internal force位移 displacement截面 section疲劳极限 fatigue limit断裂 fracture 破裂塑性变形 plastic distortionelastic deformation 弹性变形脆性材料 brittleness material刚度准则 rigidity criterion齿轮 gearGrain 磨粒转折频率 corner frequency =break frequencyConvolution 卷积Convolution integral 卷积积分Convolution property 卷积性质Convolution sum 卷积和Correlation function 相关函数Critically damped systems 临界阻尼系统Crosss-correlation functions 互相关函数Cutoff frequencies 截至频率transistor n 晶体管diode n 二极管semiconductor n 半导体resistor n 电阻器capacitor n 电容器alternating adj 交互的amplifier n 扩音器，放大器integrated circuit 集成电路linear time invariant systems 线性时不变系统voltage n 电压，伏特数Condenser=capacitor n 电容器dielectric n 绝缘体；电解质electromagnetic adj 电磁的adj 非传导性的deflection n偏斜；偏转；偏差linear device 线性器件the insulation resistance 绝缘电阻anode n 阳极，正极cathode n 阴极breakdown n 故障；崩溃terminal n 终点站；终端，接线端emitter n 发射器collect v 收集，集聚，集中insulator n 绝缘体，绝热器oscilloscope n 示波镜；示波器gain n 增益，放大倍数forward biased 正向偏置reverse biased 反向偏置P-N junction PN结MOS（metal-oxide semiconductor）金属氧化物半导体enhancement and exhausted 增强型和耗尽型integrated circuits 集成电路analog n 模拟digital adj 数字的，数位的horizontal adj, 水平的，地平线的vertical adj 垂直的，顶点的amplitude n 振幅，广阔，丰富multimeter n 万用表frequency n 频率，周率the cathode-ray tube 阴极射线管dual-trace oscilloscope 双踪示波器signal generating device 信号发生器peak-to-peak output voltage 输出电压峰峰值sine wave 正弦波triangle wave 三角波square wave 方波amplifier 放大器，扩音器oscillator n 振荡器feedback n 反馈，回应phase n 相，阶段，状态filter n 滤波器，过滤器rectifier n整流器；纠正者band-stop filter 带阻滤波器band-pass filter 带通滤波器decimal adj 十进制的，小数的hexadecimal adj/n十六进制的binary adj 二进制的；二元的octal adj 八进制的domain n 域；领域code n代码，密码，编码v编码the Fourier transform 傅里叶变换Fast Fourier Transform 快速傅里叶变换microcontroller n 微处理器；微控制器assembly language instrucions n 汇编语言指令chip n 芯片，碎片modular adj 模块化的；模数的sensor n 传感器plug vt堵，塞，插上n塞子，插头，插销coaxial adj 同轴的，共轴的fiber n 光纤relay contact 继电接触器Artificial Intelligence 人工智能Perceptive Systems 感知系统neural network 神经网络fuzzy logic 模糊逻辑intelligent agent 智能代理electromagnetic adj 电磁的coaxial adj 同轴的，共轴的microwave n 微波charge v充电，使充电insulator n 绝缘体，绝缘物nonconductive adj非导体的，绝缘的simulation n 仿真；模拟prototype n 原型array n 排队，编队vector n 向量，矢量inverse adj倒转的，反转的n反面；相反v倒转high-performance 高精确性，高性能two-dimensional 二维的；缺乏深度的three-dimensional 三维的；立体的；真实的object-oriented programming面向对象的程序设计spectral adj 光谱的distortion n 失真，扭曲，变形wavelength n 波长refractive adj 折射的ivision Multiplexing单工传输simplex transmission半双工传输half-duplex transmission全双工传输full-duplex transmission电路交换 circuit switching数字传输技术Digital transmission technology灰度图像Grey scale images灰度级Grey scale level幅度谱Magnitude spectrum相位谱Phase spectrum频谱frequency spectrum相干解调coherent demodulation coherent相干的数字图像压缩digital image compression图像编码image encoding量化quantization人机交互man machine interface交互式会话Conversational interaction路由算法Routing Algorithm目标识别Object recognition话音变换Voice transform中继线trunk line传输时延transmission delay远程监控remote monitoring光链路optical linkhalf-duplex transmission 半双工传输accompaniment 伴随物，附属物reservation 保留，预定quotation 报价单，行情报告，引语memorandum 备忘录redundancy 备用be viewed as 被看作…be regards as 被认为是as such 本身；照此；以这种资格textual 本文的，正文的variation 变化，变量conversion 变化，转化。

(位移传感器专业英语thermoelectriceffect

The Seebeck effect is the conversion of temperature differences directly into electricity and is named for German-Estonian physicist Thomas Johann Seebeck, who, in 1821 discovered that a compass needle would be deflected by a closed loop formed by two metals joined in two places, with a temperature difference between the junctions. This was because the metals responded differently to the temperature difference, creating a current loop and a magnetic field. Seebeck did not recognize there was an electric current involved, so he called the phenomenon the thermomagnetic effect. Danish physicist Hans Christian Ørsted rectified the mistake and coined the term "thermoelectricity". The voltage created by this effect is of the order of several microvolts per kelvin difference. One such combination, copper-constantan, has a Seebeck coefficient of 41 microvolts per kelvin at room temperature.[2]The voltage V developed can be derived from:where S A and S B are the thermopowers (Seebeck coefficient) of metals A and B as a function of temperature and T1 and T2 are the temperatures of the two junctions. TheSeebeck coefficients are non-linear as a function of temperature, and depend on theconductors' absolute temperature, material, and molecular structure. If the Seebeckcoefficients are effectively constant for the measured temperature range, the aboveformula can be approximated as:The Seebeck effect is used in the thermocouple to measure a temperature difference;absolute temperature may be found by setting one end to a known temperature. Ametal of unknown composition can be classified by its thermoelectric effect if ametallic probe of known composition, kept at a constant temperature, and is held incontact with it. Industrial quality control instruments use this as thermoelectric alloysorting to identify metal alloys. Thermocouples in series form a thermopile,sometimes constructed in order to increase the output voltage, since the voltageinduced over each individual couple is small. Thermoelectric generators are used forcreating power from heat differentials and exploit this effect.Peltier effectThe Peltier effect is the presence of heat at an electrified junction of two different metals and is named for French physicist Jean-Charles Peltier, who discovered it in 1834. When a current is made to flow through a junction composed of materials A and B, heat is generated at the upperjunction at T2, and absorbed at the lower junction at T1. The Peltier heat absorbed by the lower junction per unit time is equal towhere ΠAB is the Peltier coefficient for the thermocouple composed of materials A and B and ΠA(ΠB) is the Peltier coefficient of material A (B). Π varies with the material's temperature and its specific composition: p-type silicon typically has a positive Peltier coefficient below ~550 K, but n-type silicon is typically negative.The Peltier coefficients represent how much heat current is carried per unit charge through a given material. Since charge current must be continuous across a junction, the associated heat flow will develop a discontinuity if ΠA and ΠB are different. Depending on the magnitude of the current, heat must accumulate or deplete at the junction due to a non-zero divergence there caused by the carriers attempting to return to the equilibrium that existed before the current was applied by transferring energy from one connector to another. Individual couples can be connected in series to enhance the effect. Thermoelectric heat pumps exploit this phenomenon, as do thermoelectric cooling devices found in refrigeratorsThomson effectThe Thomson effect was predicted and subsequently observed by Lord Kelvin in 1851. It describes the heating or cooling of a current-carrying conductor with a temperature gradient.Any current-carrying conductor (except for a superconductor) with a temperature difference between two points either absorbs or emits heat, depending on the material. If a current density J is passed through a homogeneous conductor, the heat production q per unit volume is:where ρ is the resistivity of the material, dT/dx is the temperature gradient along the wireand μ is the Thomson coefficient. The first term is the Joule heating, which does not change in sign; the second term is the Thomson heating, which follows J changing sign.In metals such as zinc and copper, whose temperature is directly proportional to their potential, when current moves from the hotter end to the colder end, there is a generation of heat and the positive Thomson effect occurs.[citation needed] Conversely, in metals such as cobalt, nickel, and iron, whose temperature is inversely proportional to their potential, when current moves from the hotter end to the colder end, there is an absorption of heat and the negative Thomson effect occurs.If the Thomson coefficient of a material is measured over a wide temperature range, it can be integrated using the Thomson relations to determine the absolute values for the Peltier and Seebeck coefficients. This needs to be done only for one material, since the other values can be determined by measuring pairwise Seebeck coefficients in thermocouples containing the reference material and then adding back the absolute thermopower of the reference material.Lead is commonly stated to have a Thomson coefficient of zero; in fact, it is non-zero, albeit being very small.[5] In contrast, the thermoelectric coefficients of all known superconductors are zeroFigure of meritThe figure of merit Z for thermoelectric devices is defined aswhere σ is the electrical conductivity, κ is the thermal conductivity, and S is the Seebeck coefficient. The dimensionless figure of merit ZT is formed by multiplying Z with the average temperature.A greater ZT indicates a greater thermodynamic efficiency, subject to certain provisions, particularly that the two materials in the couple have similar Z. ZT is therefore a method for comparing the potential efficiency of devices using different materials. Values of 1 are considered good; values in the 3–4 range are essential for thermoelectrics to compete with mechanical devices in efficiency. To date, the best reported ZT values are in the 2–3 range. Currently this goal of high ZT values is referred to as: "high-figure-of-merit" [6][7][8] Much of the research in thermoelectric materials has focused on increasing S and reducing κ by manipulating the nanostructure of the materials.[citation needed][edit]Device efficiencyThe efficiency of a thermoelectric device for electricity generation is given by η, defined asThe maximum efficiency ηmax is defined aswhere T H is the temperature at the hot junction and T C is the temperature at the surface beingcooled. is the modified dimensionless figure of merit, which takes into consideration the thermoelectric capacity of both thermoelectric materials being used in the device and is defined aswhere ρ is the electrical resistivity, is the average temperature between the hot and cold surfaces and the subscripts n and p denote properties related to the n- and p-typesemiconducting thermoelectric materials, respectively. Since thermoelectric devices are heat engines, their efficiency is limited by the Carnot efficiency, hence the T H and T C terms in . Regardless, the coefficient of performance of current commercial thermoelectric refrigerators ranges from 0.3 to 0.6, one-sixth the value of traditional vapor-compression refrigerators.[9][edit]ApplicationsSee also: Thermoelectric materials[edit]Seebeck effectMain article: Thermoelectric generatorThe Seebeck effect is used in the thermoelectric generator, which functions like a heat engine, but is less bulky, has no moving parts, and is typically more expensive and less efficient. These have a use in power plants for converting waste heat into additional power (a formof energy recycling), and in automobiles as automotive thermoelectric generators(ATGs) for increasing fuel efficiency. Space probes often use radioisotope thermoelectric generators with the same mechanism but using radioisotopes to generate the required heat difference.[edit]Peltier effectMain article: Thermoelectric coolingThe Peltier effect can be used to create a refrigerator which is compact and has no circulating fluid or moving parts; such refrigerators are useful in applications where their advantages out weigh the disadvantage of their very low efficiency.[edit]Temperature measurementThermocouples and thermopiles are devices that use the Seebeck effect to measure the temperature difference between two objects, one connected to a voltmeter and the other to the probe. The temperature of the voltmeter, and hence that of the material being measured by the probe, can be measured separately using cold junction compensation techniques。

（完整版）传感器专业名词英文解释

（完整版）传感器专业名词英⽂解释1. Briefly define the following terms1) TransducerA transducer is a device that converts a signal from one physicalform to a corresponding signal having a different physical form .2) SensorA sensor converts a physical signal into an electrical signal (i.e., amicrophone).3) ActuatorAn actuator is a device that converts electrical energy into physical energy (i.e.,a loudspeaker).4) LinearityThe linearity describes the closeness between the calibration curve and a specified straight line.5) SensitivityThe sensitivity is defined in terms of the relationship between input physicalsignal and output electrical signal. It is generally the ratio between a smallchange in electrical signal to a small change in physical signal. The sensitivity isthe slope of the calibration curve.6) HysteresisThe hysteresis refers to the difference between two output values thatcorrespond to the same input, depending on the direction (increasing ordecreasing) of successive input values. That is, similarly to the magnetizationin ferromagnetic materials, it can happen that the output corresponding to agiven input depends on whether the previous input was higher or lower than thepresent one.Some sensors do not return to the same output value when the input stimulus iscycled up or down. The width of the expected error in terms of the measuredquantity is defined as the hysteresis.7) RepeatabilityThe repeatability is the closeness of agreement between successive resultsobtained with the same method under the same conditions and in a short timeinterval.%100y σ)3~2(δFS ?=Rδ—sample standard deviation8) Strain (mechanical)Fractional change in length ΔL/L.9) Gage factorThe gage factor is defined as the fractional change in resistance divided by the strain.10) Piezoresistive effectThe change in resistivity as a result of a mechanical stress is called thepiezoresistive effect.11)direct piezoelectric effect.the phenomenon of generation of a voltage under mechanical stress is referred to as the piezoelectric effect.12)converse piezoelectric effect.The mechanical strain produced in the crystal under electric stress is called the converse piezoelectric effect.13)Numerical ApertureThe "acceptance cone" defines how much light will be accepted into the fiber andultimately how much remains in the fiber, and is referred to as the numerical aperture. 14)Extrinsic sensorThe optical fiber plays no part in achieving the modulating but simply acts as atransmission medium ; these are extrinsic sensors.15)Intrinsic sensors (fiber optic sensor)The optical fiber plays a major role in modulating the energy from the source; these are referred to as intrinsic sensors.16)Humiditya quantity representing the amount of water vapor in the atmosphere or a gas17)Absolute humidityAbsolute humidity is the mass of water vapor per unit volume of air.18)Relative humidityThe ratio of the actual vapor density to the theoretical maximum (saturation) vapordensity at the same temperature, expressed as a percentage. The relative humidity is the ratio of the actual vapor pressure to the saturation vapor pressure at given temperature. 19)Peltier effectWhen two dissimilar metals are connected together, a small voltage called athermojunction voltage is generated at the junction. This is called the Peltier effect.20)Law of Homogeneous ConductorsFor a given pair of homogeneous conductors forming a closed loop, the Seebeck emf depends only on the temperatures of the junctions, and not on the temperature distribution along the length of the conductors.21)Law of intermediate metalsA third (intermediate) metal wire can be inserted in series with one of the wires withoutchanging the voltage reading (provided that the two new junctions are at the sametemperature).If there is a third metal introduced into the thermocouple circuit , it will not adverselyeffect the reading, if and only if the two junctions of the third metal are at the sametemperatures .22)Bernoulli’s theoremBernoulli’s equation states that energy is approximately conserved across a constriction ina pipe.Bernoulli’s equation: P/(ρ?g) + ?v2/g + y = constant(ρ=density;g=acceleration of gravity ; v=fluid velocity; y=elevation )2. Describe the following devices and how they work1) Strain gageThe strain gauge usually consists of wire, baking, thinpaper, and lead welded. The wireis arranged in the form of a grid in order to obtain higher resistances.2) Parallel plate Capacitive SensorThe parallel plate Capacitive Sensor is a function of the distance d (cm) between theelectrodes of a structure, the surface area A (cm2) of the electrodes, and the permittivity ε0(F/m 1085.812-?for air) of the dielectric between the electrodes; therefore:d Ad AC 0r εεε==3) Differential Capacitive SensorA differential capacitor consists of two variable capacitors so arranged that they undergothe same change, but in opposite directions. The amplifier circuit, depending on itsconfiguration, can generate a voltage proportional to C1 - C2 or C1/C2 or (C1 - C2)/(C1 +C2).4) Variable Reluctance SensorsA typical single-coil variable-reluctance displacement sensor is illustrated in the Figurebelow. The sensor consists of three elements: a ferromagnetic core, a variable air gap, anda ferromagnetic plate.Based on change in the reluctance of a magnetic flux path. Self-inductance L of the coil is: Reluctance can be given as: 5) Variable-Reluctance TachogeneratorsIt consists of a ferromagnetic, toothed wheel attached to a rotating shaft, a coil and amagnet. The wheel rotates in close proximity to the pole piece, thus causing the flux linkedby thecoil to change. The sensors output depends on the speed of the rotation of the wheeland the number of teeth.6) LVDTAn LVDT consists of three coils, a form and a core. The coils are wound on a hollow form.The primary is excited by some ac source. Flux formed by the primary is linked to the twosecondary coils, inducing an ac voltage in each coil. A core is inside the former. It canslide freely through the center of the form.In many applications, the two secondary coils are connected in series opposition.Then the two voltages will subtract; that is, the differential voltage is formed. When thecore is centrally located, the net voltage is zero. When the core is moved to one side, thenet voltage will increase.7) Compression Mode Piezoelectric Accelerometers Upright compression designs sandwich the piezoelectric crystal between a seismic mass2m WL R =0m l R S µµ=and rigid mounting base. A pre- load stud or screw secures the sensing element to themounting base.When the sensor is accelerated, the seismic mass increases or decreases the amount of compression force acting upon the crystal, and a proportional electrical output results.8)Shear mode accelerometerShear mode accelerometer designs bond, or “sandwich,” the sensing material between a center post and seismic mass. A compression ring or stud applies a preload force required to create a rigid linear structure. Under acceleration, the mass causes a shear stress to be applied to the sensing material. This stress results in a proportional electrical output by the piezoelectric material. They represent the traditional or historical accelerometer design.9)PsychrometerA psychrometer contains two identical thermometers. One sensor, the dry bulb ,measures the ambient temperature. The other sensor, the wet bulb, is in a wetted condition.In operation, water evaporation cools the wetted thermometer, resulting in a measurable difference between it and the ambient, or dry bulb measurement. When the wet bulbreaches its maximum temperature depression, the humidity is determined by comparing the wet bulb/dry bulb temperatures on a psychrometric chart10)Dunmore sensorThe Dunmore sensor uses a dilute lithium chloride solution in a polyvinylacetate binder on an insulating substrate. The resistance of the sensor, measured between a bifilar grid, is a function of the r.h. of the surrounding air.11)MOS CapacitorCCDs are typically fabricated on a p-type substrate. In order to implement the “buried” channel a thin n-type region is formed on its surface. A insulator, in the form of a silicon dioxide layer is grown on top of the n-region. Thecapacitor is finished off by placing one or more electrodes, also called gates, on top of the insulating silicon dioxide.12)Full frame transfer (FFT)It consists of a parallel CCD shift register, a serial CCD shift register and a signal sensing output amplifierThe image pixel are vertically transferred into a horizontal serial register, and the charges are horizontally shifted out.13)Interline transfer (ILT)The readout regions are interspaced between the imaging regions, and are shielded from the light.At the end of the integration period, the charges are transferred horizontally to the vertical readout registers in parallel, and then read out line-by-line in a manner similar to FFT.ILT does avoid smear but with the cost of the sensitive imaging areas.14)Frame transfer (FT)The array is grouped into two sections: the image section and the storage section. These two sections are identical, except that the storage section is shielded from the light. During the readout, charges are transfered line-by-line into the storage section by applying the same clocking to both sections. At the end of the integration period, charges in the storagesection are transferred line-by-line a manner similar to FFT.15)proximity sensorsProximity sensors detect objects that are near but without touching them. These sensors are used for near-field robotic operations.16)Time-of-flight sensorsTime-of-flight sensors estimate the range by measuring the time elapsed between thetransmission and return of a pulse17)Triangulation sensorsTriangulation sensors measure range by detecting a given point on the object surface from two different points of view at a known distance from each other. Knowing this distance and the two view angles from the respective points to the aimed surface point, a simple geometrical operation yields the range.18)Thermal Infrared DetectorsThermal infrared detectors convert incoming radiation into heat, raising the temperature of the thermal detector.19)Photon-type detectorsPhoton-type detectors react to the photons emitted by the object. The infrared radiation causes changes in the electrical properties of photon-type detectors.There are two main types of photon infrared detectors. One is called Photoconductive detector, which exhibit increased conductivity with received radiation. Another is named as Photovoltaic detector, this device converts received radiation into electric current.20)shock tubeConstruction of a shock tube is quite simple: it consists of a long tube, closed at both ends, separated into two chambers by a diaphragm, as shown in the Fig. below. A pressure differential is built up across the diaphragm, and the diaphragm is burst, either directly by the pressure differential or initiated by means of an externally controlled probe. Rupturing of the diaphragm causes a shock wave.The shock tube provides the nearest thing to a transient pressure “standard.”21)ThermocoupleA thermocouple consists of two electrical conductors made of different metals that are joined at one end.Note particularly that two junctions are always required. In general, one sense the desired or unknown temperature; this one we shall call the hot or measuring junction. The second will usually be maintained at a known fixed temperature; this one we shall refer to as the cold or reference junction. When the two junctions are at different temperatures, a voltage is developed across the junction.22)Bimetallic strip thermometerTwo dissimilar metals are bonded together into what is called a bimetallic strip. Since two metals have different coefficient of thermal expansion, one metal will expands more than does another metal as temperature increases, causing the bimetallic strip to curl upwards as sketched.23)RTDA resistance temperature detector is basically either a long, small diameter metal wirewound in a coil or an etched grid on a substrate, much like a strain gage. The resistance ofan RTD increases with increasing temperature.24)Three-wire BridgeA clever circuit designed to eliminate the lead wire resistance error is called a three-wireRTD bridge circuit, as sketched to the right.If wires A and B are perfectly matched in length (wires A and B have the same length, and thus the same resistance,), their impedance effects will cancel because each is in anopposite leg of the bridge. The third wire, C, acts as a sense lead and carries no current.25)ThermistorA thermistor is similar to an RTD, but a semiconductor material is usedinstead of a metal. A change in temperature causes the electrical resistance of the semiconductor material to change. P ositive temperature coefficient (PTC) and and negative temperature coefficient (NTC) units are available.26)Seismic (Absolute) Acc eleration PickupsIt consistis of a mass, a spring, and a damper arrangement, as shown in the Figure below.Fig……..y(t）= the absolute displacement of the mass Mx(t）= the absolute displacement of the basez-y=)()(txtz —the relative motion between the mass and the basem —massc —damping constantk —spring constantSeismic (Absolute) Displacement PickupsThe relative displacement z (the output of the sensor) is proportional to the applied displacement. A low value of ωn is needed (ωn should be much less than the lowest vibration frequency for accurate displacement measurement. )Seismic AccelerometerThe relative displacement z ( the output of the sensor) is proportional to the appliedacceleration. a high ωn is needed to measure accurately high-frequency. Increasing ωn will increase the range of frequency for which the amplitude-ratio curve is relatively flat;27)Seismic Velocity Pickup (moving coil type)One type of velocity transducer is based on a linear generator. When a coil cuts the magnetic field lines around a magnet, a voltage is induced in the coil, and this voltage is dependent on the speed of the coil relative to the magnet. The velocity pickup is designed like a displacement pickup, to have a low value of wn and to operate at angular frequencies well above wn so that the motion of the seismic mass is virtually the same as that of the casing but (almost) opposite in phase.28)The Orifice Plate FlowmetersAn orifice plate is a restriction with an opening smaller than the pipe diameter which is inserted in the pipe; Because of the smaller area the fluid velocity increases, causing acorresponding decrease in pressure.The flow ratee can be calculated from the measured pressure drop across the orifice plate 29)Ultrasonic Flowmeters Ultrasonic Doppler Method:Doppler Equation :v f= K ? Δf ;Doppler ultrasonic flowmeters reflect ultrasonic energy from particles, bubbles and/or eddies flowing in the fluid.Ultrasonic Transit-Time Method：The time difference between ultrasonic energy moving upstream and downstream in the fluid is used to determine fluid Velocity.Because transmitter-receiver B is situated downstream withrespect to A, the sound wave train from A to B will arrive soonerthan the train from B to A . This implies that the execution timefrom A to B is shorter than that from B to A.30)Electromagnetic FlowmetersThe measurement principle is based on Faraday’s Law of Magnetic Induction :ahomogeneous magnetic field is built up. An electrically conducting liquid flowsthrough this magnetic field.By the movement of the electrical conductor (liquid) a current gets induced which isproportional to the average flow velocity and the magnet field strength.。

自动化仪表专业英语

345. latching relay 自锁继电器346. lathe 车床347. limit switch 限位开关348. moisture 潮气，湿度349. mount 安装350. octal-base 八脚的351. orifice 孔，注孔352. pedal 踏板，踏蹬353. phase sequence 相序354. piston 活塞355. pivot 轴，支点，旋转中心356. plunger 可动铁心，插棒式铁心357. pneumatic 气动的358. relay 继电器359. single-phase 单相的360. solenoids 螺线管361. solid-state relay 固态继电器362. spring 弹簧363. tap 抽头364. three-phase 三相365. timing relay 延时继电器366. toggle 搬扭，刀闸367. vibration 振动368. absolute encoder 绝对编码器369. accelerometer 加速度测量仪370. actuator 执行机构371. analog-to-digital conversion, ADC 模数转换器372. angular 角的373. auxiliary 辅助的374. as a rule of thumb 根据经验375. bellows 膜盒376. binary-coded decimal,BCD377. calibration 校准，标定，刻度378. cantilever 悬臂379. closed-loop 闭环■380. induction machine 感应式电机381. horseshoe magnet 马蹄形磁铁382. magnetic field 磁场383. eddy current 涡流384. right-hand rule 右手定则385. left-hand rule 左手定则386. slip 转差率387. induction motor 感应电动机388. rotating magnetic field 旋转磁场389. winding 绕组390. stator 定子391. rotor 转子392. induced current 感生电流393. time-phase 时间相位394. exciting voltage 励磁电压395. solt 槽396. lamination 叠片397. laminated core 叠片铁芯398. short-circuiting ring 短路环399. squirrel cage 鼠笼400. rotor core 转子铁芯401. cast-aluminum rotor铸铝转子402. bronze 青铜403. horsepower 马力404. random-wound 散绕405. insulation 绝缘406. ac motor 交流环电动机407. end ring 端环408. alloy 合金409. coil winding 线圈绕组410. form-wound 模绕411. performance characteristic 工作特性412. frequency 频率413. revolutions per minute 转/分414. motoring 电动机驱动415. generating 发电416. per-unit value 标么值417. breakdown torque 极限转矩418. breakaway force 起步阻力419. overhauling 检修420. wind-driven generator 风动发电机421. revolutions per second 转/秒422. number of poles 极数423. speed-torque curve 转速力矩特性曲线424. plugging 反向制动425. synchronous speed 同步转速426. percentage 百分数427. locked-rotor torque 锁定转子转矩428. full-load torque 满载转矩429. prime mover 原动机430. inrush current 涌流431. magnetizing reacance 磁化电抗432. line-to-neutral 线与中性点间的433. staor winding 定子绕组434. leakage reactance 漏磁电抗435. no-load 空载436. full load 满载437. Polyphase 多相(的)438. iron-loss 铁损439. complex impedance 复数阻抗440. rotor resistance 转子电阻441. leakage flux 漏磁通442. locked-rotor 锁定转子443. chopper circuit 斩波电路444. separately excited 他励的445. compounded 复励446. dc motor 直流电动机447. de machine 直流电机448. speed regulation 速度调节449. shunt 并励450. series 串励451. armature circuit 电枢电路452. optical fiber 光纤453. interoffice 局间的454. waveguide 波导波导管455. bandwidth 带宽456. light emitting diode 发光二极管457. silica 硅石二氧化硅458. regeneration 再生, 后反馈放大459. coaxial 共轴的,同轴的460. high-performance 高性能的461. carrier 载波462. mature 成熟的463. Single Side Band(SSB) 单边带464. coupling capacitor 结合电容465. propagate 传导传播466. modulator 调制器467. demodulator 解调器468. line trap 限波器469. shunt 分路器470. Amplitude Modulation(AM调幅471. Frequency Shift Keying(FSK)移频键控472. tuner 调谐器473. attenuate 衰减474. incident 入射的475. two-way configuration 二线制476. generator voltage 发电机电压477. dc generator 直流发电机478. polyphase rectifier 多相整流器479. boost 增压480. time constant 时间常数481. forward transfer function 正向传递函数482. error signal 误差信号483. regulator 调节器484. stabilizing transformer稳定变压器485. time delay 延时486. direct axis transient time constant直轴瞬变时间常数487. time invariant 时不变的488. transient response 瞬态响应489. solid state 固体490. buck 补偿491. operational calculus 算符演算492. gain 增益493. pole 极点494. feedback signal 反馈信号495. dynamic response 动态响应496. voltage control system 电压控制系统497. mismatch 失配498. error detector 误差检测器499. excitation system 励磁系统500. field current 励磁电流501. transistor 晶体管502. high-gain 高增益503. boost-buck 升压去磁504. feedback system 反馈系统505. reactive power 无功功率506. feedback loop 反馈回路507. automatic Voltage regulator(AVR)自动电压调整器508. third harmonic voltage 三次谐波电压509. reference Voltage 基准电压510. magnetic amplifier 磁放大器511. amplidyne 微场扩流发电机512. self-exciting 自励的513. limiter 限幅器514. manual control 手动控制515. block diagram 方框图516. linear zone 线性区517. potential transformer 电压互感器518. stabilization network 稳定网络519. stabilizer 稳定器520. air-gap flux 气隙磁通521. saturation effect 饱和效应522. saturation curve 饱和曲线523. flux linkage 磁链524. per unit value 标么值525. shunt field 并励磁场526. magnetic circuit 磁路527. load-saturation curve 负载饱和曲线528. air-gap line 气隙磁化线529. polyphase rectifier 多相整流器530. circuit components 电路元件531. circuit parameters 电路参数532. electrical device 电气设备533. electric energy 电能534. primary cell 原生电池535. energy converter 电能转换器536. conductor 导体537. heating appliance 电热器538. direct-current 直流539. self-inductor 自感540. mutual-inductor 互感541. the dielectric 电介质542. storage battery 蓄电池543. e.m.f = electromotive fore电动势544. unidirectional current 单方向性电流545. circuit diagram 电路图546. load characteristic 负载特性547. terminal voltage 端电压548. external characteristic外特性549. conductance 电导550. volt-ampere characteristics伏安特性551. carbon-filament lamp 碳丝灯泡552. ideal source 理想电源553. internal resistance 内阻554. active (passive) circuit elements有（无）源电路元件555. deviation 偏差556. leakage current 漏电流557. circuit branch 支路558. P.D. = potential drop 电压降559. potential distribution 电位分布560. r.m.s values = root mean square values 均方根值561. permanent magnet 永磁体562. effective values 有效值563. steady direct current 恒稳直流电564. sinusoidal time function 正弦时间函数565. complex number 复数566. Cartesian coordinates 笛卡儿坐标系567. modulus 模568. real part 实部569. imaginary part 虚部570. displacement current 位移电流571. trigonometric transformations 瞬时值572. epoch angle 初相角573. phase displacement 相位差574. signal amplifier 小信号放大器575. mid-frequency band 中频带576. bipolar junction transistor(BJT双极性晶体管577. field effect transistor(FET)场效应管578. electrode 电极电焊条579. polarity 极性580. gain 增益581. isolation 隔离分离绝缘隔振582. emitter 发射管放射器发射极583. collector 集电极584. base 基极585. self-bias resistor 自偏置电阻586. triangular symbol 三角符号587. phase reversal 反相588. infinite voltage gain 无穷大电压增益589. feedback component 反馈元件590. differentiation 微分591. integration 积分下限592. impedance 阻抗593. fidelity 保真度594. summing circuit总和线路反馈系统中的比较环节595. pneumatic 气动的596. Oscillation 振荡597. inverse 倒数598. admittance 导纳599. transformer 变压器600. turns ratio 变比匝比601. ampere-turns 安匝(数)602. mutual flux 交互(主)磁通603. vector equation 向(相)量方程604. power frequency 工频605. capacitance effect 电容效应606. induction machine 感应电机607. shunt excited 并励608. series excited 串励609. separately excited 他励610. self excited 自励611. field winding 磁场绕组励磁绕组612. speed-torque characteristic 速度转矩特性613. dynamic-state operation动态运行614. salient poles 凸极615. excited by 励磁616. field coils 励磁线圈617. air-gap flux distribution 气隙磁通分布618. direct axis 直轴619. armature coil 电枢线圈620. rotating commutator 旋转（整流子）换向器621. commutator-brush combination换向器-电刷总线622. mechanical rectifier 机械式整流器623. armature m.m.f. wave 电枢磁势波624. Geometrical position 几何位置625. magnetic torque 电磁转矩626. spatial waveform 空间波形627. sinusoidal-density wave正弦磁密度628. external armature circuit 电枢外电路629. instantaneous electric power瞬时电功率630. instantaneous mechanical power 瞬时机械功率631. effects of saturation 饱和效应632. reluctance 磁阻633. power amplifier 功率放大器634. compound generator 复励发电机635. rheostat 变阻器636. self - excitation process 自励过程637. commutation condition 换向状况638. cumulatively compounded motor 积复励电动机639. operating condition 运行状态640. equivalent T - circuit T型等值电路641. rotor (stator) winding 转子（定子绕组）642. winding loss 绕组（铜）损耗643. prime motor 原动机644. active component 有功分量645. reactive component 无功分量646. electromagnetic torque 电磁转矩647. retarding torque 制动转矩648. inductive component 感性（无功）分量649. abscissa axis 横坐标650. induction generator 感应发电机651. synchronous generator 同步发电机652. automatic station 无人值守电站653. hydropower station 水电站654. process of self - excitation 自励过程655. auxiliary motor 辅助电动机656. technical specifications 技术条件657. voltage across the terminals 端电压658. steady - state condition瞬态暂态659. reactive in respect to 相对....呈感性660. active in respect to 相对....呈阻性661. synchronous condenser 同步进相（调相）机662. coincide in phase with 与....同相663. synchronous reactance 同步电抗664. algebraic 代数的665. algorithmic 算法的666. biphase 双相的667. bilateral circuit 双向电路668. bimotored 双马达的669. corridor 通路670. shunt displacement current 旁路位移电流671. leakage 泄漏672. lightning shielding 避雷673. harmonic 谐波的674. insulator string 绝缘子串675. neutral 中性的676. zero sequence current 零序电流677. sinusoidal 正弦的678. square 平方679. corona 电晕,放电680. bypass 旁路681. voltmeter 电压表682. ammeter 电流表683. micrometer 千分尺684. thermometer 温度计685. watt-hour meter 电度表686. wattmeter 电力表687. private line 专用线路688. diameter 直径689. centimeter 厘米690. restriking 电弧再触发691. magnitude 振幅692. oscillation 振荡693. auxiliary 辅助的694. protective gap 保护性间隙放电695. receptacle 插座696. lightning arrester 避雷装置697. bushing 套管698. trigger 起动装置699. stress 应力700. deterioration 损坏,磨损701. spark gap 火花放电隙702. traveling-wave 行波703. wye-connected 星形连接704. enclosure 设备外壳705. live conductor 带电导体706. fuse 熔断器707. structural 结构上的708. out-of-step 不同步的709. resynchronize 再同步710. synchroscops 同步指示器711. automatic oscillograph 自动示波器712. nominally 标称713. sampling 采样714. potential transformer 电压互感器715. fraction 分数716. switchyard 户外配电装置717. hazard 危险718. bushing 高压套719. contact 触点720. energize 励磁721. trip coil 跳闸线圈722. over-current relay 过电流继电器723. armature 衔铁724. pickup current 始动电流725. release current 释放电流726. solenoid relay 螺管式继电器727. induction-disc relay 感应圆盘式继电器728. inverse time relay 反时限继电器729. hydraulic 液力的730. dashpot 阻尼器733. electrical stressing 电气应力734. mechanical stressing 机械应力■735. crystal 晶体的，水晶，晶体736. demodulation 解调737. derivative 导数738. diaphragm 膜片739. differentiation 微分740. discrete 离散的741. displacement 位移742. eddy 涡流743. encoder 编码器744. error 误差，偏差745. expedite 加速746. feedback 反馈747. feedforward 前馈748. forging 锻造749. hysteresis 磁滞750. immunity 抗扰性751. impedance 阻抗752. increment encoder 增量编码器753. inertia 惯性754. integration 积分755. interface 接口756. jerk 振动，冲击757. kinematic 运动的，运动学的758. longitudinal 经度了；纵向的759. manipulations 操作，控制，处理760. manipulator 机械手，操作器761. measurand 被测量，被测量对象762. modulation 调制763. multiplexer 多路转换器764. offset 偏心765. open-loop 开环766. orthogonal 垂直的，正交的767. perpendicular 垂直的，正交的768. photosensor 光电传感器769. piezoelectric 压电的770. plant 装置，设备771. potentiometer 电位器772. predominant 主要的，突出的773. prismatic 棱型的774. proximity 距离775. quantization 量化776. radial 径向的777. redundant 多余的，重复的778. representation 代表，表示779. resolver 解算器780. resonance 共振781. revolute 旋转的，转动的782. rig 设备783. robustness 鲁棒性784. rolling 轧制785. sampling period 采样周期786. signal-to-noise ration ，SNR信噪比787. strategy 策略788. subsequently 其后789. tachometer 测速仪790. terminology 术语，专门名词791. threshold 门，界限，阈值792. trajectory 轨迹793. transducer 传感器794. transient 瞬态的795. transistor-to-transistor logic，TTL 晶体管-晶体管逻辑796. transit 运输797. translatory 平移的798. algorithm 算法799. ambiguity 模棱两可800. antenna 天线801. arbitration 仲裁，公断802. autonomous 匿名的803. capacity 容量804. chao 混乱805. checksum 检查和806. circumnavigate 饶过807. client-server 客户-服务器808. client-server model 客户服务器模型809. corridor 通道，走廊810. decouple 解耦，去除干扰811. depict 描述812. distributed system 分布式系统813. dungen 地牢814. electronic mail 电子邮件815. entity 实体816. etiquette 规则817. exponential 指数818. fallout 余波，附带结果819. forward 转发820. full-duplex 全双工821. gamut 全体，整体822. goggles 护目镜，潜水镜823. half-duplex 半双工824. hierarchy 阶梯，等级825. host 主机826. infrastructure 基础，底层结构827. interactive 交互式828. interface data unit 接口数据单元829. inventory 存货，清单830. killer 迷人的831. newsgroup 新闻组832. object-oriented 面向对象的833. outgoing 外出了，离开的834. pointer 指针835. primitive 操作，原型836. process 进程837. propagation 传播，宣传838. protocol 协议839. protocol data unit 协议数据单元840. remote database 远程数据库841. remote login 远程登陆842. remote terminal 终端843. reprisal 报复844. router 路由器845. service data unit 服务数据单元846. simultaneous 同时的847. static allocation 静态分配848. subnet 子网849. taxonomy 分类学，分类850. telemedicine 远程医疗851. terminology 术语852. testbed 测试平台853. therapy 治疗854. token 令牌855. topology 拓扑学856. videoconference 可视会议857. virtual reality 虚拟现实858. worldwide shared 全球共享的859. wide area network 广域网860. actuator 执行器861. bar code reader 条码阅读器862. by-product 副产品863. call for 需要864. contiguous 邻近的865. culprit 犯罪者866. elusive 难以捉摸的867. filter 滤波器868. fluctuation 升降剥动，不规则的变化869. hardwired 硬接线的870. havoc 大破坏871. high-volume 大容量872. induction coupling 感应耦合873. inference 干扰874. injection molding 注模875. instruction set 指令集876. interconnection 相互连接877. isolation transformer 隔离变压器878. maintenance 维护879. multiple axis drive 多轴驱动880. pilot light 信号灯881. RF noise 射频干扰882. shock 冲击883. solenoid 线圈884. stand-alone 独立的885. stepper 步进电机886. thermocouple 热电偶887. troubleshoot 排除故障888. uninterruptible power supply 不间断电源889. vendor 生产厂商890. vibration 震动891. water-tight 防水892. wreak 发泄，报复893. configuration 组态894. Cyclic Redundancy Check 循环冗余检查895. electromagnetic interference 电磁干扰896. meticulous 详细的897. nonvolatile 非挥发的898. parity 校验899. peripheral 外设900. pharmaceutical 药剂，药品901. rack mounting 机架安装902. resident program 驻留程序903. spare 备用的904. standby 后备的905. volatile 挥发的，易失的906. watchdog timer 看门狗定时器907. distribution 分配，配电908. primary 最初的，基本的，初级线圈909. radial 径向的，辐射状的910. premise 上述各点，前言，根据911. residential 住宅的，居住的912. residence 住宅913. occupancy 占有，占用，居住914. tap 抽头915. establishment 组织，部门916. dwelling 住房917. panel 操纵台，面板918. laundry 洗衣房919. means 手段，工具920. condominium （国际）共官921. branch circuit 直路922. conduit 导线，导线管923. rigid 刚性的，坚固的924. clamp 夹，钳925. bolt 螺栓926. cubicle 立方体927. interrupter 断续(流、电、路)器928. margin 余量，裕度929. nuisance 障碍，公害930. receptacle 插座，插孔931. algebraic 代数的932. virtually 实际上，实质上933. fluorescent 荧光的，有荧光性的934. fixture 设备，装置]935. vicinity 附近，邻近，接近936. ballast 镇流器937. feeder 馈电线，电源线，馈电板938. ground-fault protector （GFP）939. ground-fault circuit interrupter（GFCI）接地故障保护器，接地故障断路器940. centrifugal 离心的，离心力941. whilst=while942. sphere 球体943. counteract 抵抗，抵消，消除944. joint 关节，铰链945. keyway 键槽946. pivot 轴，支点947. link 连杆948. throttle 节流阀，风门949. synthesis 综合物950. mass 物质，块，堆951. classic 古典的，经典的，传统的952. steer 驾驶，操纵，引导953. servomechanism 伺服机构，伺服系统954. actuate 激励，驱动955. intimately 紧密地，直接的956. academic 纯理论的957. dial 刻度盘，调节控制盘958. calibration 标定，标准化959. lubrication 润滑，注油960. arrangement 结构961. wear 磨损，损耗962. subtle 微妙的，巧妙的963. transducer 变送器964. hand-wheel 手轮，驾驶盘，操纵盘965. hydraulic 液压的，液压传动装置966. pneumatic 气动的，气动力学的967. electro-hydraulic 电动液压的968. electro-pneumatic 电动气动的969. coincidence 一致，相等970. faithful 正确的，可靠的971. fidelity 重现精度，真实，正确972. oscillatory 振动的，摆动的973. align 调整，校准974. profile 轮廓，仿行975. milling machine 铣床976. gyroscope 陀螺仪977. launcher 发生器，启动装置978. inertial 惯性的，惯量的979. electrolytic 电解的980. plate （电）镀981. distillation 蒸馏982. blend 混合，调和，配料983. philosophy 基本原理984. analytical 分析的，分解的985. orifice 侧流板，隔板986. diaphragm 膜，隔板987. knob 钮，圆形把手988. nomenclature 术语989. liable 有责任的990. autonomic 自治的991. grossly 大概，大体上的992. ideological 思想的993. morally 道德上，道义上994. boredom 讨厌，无趣995. deterioration 变化，降低品质996. ambient 环境的997. remarks 附注，要点998. differential pressure transducer差压变送器999. viscous 粘稠的1000.viscous friction 粘滞摩擦.1001.bearing 轴承1002.rolling mill 轧钢机1003.mine minder 矿坑卷扬机1004.velodyne 伺服积分器1005.feasible 可行的1006.regenerative braking 回馈制动1007.eddy current braking 涡流制动1008.dynamic braking 能耗制动1009.reverse braking 反接制动1010.advent 出现1011.prolong 延长1012.armature 电枢1013.contactor 接触器1014.hoist 起重机1015.field winding 励磁绕组mutator 换向器1017.riiple 纹动1018.creep 蠕动1019.tachogenerator 测速发电机1020.quadrant 象限1021.coast 跟踪惯性1022.profile 轮廓1023.conveyance 运输工具1024.lever 手柄，控制杆1025.forced commutation 强迫换流1026.ac squirrel cage induction motor交流笼型感应电动机1027.accutrol 控制器1028.stator 定子1029.rotor 转子1030.DC link 直流环节1031.Triac 双向晶闸管1032.Adjustable-voltage inverter 电压型逆变器1033.Current source inverter 电流型逆变器1034.refinement 明确表达1035.pros and cons 优缺点1036.cogging 齿槽效应.1037.retrofit 改型1038.damper 减速器1039.pitfall 缺陷1040.vernier 游标尺1041.jog 啮合1042.runout table 输出轨道1043.clinker-cooler 熟料冷却器1044.kiln 炉1045.grinder 磨床1046.pitch 齿轮1047.inventory 存货1048.cone pulley 塔轮，快慢轮1049.escalation 升级，提高1050.forced-draft 强制通风1051.induced-draft fan 吸风机1052.elbow 弯头。

位移传感器-（中英对照）

位移传感器位移传感器又称为线性传感器，它分为电感式位移传感器，电容式位移传感器，光电式位移传感器，位移传感器超声波式位移传感器，霍尔式位移传感器。

电感式位移传感器是一种属于金属感应的线性器件，接通电源后，在开关的感应面将产生一个交变磁场，当金属物体接近此感应面时，金属中则产生涡流而吸取了振荡器的能量，使振荡器输出幅度线性衰减，然后根据衰减量的变化来完成无接触检测物体的目的。

简介电感式位移传感器具有无滑动触点，工作时不受灰尘等非金属因素的影响，并且低功耗，长寿命，可使用在各种恶劣条件下。

位移传感器主要应用在自动化装备生产线对模拟量的智能控制。

位移是和物体的位置在运动过程中的移动有关的量，位移的测量方式所涉及的范围是相当广泛的。

小位移通常用应变式、电感式、差动变压器式、涡流式、霍尔传感器来检测，大的位移常用感应同步器、光栅、容栅、磁栅等传感技术来测量。

其中光栅传感器因具有易实现数字化、精度高（目前分辨率最高的可达到纳米级）、抗干扰能力强、没有人为读数误差、安装方便、使用可靠等优点，在机床加工、检测仪表等行业中得到日益广泛的应用。

原理计量光栅是利用光栅的莫尔条纹现象来测量位移的。

“莫尔”原出于法文Moire，意思是水波纹。

几百年前法国丝绸工人发现，当两层薄丝绸叠在一起时，将产生水波纹状花样；如果薄绸子相对运动，则花样也跟着移动，这种奇怪的花纹就是莫尔条纹。

一般来说，只要是有一定周期的曲线簇重叠起来，便会产生莫尔条纹。

计量光栅在实际应用上有透射光栅和反射光栅两种；按其作用原理又可分为辐射光栅和相位光栅；按其用途可分为直线光栅和圆光栅。

下面以透射光栅为例加以讨论。

透射光栅尺上均匀地刻有平行的刻线即栅线，a为刻线宽，b为两刻线之间缝宽，W=a+b称为光栅栅距。

目前国内常用的光栅每毫米刻成10、25、50、100、250条等线条。

光栅的横向莫尔条纹测位移，需要两块光栅。

一块光栅称为主光栅，它的大小与测量范围相一致；另一块是很小的一块，称为指示光栅。

(完整版)传感器专业名词英文解释

1. Briefly define the following terms1) TransducerA transducer is a device that converts a signal from one physicalform to a corresponding signal having a different physical form .2) SensorA sensor converts a physical signal into an electrical signal (i.e., amicrophone).3) ActuatorAn actuator is a device that converts electrical energy into physical energy (i.e.,a loudspeaker).4) LinearityThe linearity describes the closeness between the calibration curve and a specified straightline.5) SensitivityThe sensitivity is defined in terms of the relationship between input physicalsignal and output electrical signal. It is generally the ratio between a smallchange in electrical signal to a small change in physical signal. The sensitivity isthe slope of the calibration curve.6) HysteresisThe hysteresis refers to the difference between two output values thatcorrespond to the same input, depending on the direction (increasing ordecreasing) of successive input values. That is, similarly to the magnetizationin ferromagnetic materials, it can happen that the output corresponding to agiven input depends on whether the previous input was higher or lower than thepresent one.Some sensors do not return to the same output value when the input stimulus iscycled up or down. The width of the expected error in terms of the measuredquantity is defined as the hysteresis.7) RepeatabilityThe repeatability is the closeness of agreement between successive resultsobtained with the same method under the same conditions and in a short timeinterval.%100y σ)3~2(δFS ⨯=Rδ—sample standard deviation8) Strain (mechanical)Fractional change in length ΔL/L.9) Gage factorThe gage factor is defined as the fractional change in resistance divided by the strain.10) Piezoresistive effectThe change in resistivity as a result of a mechanical stress is called thepiezoresistive effect.11)direct piezoelectric effect.the phenomenon of generation of a voltage under mechanical stress is referred to as the piezoelectric effect.12)converse piezoelectric effect.The mechanical strain produced in the crystal under electric stress is called the converse piezoelectric effect.13)Numerical ApertureThe "acceptance cone" defines how much light will be accepted into the fiber andultimately how much remains in the fiber, and is referred to as the numerical aperture. 14)Extrinsic sensorThe optical fiber plays no part in achieving the modulating but simply acts as atransmission medium ; these are extrinsic sensors.15)Intrinsic sensors (fiber optic sensor)The optical fiber plays a major role in modulating the energy from the source; these are referred to as intrinsic sensors.16)Humiditya quantity representing the amount of water vapor in the atmosphere or a gas17)Absolute humidityAbsolute humidity is the mass of water vapor per unit volume of air.18)Relative humidityThe ratio of the actual vapor density to the theoretical maximum (saturation) vapordensity at the same temperature, expressed as a percentage. The relative humidity is the ratio of the actual vapor pressure to the saturation vapor pressure at given temperature. 19)Peltier effectWhen two dissimilar metals are connected together, a small voltage called athermojunction voltage is generated at the junction. This is called the Peltier effect.20)Law of Homogeneous ConductorsFor a given pair of homogeneous conductors forming a closed loop, the Seebeck emf depends only on the temperatures of the junctions, and not on the temperature distribution along the length of the conductors.21)Law of intermediate metalsA third (intermediate) metal wire can be inserted in series with one of the wires withoutchanging the voltage reading (provided that the two new junctions are at the sametemperature).If there is a third metal introduced into the thermocouple circuit , it will not adverselyeffect the reading, if and only if the two junctions of the third metal are at the sametemperatures .22)Bernoulli’s theoremBernoulli’s equation states that energy is approximately conserved across a constriction ina pipe.Bernoulli’s equation: P/(ρ•g) + ½v2/g + y = constant(ρ=density;g=acceleration of gravity ; v=fluid velocity; y=elevation )2. Describe the following devices and how they work1) Strain gageThe strain gauge usually consists of wire, baking, thinpaper, and lead welded. The wireis arranged in the form of a grid in order to obtain higher resistances.2) Parallel plate Capacitive SensorThe parallel plate Capacitive Sensor is a function of the distance d (cm) between theelectrodes of a structure, the surface area A (cm2) of the electrodes, and the permittivity ε0(F/m 1085.812-⨯for air) of the dielectric between the electrodes; therefore:d Ad AC 0r εεε==3) Differential Capacitive SensorA differential capacitor consists of two variable capacitors so arranged that they undergothe same change, but in opposite directions. The amplifier circuit, depending on itsconfiguration, can generate a voltage proportional to C1 - C2 or C1/C2 or (C1 - C2)/(C1 +C2).4) Variable Reluctance SensorsA typical single-coil variable-reluctance displacement sensor is illustrated in the Figurebelow. The sensor consists of three elements: a ferromagnetic core, a variable air gap, anda ferromagnetic plate.Based on change in the reluctance of a magnetic flux path. Self-inductance L of the coil is: Reluctance can be given as:5) Variable-Reluctance TachogeneratorsIt consists of a ferromagnetic, toothed wheel attached to a rotating shaft, a coil and amagnet. The wheel rotates in close proximity to the pole piece, thus causing the flux linkedby thecoil to change. The sensors output depends on the speed of the rotation of the wheeland the number of teeth.6) LVDTAn LVDT consists of three coils, a form and a core. The coils are wound on a hollow form.The primary is excited by some ac source. Flux formed by the primary is linked to the twosecondary coils, inducing an ac voltage in each coil. A core is inside the former. It canslide freely through the center of the form.In many applications, the two secondary coils are connected in series opposition.Then the two voltages will subtract; that is, the differential voltage is formed. When thecore is centrally located, the net voltage is zero. When the core is moved to one side, thenet voltage will increase.7) Compression Mode Piezoelectric Accelerometers Upright compression designs sandwich the piezoelectric crystal between a seismic mass2m WL R =0m l R S μμ=and rigid mounting base. A pre- load stud or screw secures the sensing element to themounting base.When the sensor is accelerated, the seismic mass increases or decreases the amount of compression force acting upon the crystal, and a proportional electrical output results.8)Shear mode accelerometerShear mode accelerometer designs bond, or “sandwich,” the sensing material between a center post and seismic mass. A compression ring or stud applies a preload force required to create a rigid linear structure. Under acceleration, the mass causes a shear stress to be applied to the sensing material. This stress results in a proportional electrical output by the piezoelectric material. They represent the traditional or historical accelerometer design.9)PsychrometerA psychrometer contains two identical thermometers. One sensor, the dry bulb ,measures the ambient temperature. The other sensor, the wet bulb, is in a wetted condition.In operation, water evaporation cools the wetted thermometer, resulting in a measurable difference between it and the ambient, or dry bulb measurement. When the wet bulbreaches its maximum temperature depression, the humidity is determined by comparing the wet bulb/dry bulb temperatures on a psychrometric chart10)Dunmore sensorThe Dunmore sensor uses a dilute lithium chloride solution in a polyvinylacetate binder on an insulating substrate. The resistance of the sensor, measured between a bifilar grid, is a function of the r.h. of the surrounding air.11)MOS CapacitorCCDs are typically fabricated on a p-type substrate. In order to implement the “buried” channel a thin n-type region is formed on its surface. A insulator, in the form of a silicon dioxide layer is grown on top of the n-region. Thecapacitor is finished off by placing one or more electrodes, also called gates, on top of the insulating silicon dioxide.12)Full frame transfer (FFT)It consists of a parallel CCD shift register, a serial CCD shift register and a signal sensing output amplifierThe image pixel are vertically transferred into a horizontal serial register, and the charges are horizontally shifted out.13)Interline transfer (ILT)The readout regions are interspaced between the imaging regions, and are shielded from the light.At the end of the integration period, the charges are transferred horizontally to the vertical readout registers in parallel, and then read out line-by-line in a manner similar to FFT.ILT does avoid smear but with the cost of the sensitive imaging areas.14)Frame transfer (FT)The array is grouped into two sections: the image section and the storage section. These two sections are identical, except that the storage section is shielded from the light. During the readout, charges are transfered line-by-line into the storage section by applying the same clocking to both sections. At the end of the integration period, charges in the storagesection are transferred line-by-line a manner similar to FFT.15)proximity sensorsProximity sensors detect objects that are near but without touching them. These sensors are used for near-field robotic operations.16)Time-of-flight sensorsTime-of-flight sensors estimate the range by measuring the time elapsed between thetransmission and return of a pulse17)Triangulation sensorsTriangulation sensors measure range by detecting a given point on the object surface from two different points of view at a known distance from each other. Knowing this distance and the two view angles from the respective points to the aimed surface point, a simple geometrical operation yields the range.18)Thermal Infrared DetectorsThermal infrared detectors convert incoming radiation into heat, raising the temperature of the thermal detector.19)Photon-type detectorsPhoton-type detectors react to the photons emitted by the object. The infrared radiation causes changes in the electrical properties of photon-type detectors.There are two main types of photon infrared detectors. One is called Photoconductive detector, which exhibit increased conductivity with received radiation. Another is named as Photovoltaic detector, this device converts received radiation into electric current.20)shock tubeConstruction of a shock tube is quite simple: it consists of a long tube, closed at both ends, separated into two chambers by a diaphragm, as shown in the Fig. below. A pressure differential is built up across the diaphragm, and the diaphragm is burst, either directly by the pressure differential or initiated by means of an externally controlled probe. Rupturing of the diaphragm causes a shock wave.The shock tube provides the nearest thing to a transient pressure “standard.”21)ThermocoupleA thermocouple consists of two electrical conductors made of different metals that are joined at one end.Note particularly that two junctions are always required. In general, one sense the desired or unknown temperature; this one we shall call the hot or measuring junction. The second will usually be maintained at a known fixed temperature; this one we shall refer to as the cold or reference junction. When the two junctions are at different temperatures, a voltage is developed across the junction.22)Bimetallic strip thermometerTwo dissimilar metals are bonded together into what is called a bimetallic strip. Since two metals have different coefficient of thermal expansion, one metal will expands more than does another metal as temperature increases, causing the bimetallic strip to curl upwards as sketched.23)RTDA resistance temperature detector is basically either a long, small diameter metal wirewound in a coil or an etched grid on a substrate, much like a strain gage. The resistance ofan RTD increases with increasing temperature.24)Three-wire BridgeA clever circuit designed to eliminate the lead wire resistance error is called a three-wireRTD bridge circuit, as sketched to the right.If wires A and B are perfectly matched in length (wires A and B have the same length, and thus the same resistance,), their impedance effects will cancel because each is in anopposite leg of the bridge. The third wire, C, acts as a sense lead and carries no current.25)ThermistorA thermistor is similar to an RTD, but a semiconductor material is usedinstead of a metal. A change in temperature causes the electrical resistance of the semiconductor material to change. P ositive temperature coefficient (PTC) and and negative temperature coefficient (NTC) units are available.26)Seismic (Absolute) Acc eleration PickupsIt consistis of a mass, a spring, and a damper arrangement, as shown in the Figure below.Fig……..y(t）= the absolute displacement of the mass Mx(t）= the absolute displacement of the basez-y=)()(txtz —the relative motion between the mass and the basem —massc —damping constantk —spring constantSeismic (Absolute) Displacement PickupsThe relative displacement z (the output of the sensor) is proportional to the applied displacement. A low value of ωn is needed (ωn should be much less than the lowest vibration frequency for accurate displacement measurement. )Seismic AccelerometerThe relative displacement z ( the output of the sensor) is proportional to the appliedacceleration. a high ωn is needed to measure accurately high-frequency. Increasing ωn will increase the range of frequency for which the amplitude-ratio curve is relatively flat;27)Seismic Velocity Pickup (moving coil type)One type of velocity transducer is based on a linear generator. When a coil cuts the magnetic field lines around a magnet, a voltage is induced in the coil, and this voltage is dependent on the speed of the coil relative to the magnet. The velocity pickup is designed like a displacement pickup, to have a low value of wn and to operate at angular frequencies well above wn so that the motion of the seismic mass is virtually the same as that of the casing but (almost) opposite in phase.28)The Orifice Plate FlowmetersAn orifice plate is a restriction with an opening smaller than the pipe diameter which is inserted in the pipe; Because of the smaller area the fluid velocity increases, causing acorresponding decrease in pressure.The flow ratee can be calculated from the measured pressure drop across the orifice plate 29)Ultrasonic FlowmetersUltrasonic Doppler Method:Doppler Equation :v f= K • Δf ;Doppler ultrasonic flowmeters reflect ultrasonic energy from particles, bubbles and/or eddies flowing in the fluid.Ultrasonic Transit-Time Method：The time difference between ultrasonic energy moving upstream and downstream in the fluid is used to determine fluid Velocity.Because transmitter-receiver B is situated downstream withrespect to A, the sound wave train from A to B will arrive soonerthan the train from B to A . This implies that the execution timefrom A to B is shorter than that from B to A.30)Electromagnetic FlowmetersThe measurement principle is based on Faraday’s Law of Magnetic Induction :ahomogeneous magnetic field is built up. An electrically conducting liquid flowsthrough this magnetic field.By the movement of the electrical conductor (liquid) a current gets induced which isproportional to the average flow velocity and the magnet field strength.。

自动化专业常用英语词汇

自动化专业常用英语词汇引言概述：自动化专业是一个涉及到控制系统、机器人技术、电子技术等多个领域的学科，因此掌握一些常用的英语词汇对于学习和工作都非常重要。

本文将介绍自动化专业中常用的英语词汇，以帮助读者更好地理解和运用这些术语。

一、控制系统（Control System）1.1 传感器（Sensor）：用于感知和测量物理量或信号的装置，如温度传感器、压力传感器等。

1.2 执行器（Actuator）：用于根据控制信号执行相应动作的装置，如电动机、气缸等。

1.3 控制器（Controller）：用于接收传感器信号并根据预定算法生成控制信号的设备，如PLC（可编程逻辑控制器）、PID控制器等。

二、机器人技术（Robotics）2.1 机器人（Robot）：能够自主执行任务的自动化机械设备。

2.2 人机交互（Human-Machine Interaction）：指人与机器人之间的信息交流和操作界面设计。

2.3 机器视觉（Machine Vision）：利用摄像机和图像处理技术使机器人能够感知和理解视觉信息。

三、电子技术（Electronics）3.1 电路（Circuit）：由电子元件组成的电气连接。

3.2 微处理器（Microprocessor）：集成电路芯片中的一种，用于执行计算机指令和控制任务。

3.3 数字信号处理（Digital Signal Processing）：对数字信号进行滤波、变换、编码等处理的技术。

四、自动化控制（Automation Control）4.1 反馈控制（Feedback Control）：根据系统输出信号来调整控制量，以实现期望目标。

4.2 开环控制（Open-loop Control）：控制器输出信号不依赖于系统反馈信息的控制方式。

4.3 自适应控制（Adaptive Control）：根据系统模型和实时测量数据来调整控制器参数的控制方法。

五、工业自动化（Industrial Automation）5.1 自动化生产线（Automated Production Line）：利用机器人和控制系统实现自动化生产的生产线。

自动化仪表专业英语

345. latching relay 自锁继电器346. lathe 车床347. limit switch 限位开关348. moisture 潮气，湿度349. mount 安装350. octal-base 八脚的351. orifice 孔，注孔352. pedal 踏板，踏蹬353. phase sequence 相序354. piston 活塞355. pivot 轴，支点，旋转中心356. plunger 可动铁心，插棒式铁心357. pneumatic 气动的358. relay 继电器359. single-phase 单相的360. solenoids 螺线管361. solid-state relay 固态继电器362. spring 弹簧363. tap 抽头364. three-phase 三相365. timing relay 延时继电器366. toggle 搬扭，刀闸367. vibration 振动368. absolute encoder 绝对编码器369. accelerometer 加速度测量仪370. actuator 执行机构371. analog-to-digital conversion, ADC 模数转换器372. angular 角的373. auxiliary 辅助的374. as a rule of thumb 根据经验375. bellows 膜盒376. binary-coded decimal,BCD377. calibration 校准，标定，刻度378. cantilever 悬臂379. closed-loop 闭环■380. induction machine 感应式电机381. horseshoe magnet 马蹄形磁铁382. magnetic field 磁场383. eddy current 涡流384. right-hand rule 右手定则385. left-hand rule 左手定则386. slip 转差率387. induction motor 感应电动机388. rotating magnetic field 旋转磁场389. winding 绕组390. stator 定子391. rotor 转子392. induced current 感生电流393. time-phase 时间相位394. exciting voltage 励磁电压395. solt 槽396. lamination 叠片397. laminated core 叠片铁芯398. short-circuiting ring 短路环399. squirrel cage 鼠笼400. rotor core 转子铁芯401. cast-aluminum rotor铸铝转子402. bronze 青铜403. horsepower 马力404. random-wound 散绕405. insulation 绝缘406. ac motor 交流环电动机407. end ring 端环408. alloy 合金409. coil winding 线圈绕组410. form-wound 模绕411. performance characteristic 工作特性412. frequency 频率413. revolutions per minute 转/分414. motoring 电动机驱动415. generating 发电416. per-unit value 标么值417. breakdown torque 极限转矩418. breakaway force 起步阻力419. overhauling 检修420. wind-driven generator 风动发电机421. revolutions per second 转/秒422. number of poles 极数423. speed-torque curve 转速力矩特性曲线424. plugging 反向制动425. synchronous speed 同步转速426. percentage 百分数427. locked-rotor torque 锁定转子转矩428. full-load torque 满载转矩429. prime mover 原动机430. inrush current 涌流431. magnetizing reacance 磁化电抗432. line-to-neutral 线与中性点间的433. staor winding 定子绕组434. leakage reactance 漏磁电抗435. no-load 空载436. full load 满载437. Polyphase 多相(的)438. iron-loss 铁损439. complex impedance 复数阻抗440. rotor resistance 转子电阻441. leakage flux 漏磁通442. locked-rotor 锁定转子443. chopper circuit 斩波电路444. separately excited 他励的445. compounded 复励446. dc motor 直流电动机447. de machine 直流电机448. speed regulation 速度调节449. shunt 并励450. series 串励451. armature circuit 电枢电路452. optical fiber 光纤453. interoffice 局间的454. waveguide 波导波导管455. bandwidth 带宽456. light emitting diode 发光二极管457. silica 硅石二氧化硅458. regeneration 再生, 后反馈放大459. coaxial 共轴的,同轴的460. high-performance 高性能的461. carrier 载波462. mature 成熟的463. Single Side Band(SSB) 单边带464. coupling capacitor 结合电容465. propagate 传导传播466. modulator 调制器467. demodulator 解调器468. line trap 限波器469. shunt 分路器470. Amplitude Modulation(AM调幅471. Frequency Shift Keying(FSK)移频键控472. tuner 调谐器473. attenuate 衰减474. incident 入射的475. two-way configuration 二线制476. generator voltage 发电机电压477. dc generator 直流发电机478. polyphase rectifier 多相整流器479. boost 增压480. time constant 时间常数481. forward transfer function 正向传递函数482. error signal 误差信号483. regulator 调节器484. stabilizing transformer稳定变压器485. time delay 延时486. direct axis transient time constant直轴瞬变时间常数487. time invariant 时不变的488. transient response 瞬态响应489. solid state 固体490. buck 补偿491. operational calculus 算符演算492. gain 增益493. pole 极点494. feedback signal 反馈信号495. dynamic response 动态响应496. voltage control system 电压控制系统497. mismatch 失配498. error detector 误差检测器499. excitation system 励磁系统500. field current 励磁电流501. transistor 晶体管502. high-gain 高增益503. boost-buck 升压去磁504. feedback system 反馈系统505. reactive power 无功功率506. feedback loop 反馈回路507. automatic Voltage regulator(AVR)自动电压调整器508. third harmonic voltage 三次谐波电压509. reference Voltage 基准电压510. magnetic amplifier 磁放大器511. amplidyne 微场扩流发电机512. self-exciting 自励的513. limiter 限幅器514. manual control 手动控制515. block diagram 方框图516. linear zone 线性区517. potential transformer 电压互感器518. stabilization network 稳定网络519. stabilizer 稳定器520. air-gap flux 气隙磁通521. saturation effect 饱和效应522. saturation curve 饱和曲线523. flux linkage 磁链524. per unit value 标么值525. shunt field 并励磁场526. magnetic circuit 磁路527. load-saturation curve 负载饱和曲线528. air-gap line 气隙磁化线529. polyphase rectifier 多相整流器530. circuit components 电路元件531. circuit parameters 电路参数532. electrical device 电气设备533. electric energy 电能534. primary cell 原生电池535. energy converter 电能转换器536. conductor 导体537. heating appliance 电热器538. direct-current 直流539. self-inductor 自感540. mutual-inductor 互感541. the dielectric 电介质542. storage battery 蓄电池543. e.m.f = electromotive fore电动势544. unidirectional current 单方向性电流545. circuit diagram 电路图546. load characteristic 负载特性547. terminal voltage 端电压548. external characteristic外特性549. conductance 电导550. volt-ampere characteristics伏安特性551. carbon-filament lamp 碳丝灯泡552. ideal source 理想电源553. internal resistance 内阻554. active (passive) circuit elements有（无）源电路元件555. deviation 偏差556. leakage current 漏电流557. circuit branch 支路558. P.D. = potential drop 电压降559. potential distribution 电位分布560. r.m.s values = root mean square values 均方根值561. permanent magnet 永磁体562. effective values 有效值563. steady direct current 恒稳直流电564. sinusoidal time function 正弦时间函数565. complex number 复数566. Cartesian coordinates 笛卡儿坐标系567. modulus 模568. real part 实部569. imaginary part 虚部570. displacement current 位移电流571. trigonometric transformations 瞬时值572. epoch angle 初相角573. phase displacement 相位差574. signal amplifier 小信号放大器575. mid-frequency band 中频带576. bipolar junction transistor(BJT双极性晶体管577. field effect transistor(FET)场效应管578. electrode 电极电焊条579. polarity 极性580. gain 增益581. isolation 隔离分离绝缘隔振582. emitter 发射管放射器发射极583. collector 集电极584. base 基极585. self-bias resistor 自偏置电阻586. triangular symbol 三角符号587. phase reversal 反相588. infinite voltage gain 无穷大电压增益589. feedback component 反馈元件590. differentiation 微分591. integration 积分下限592. impedance 阻抗593. fidelity 保真度594. summing circuit总和线路反馈系统中的比较环节595. pneumatic 气动的596. Oscillation 振荡597. inverse 倒数598. admittance 导纳599. transformer 变压器600. turns ratio 变比匝比601. ampere-turns 安匝(数)602. mutual flux 交互(主)磁通603. vector equation 向(相)量方程604. power frequency 工频605. capacitance effect 电容效应606. induction machine 感应电机607. shunt excited 并励608. series excited 串励609. separately excited 他励610. self excited 自励611. field winding 磁场绕组励磁绕组612. speed-torque characteristic 速度转矩特性613. dynamic-state operation动态运行614. salient poles 凸极615. excited by 励磁616. field coils 励磁线圈617. air-gap flux distribution 气隙磁通分布618. direct axis 直轴619. armature coil 电枢线圈620. rotating commutator 旋转（整流子）换向器621. commutator-brush combination换向器-电刷总线622. mechanical rectifier 机械式整流器623. armature m.m.f. wave 电枢磁势波624. Geometrical position 几何位置625. magnetic torque 电磁转矩626. spatial waveform 空间波形627. sinusoidal-density wave正弦磁密度628. external armature circuit 电枢外电路629. instantaneous electric power瞬时电功率630. instantaneous mechanical power 瞬时机械功率631. effects of saturation 饱和效应632. reluctance 磁阻633. power amplifier 功率放大器634. compound generator 复励发电机635. rheostat 变阻器636. self - excitation process 自励过程637. commutation condition 换向状况638. cumulatively compounded motor 积复励电动机639. operating condition 运行状态640. equivalent T - circuit T型等值电路641. rotor (stator) winding 转子（定子绕组）642. winding loss 绕组（铜）损耗643. prime motor 原动机644. active component 有功分量645. reactive component 无功分量646. electromagnetic torque 电磁转矩647. retarding torque 制动转矩648. inductive component 感性（无功）分量649. abscissa axis 横坐标650. induction generator 感应发电机651. synchronous generator 同步发电机652. automatic station 无人值守电站653. hydropower station 水电站654. process of self - excitation 自励过程655. auxiliary motor 辅助电动机656. technical specifications 技术条件657. voltage across the terminals 端电压658. steady - state condition瞬态暂态659. reactive in respect to 相对....呈感性660. active in respect to 相对....呈阻性661. synchronous condenser 同步进相（调相）机662. coincide in phase with 与....同相663. synchronous reactance 同步电抗664. algebraic 代数的665. algorithmic 算法的666. biphase 双相的667. bilateral circuit 双向电路668. bimotored 双马达的669. corridor 通路670. shunt displacement current 旁路位移电流671. leakage 泄漏672. lightning shielding 避雷673. harmonic 谐波的674. insulator string 绝缘子串675. neutral 中性的676. zero sequence current 零序电流677. sinusoidal 正弦的678. square 平方679. corona 电晕,放电680. bypass 旁路681. voltmeter 电压表682. ammeter 电流表683. micrometer 千分尺684. thermometer 温度计685. watt-hour meter 电度表686. wattmeter 电力表687. private line 专用线路688. diameter 直径689. centimeter 厘米690. restriking 电弧再触发691. magnitude 振幅692. oscillation 振荡693. auxiliary 辅助的694. protective gap 保护性间隙放电695. receptacle 插座696. lightning arrester 避雷装置697. bushing 套管698. trigger 起动装置699. stress 应力700. deterioration 损坏,磨损701. spark gap 火花放电隙702. traveling-wave 行波703. wye-connected 星形连接704. enclosure 设备外壳705. live conductor 带电导体706. fuse 熔断器707. structural 结构上的708. out-of-step 不同步的709. resynchronize 再同步710. synchroscops 同步指示器711. automatic oscillograph 自动示波器712. nominally 标称713. sampling 采样714. potential transformer 电压互感器715. fraction 分数716. switchyard 户外配电装置717. hazard 危险718. bushing 高压套719. contact 触点720. energize 励磁721. trip coil 跳闸线圈722. over-current relay 过电流继电器723. armature 衔铁724. pickup current 始动电流725. release current 释放电流726. solenoid relay 螺管式继电器727. induction-disc relay 感应圆盘式继电器728. inverse time relay 反时限继电器729. hydraulic 液力的730. dashpot 阻尼器733. electrical stressing 电气应力734. mechanical stressing 机械应力■735. crystal 晶体的，水晶，晶体736. demodulation 解调737. derivative 导数738. diaphragm 膜片739. differentiation 微分740. discrete 离散的741. displacement 位移742. eddy 涡流743. encoder 编码器744. error 误差，偏差745. expedite 加速746. feedback 反馈747. feedforward 前馈748. forging 锻造749. hysteresis 磁滞750. immunity 抗扰性751. impedance 阻抗752. increment encoder 增量编码器753. inertia 惯性754. integration 积分755. interface 接口756. jerk 振动，冲击757. kinematic 运动的，运动学的758. longitudinal 经度了；纵向的759. manipulations 操作，控制，处理760. manipulator 机械手，操作器761. measurand 被测量，被测量对象762. modulation 调制763. multiplexer 多路转换器764. offset 偏心765. open-loop 开环766. orthogonal 垂直的，正交的767. perpendicular 垂直的，正交的768. photosensor 光电传感器769. piezoelectric 压电的770. plant 装置，设备771. potentiometer 电位器772. predominant 主要的，突出的773. prismatic 棱型的774. proximity 距离775. quantization 量化776. radial 径向的777. redundant 多余的，重复的778. representation 代表，表示779. resolver 解算器780. resonance 共振781. revolute 旋转的，转动的782. rig 设备783. robustness 鲁棒性784. rolling 轧制785. sampling period 采样周期786. signal-to-noise ration ，SNR信噪比787. strategy 策略788. subsequently 其后789. tachometer 测速仪790. terminology 术语，专门名词791. threshold 门，界限，阈值792. trajectory 轨迹793. transducer 传感器794. transient 瞬态的795. transistor-to-transistor logic，TTL 晶体管-晶体管逻辑796. transit 运输797. translatory 平移的798. algorithm 算法799. ambiguity 模棱两可800. antenna 天线801. arbitration 仲裁，公断802. autonomous 匿名的803. capacity 容量804. chao 混乱805. checksum 检查和806. circumnavigate 饶过807. client-server 客户-服务器808. client-server model 客户服务器模型809. corridor 通道，走廊810. decouple 解耦，去除干扰811. depict 描述812. distributed system 分布式系统813. dungen 地牢814. electronic mail 电子邮件815. entity 实体816. etiquette 规则817. exponential 指数818. fallout 余波，附带结果819. forward 转发820. full-duplex 全双工821. gamut 全体，整体822. goggles 护目镜，潜水镜823. half-duplex 半双工824. hierarchy 阶梯，等级825. host 主机826. infrastructure 基础，底层结构827. interactive 交互式828. interface data unit 接口数据单元829. inventory 存货，清单830. killer 迷人的831. newsgroup 新闻组832. object-oriented 面向对象的833. outgoing 外出了，离开的834. pointer 指针835. primitive 操作，原型836. process 进程837. propagation 传播，宣传838. protocol 协议839. protocol data unit 协议数据单元840. remote database 远程数据库841. remote login 远程登陆842. remote terminal 终端843. reprisal 报复844. router 路由器845. service data unit 服务数据单元846. simultaneous 同时的847. static allocation 静态分配848. subnet 子网849. taxonomy 分类学，分类850. telemedicine 远程医疗851. terminology 术语852. testbed 测试平台853. therapy 治疗854. token 令牌855. topology 拓扑学856. videoconference 可视会议857. virtual reality 虚拟现实858. worldwide shared 全球共享的859. wide area network 广域网860. actuator 执行器861. bar code reader 条码阅读器862. by-product 副产品863. call for 需要864. contiguous 邻近的865. culprit 犯罪者866. elusive 难以捉摸的867. filter 滤波器868. fluctuation 升降剥动，不规则的变化869. hardwired 硬接线的870. havoc 大破坏871. high-volume 大容量872. induction coupling 感应耦合873. inference 干扰874. injection molding 注模875. instruction set 指令集876. interconnection 相互连接877. isolation transformer 隔离变压器878. maintenance 维护879. multiple axis drive 多轴驱动880. pilot light 信号灯881. RF noise 射频干扰882. shock 冲击883. solenoid 线圈884. stand-alone 独立的885. stepper 步进电机886. thermocouple 热电偶887. troubleshoot 排除故障888. uninterruptible power supply 不间断电源889. vendor 生产厂商890. vibration 震动891. water-tight 防水892. wreak 发泄，报复893. configuration 组态894. Cyclic Redundancy Check 循环冗余检查895. electromagnetic interference 电磁干扰896. meticulous 详细的897. nonvolatile 非挥发的898. parity 校验899. peripheral 外设900. pharmaceutical 药剂，药品901. rack mounting 机架安装902. resident program 驻留程序903. spare 备用的904. standby 后备的905. volatile 挥发的，易失的906. watchdog timer 看门狗定时器907. distribution 分配，配电908. primary 最初的，基本的，初级线圈909. radial 径向的，辐射状的910. premise 上述各点，前言，根据911. residential 住宅的，居住的912. residence 住宅913. occupancy 占有，占用，居住914. tap 抽头915. establishment 组织，部门916. dwelling 住房917. panel 操纵台，面板918. laundry 洗衣房919. means 手段，工具920. condominium （国际）共官921. branch circuit 直路922. conduit 导线，导线管923. rigid 刚性的，坚固的924. clamp 夹，钳925. bolt 螺栓926. cubicle 立方体927. interrupter 断续(流、电、路)器928. margin 余量，裕度929. nuisance 障碍，公害930. receptacle 插座，插孔931. algebraic 代数的932. virtually 实际上，实质上933. fluorescent 荧光的，有荧光性的934. fixture 设备，装置]935. vicinity 附近，邻近，接近936. ballast 镇流器937. feeder 馈电线，电源线，馈电板938. ground-fault protector （GFP）939. ground-fault circuit interrupter（GFCI）接地故障保护器，接地故障断路器940. centrifugal 离心的，离心力941. whilst=while942. sphere 球体943. counteract 抵抗，抵消，消除944. joint 关节，铰链945. keyway 键槽946. pivot 轴，支点947. link 连杆948. throttle 节流阀，风门949. synthesis 综合物950. mass 物质，块，堆951. classic 古典的，经典的，传统的952. steer 驾驶，操纵，引导953. servomechanism 伺服机构，伺服系统954. actuate 激励，驱动955. intimately 紧密地，直接的956. academic 纯理论的957. dial 刻度盘，调节控制盘958. calibration 标定，标准化959. lubrication 润滑，注油960. arrangement 结构961. wear 磨损，损耗962. subtle 微妙的，巧妙的963. transducer 变送器964. hand-wheel 手轮，驾驶盘，操纵盘965. hydraulic 液压的，液压传动装置966. pneumatic 气动的，气动力学的967. electro-hydraulic 电动液压的968. electro-pneumatic 电动气动的969. coincidence 一致，相等970. faithful 正确的，可靠的971. fidelity 重现精度，真实，正确972. oscillatory 振动的，摆动的973. align 调整，校准974. profile 轮廓，仿行975. milling machine 铣床976. gyroscope 陀螺仪977. launcher 发生器，启动装置978. inertial 惯性的，惯量的979. electrolytic 电解的980. plate （电）镀981. distillation 蒸馏982. blend 混合，调和，配料983. philosophy 基本原理984. analytical 分析的，分解的985. orifice 侧流板，隔板986. diaphragm 膜，隔板987. knob 钮，圆形把手988. nomenclature 术语989. liable 有责任的990. autonomic 自治的991. grossly 大概，大体上的992. ideological 思想的993. morally 道德上，道义上994. boredom 讨厌，无趣995. deterioration 变化，降低品质996. ambient 环境的997. remarks 附注，要点998. differential pressure transducer差压变送器999. viscous 粘稠的1000.viscous friction 粘滞摩擦.1001.bearing 轴承1002.rolling mill 轧钢机1003.mine minder 矿坑卷扬机1004.velodyne 伺服积分器1005.feasible 可行的1006.regenerative braking 回馈制动1007.eddy current braking 涡流制动1008.dynamic braking 能耗制动1009.reverse braking 反接制动1010.advent 出现1011.prolong 延长1012.armature 电枢1013.contactor 接触器1014.hoist 起重机1015.field winding 励磁绕组mutator 换向器1017.riiple 纹动1018.creep 蠕动1019.tachogenerator 测速发电机1020.quadrant 象限1021.coast 跟踪惯性1022.profile 轮廓1023.conveyance 运输工具1024.lever 手柄，控制杆1025.forced commutation 强迫换流1026.ac squirrel cage induction motor交流笼型感应电动机1027.accutrol 控制器1028.stator 定子1029.rotor 转子1030.DC link 直流环节1031.Triac 双向晶闸管1032.Adjustable-voltage inverter 电压型逆变器1033.Current source inverter 电流型逆变器1034.refinement 明确表达1035.pros and cons 优缺点1036.cogging 齿槽效应.1037.retrofit 改型1038.damper 减速器1039.pitfall 缺陷1040.vernier 游标尺1041.jog 啮合1042.runout table 输出轨道1043.clinker-cooler 熟料冷却器1044.kiln 炉1045.grinder 磨床1046.pitch 齿轮1047.inventory 存货1048.cone pulley 塔轮，快慢轮1049.escalation 升级，提高1050.forced-draft 强制通风1051.induced-draft fan 吸风机1052.elbow 弯头。

测控技术与仪器专业英语词汇

Lesson 1Accuracy 精确性、精度Amplitude 振幅，幅度Channel 信道，频道Coefficient 系数Convergence 收敛Differentiate 求……的微分Expansion 展开式Harmonic 谐波的Instant 瞬时，时间Integrate 求……的积分Linear 线性的Order 次序，阶Peak 最高的，最高峰Periodicity 周期Phase 相位Polynomial 多项式的，多项式Resistor 电阻器Series 展成级数，级数Taylor series 泰勒级数Set 集合Sinusoidal 正弦的Time domain 时域frequency-domain 频域integrand 被积函数Lesson 2decay 衰减duration 持续时间exponential 指数的multiplier 乘数，乘法器oscillatory 振荡的frequency density function 频率密度函数Fourier series 傅立叶级数Spectrum 频谱Imaginary part of complex 复数的虚部Real part of complex 复数的实部Conjugate pairs 共轭对Lesson 3algorithm 算法decaying oscillatory function 衰减振荡函数power series 幂级数shift operator 移位算子product 乘积electrical disturbance 电干扰sampled-data signal 数据采样信号be proportional to 与…成正比Lesson 5dead-band 死区hysteresis 滞后linearity 线性度measurand 被测量oscilloscope 示波器performance 特性precision 精确度resolution 分辨率static friction 静态摩擦sensitivity 灵敏度calibration 校准loading effect 负载效应slop 斜率platinum 铂thermometer 温度计in cascade with 与…串联in parallel with 与…并联lever 杠杆displacement 位移indicated value示值true value 真值deflection 偏转possible error 可能误差probable error 概率误差root-sum-square error 方和根误差Lesson 6overshoot 过调量，超调量transient response 瞬态响应variable 变量ramp 斜坡resonance 共振step input 阶跃输入step response 阶跃响应transient 瞬态的first-order system 一阶系统static error 静态误差dynamic error 动态误差time constant 时间常数frequency response 频率响应damping ratio 阻尼比under-damp 欠阻尼over-damp 过阻尼mass-spring system 质量-弹簧系统steady-state 稳态rise time 上升时间settling time 建立时间（过渡过程时间）specification 性能指标tolerance 容差Lesson 7capacitance 电容deformation 变形distortion 变形，扭曲electromagnetic 电磁的gauge 表，仪器，计strain gauge 应变计crystalline material 晶体材料voltage 电压current 电流harmonics 谐波inductance 电感，感应infrared 红外的linearize 线性化natural frequency 固有频率mutual-inductance 互感photoconductive cell 光电导管photoelectric effect 光电效应piezo-electric 压电的potential divider 分压器potentiometer 电位计，电位器精品文库resistance 电阻thermistor 热敏电阻transducer 转换器，传感器cross-sectional area 截面积excitation voltage 激励电压full-scale 满量程rotary 旋转的translational 平移的mechanical wear 机械磨损inertia 惯性power dissipation 功耗illumination 照度transparent 透明的Lesson 8coupling 耦合flux 磁通impedance 阻抗permeability 磁导率permittivity 电容率，介电系数reluctance 磁阻variable-distance capacitive transducer 变间距式电容式传感器oscillation circuit 振荡电路l.v.d.t 线性差动变压器piezo-electric transducer 压电式传感器charge amplifier 电荷放大器parallel-plate capacitor 平板电容器variable-reluctance transducer 变磁阻传感器liquid level 液位Lesson 9apparatus 仪器attenuator 衰减器bandwidth 带宽battery 电池be inversely proportional to 与成反比be proportional to 与成正比capacitor 电容feedback 反馈gain 增益operational amplifier 运算放大器semiconductor 半导体terminal 终端test probe 探针voltmeter 电压表multirange 多量程variable resistor 可变电阻Lesson 10duty cycle 占空比timerbase 时基register 寄存器signal conditioning 信号调理threshold 阈值trigger 触发器Lesson 11adapter boarder 适配板analog-to-digital conversion模数转换desktop 工作平台distortion 失真dynamic 动态的expansion slot 扩展槽generator 发生器interface 接口local area network LAN 局域网motherboard 母板scale 刻度slot 长槽workbench 工作台computer-aided testing（CAT）计算机辅助测试desktop personal computer台式个人计算机knob 旋钮16-channel analog-to-digitalconversion board 16通道模/数转换板12-bit resolution 12位分辨率buffer 缓冲器interface 接口data-gathering device 数据采集装置Lesson 12active element 有源元件bias 偏差，偏置current intensity 电流electrode 电极field-effect transistor FET场效应管grid 格子，栅极integrated circuit 集成电路magnetic field 磁场passive component 无源元件photocell 光电管sensor 传感器，敏感元件thermocouple 热电偶transducer 变换器，换能器，传感器vacuum tube 真空管，电子管Lesson 13cache memory 高速缓冲存储器，高速缓存control unit 控制器，控制部件drain 场效应管的漏集dynamic RAM （DRAM）动态随机存取存储器gate 门（电路），管子的栅极local memory 局部存储器，本地存储器metal-oxide-semiconductorfield effect transistor（MOSFET）金属氧化物半导体场效应管microcontroller 微控制器microprocessor微处理器monitor 监视器mouse 鼠标精品文库printer打印机static RAM （SRAM）静态RAMultra-large-scale integratedcircuit 超大规模集成电路。

(位移传感器专业英语SPM演示文稿

topography
▪ measurements has to be performed on non sticky samples ▪ the resolution is about 1 nm (with a good tip) ▪ maximal lateral scan range is 120 μm ▪ maximal vertical scan range is about 5 μm ▪ no information about the chemical character of samples is avaliable ▪ typical surface investigation method (no information from the bulk) ▪ probing of further surface properties is possible:
▪ SThM (scanning thermal microscope) ▪ nanoindenting/scratching ▪ heater/cooler for variable temperature
applications (-40℃– 250℃)
▪ a feedback loop keeps the distance
between the probe and the surface constant
▪ the voltage on the piezo element provides
a 3D image of the scanned surface
G. Binnig (left) and H. Rohrer (right), Nobel Prize 1986 (from /hrs/materials/public)

第八讲(压电式)

+
Y
+
P 1
P3
P2
X
+
(Fx=0)
§3.6.3石英晶体的压电效应
A 当晶体受到沿X方向的压力（Fx＜ 0）作用时，晶体沿X方向将产生收缩，正、负离子的相对位置也随之发生变化，此时正、负电荷的中心不再重合， P P2 P3 电偶极矩减小，、增大，它们在 1 X方向上的分量不再为零：（ P + P2 + P3 ）x＞0 1 在Y、Z方向上的分量为：（ P1 + P2 +P3 ）y=0 （ P1 + P2 +P3 ）z=0
§3.6.6测量电路及特点
因此，压电式传感器的测量电路与前面介绍的电桥测量电路不同，它还必须加上一些前置电路；前置电路的作用有两个：一是放大微弱的信号，二是阻抗变换（将传感器的高阻抗输出转化成低阻输出）；前置放大器有两类：电压放大器、电荷放大器。
§3.6.7压电式传感器的应用
压电式加速度传感器测量范围：几个g—几万个g；持续时间：1ms—几十ms；温度范围：-270C0—760C0。广泛应用于冲击与振动技术领域（占其总量的80%以上）。
小结
压电式传感器是一种自发电式传感器；压电传感元件是力敏感元件；常见的压电材料可分为两类：压电单晶体和多晶体压电陶瓷。压电效应， “正压电效应”或“顺压电效应”。 “逆压电效应”或“电致伸缩效应”。电轴、机械轴、光轴 “纵向、横向、切向压电效应” 作用力与电荷的关系测量电路及特点
§3.6 压电式传感器（piezoelectric transducer ）
§3.6.2压电效应某些物质沿某一方向受到外力作用时，会产生变形，同时其内部产生极化现象，此时在这种材料的两个表面产生符号相反的电荷，当外力去掉后，它又重新恢复到不带电的状态，这种现象被称为压电效应。当作用力方向改变时，电荷极性也随之改变，这种机械能转化为电能的现象称为“正压电效应”或“顺压电效应”。

传感器专业词汇

photodiode 光电二极管 Moire Stripe 莫尔条纹 Hall effect 霍尔效应 Thermo-electric effect 热电效应 capacitive sensor 电容式传感器 working principle 工作原理 zero error 零点误差 piezoelectric effect 压电效应 inverse piezoelectric effect 逆压电效应 micro-displacement微小位移 Optical fiber sensor 光纤传感器 Thermistor 热电阻 Thermocouple 热电偶 Differential thermocouple 差动热电偶 Thermo-current 热电流 Thermo-electric effect 热电效应 Thermo-electric couple 热电偶 Variable-inductivity capacitance sensor 变介电常数式电容传感器 Temperature compensation 温度补偿 Temperature sensor 温度传感器
冲调宽电路 differential capacitive sensor 差动电容传感器 half-bridge differential circuit半桥差动电路 Numerical aperture 数值孔径 Fiber Optic Sensor 光纤传感器 maximum error 最大误差 Transmission loss 传输损耗 Transmission mode 传输模式 Modulation method 调制方式 Coupling efficiency 耦合效率 abbreviation 缩写 photo-electric effect 光电效应 incident light 入射光 Red-Limit Frequency 红限频率 photoelectron 光电子 Thermocouple 热电偶 cold junction compensation 冷端补偿 Indexing table 分度表 Quartz crystal 石英晶体 perpendicular 垂直 motor’s shaft 电机轴 modulation plate 调制盘 rotation angular velocity 角速度

微机电系统工程专业英语词汇

微机电系统工程专业英语词汇微机电工程材料该课程介绍了微机电系统中常用的材料的性质、选择和应用，包括金属、半导体、陶瓷、聚合物等。

该课程涉及的专业英语词汇如下：中文英文微机电系统Microelectromechanical Systems (MEMS)材料Material性质Property选择Selection应用Application金属Metal半导体Semiconductor陶瓷Ceramic聚合物Polymer晶体结构Crystal structure晶格常数Lattice constant晶向Crystal orientation晶面Crystal plane点阵Lattice基元Primitive cell单位晶胞Unit cell晶界Grain boundary缺陷Defect掺杂Doping禁带宽度Band gap width载流子Carrier导电性Conductivity阻值Resistance应力Stress应变Strain弹性模量Elastic modulus泊松比Poisson's ratio热膨胀系数Thermal expansion coefficient热导率Thermal conductivity热容量Heat capacity熔点Melting point硬度Hardness韧性Toughness耐腐蚀性Corrosion resistance中文英文表面粗糙度Surface roughness表面处理Surface treatment氧化层Oxide layer沉积方法Deposition method微机电器件与系统该课程介绍了微机电系统中常见的器件和系统的原理、结构和功能，包括传感器、执行器、开关、滤波器、振荡器等。

该课程涉及的专业英语词汇如下：中文英文微机电器件与系统Microelectromechanical Devices and Systems (MEDS)原理Principle结构Structure功能Function传感器Sensor执行器Actuator开关Switch滤波器Filter振荡器Oscillator振动Vibration静电力Electrostatic force电容Capacitance电感Inductance电阻Resistance压电效应Piezoelectric effect热电效应Thermoelectric effect磁电效应Magneto-electric effect光电效应Photoelectric effect声波Acoustic wave表面声波Surface acoustic wave (SAW)布拉格反射器Bragg reflector共振腔Resonant cavity质量灵敏度Mass sensitivity频率响应Frequency response功率消耗Power consumption信噪比Signal-to-noise ratio (SNR)线性度Linearity稳定性Stability可靠性Reliability微机械学该课程介绍了微机械系统的基本理论和方法，包括微尺度下的力学、流体力学、热力学、电磁学等。

电工翻译词汇P2

电工翻译词汇P2photomultiplier,光电倍增管phototheodilite,摄影经纬仪；照相经纬仪phototube,光电管photovoltaic cell,光电池photovoltaic transducer [sensor],光伏式传感器physical layer (PL),物理层physical model,物理模型physical modeling,物理建模physical property type transducer [sensor],物性型传感器physical quantity transducer [sensor],物理量传感器physical similarity,物理相似physical simulation,物理仿真physical symbol system,物理符号系统physiological quantity transducer [sensor],生理量传感器picture spectrograph,图象摄谱仪piezoelectric acceleration transducer,压电式加速度传感器piezoelectric effect,压电效应piezoelectric force transducer,压电式力传感器piezoelectric microphone,压电传声器piezoelectric pressure transducer,压电式压力传感器piezoelectric transducer [sensor],压电式传感器；压电换能器piezoelectric vibrator,压电振动器piezoelectric vibrometer,压电式振动计piezometer ring,均压环piezo-resistance effect,压阻效应piezoresistive acceleration transducer,压阻式加速度传感器piezoresistive accelerometer,压阻式加速度计piezoresistive effect,压阻效应piezoresistive pressure transducer,压阻式压力传感器piezoresistive transducer [sensor],压阻式传感器piezoresistive vibrometer,压阻式振动计piggy-back microbiological sampler,复背式微生物采集器pilot,先导阀pilot valve,指挥器pilot balloon theodolite,测风经纬仪pilot-operated regulator,指挥器操作型自力式调节阀pilot-operated solenoid valve,先导型电磁阀pin-cushion distortion,枕形畸变；正畸变111pinger,水声信标pinion,轴齿轮pink noise,粉红噪声pipe prover,标准体积管；管式校准器pipe reducer,异径接管Pirani gauge,电阻规；皮拉尼规Pirani vacuum gauge,皮拉尼真空计piston,活塞piston actuator,活塞执行机构piston-cylinder assembly,活塞部件piston gauge,活塞式压力计piston gauge with equilibrium liquid,带平衡液柱活塞式压力计piston gauge with re-entrant cylinder column,反压活塞式压力计piston prover,活塞校准器piston rotation perdurability,活塞下降速度piston with weight carrier,带有底盘装置的活塞pistonphone,活塞发声器Pitot static tube,皮托静压管Pitot tube,皮托管pivot galvanometer,轴尖式检流计pivot knife-plane,支点刀座plain glass window,防护白玻璃观察窗planar array,平面阵planar (quad) location,平面定位plane bearing,平面支承plane grating,平面光栅plane separation,平面分离plane separation network,平面分离电路plane table equipment,平板仪plane table thermoconductivity meter,行星齿轮减速器planimeter,求积仪plankton bucket,浮游生物网底管plankton counting chamber,浮游生物计数框plankton haul [trawl],浮游生物拖网plankton net,浮游生物网plankton pump,浮游生物泵plankton tow net,浮游生物拖网plankton volume indicator,浮游生物体积测量器plant environment,工厂环境plant growth test chamber,植物生长试验箱plasma chromatograph-mass spectrometer (PC-MS),等离子色谱-质谱联用仪plasma chromatography,等离子蚀刻机plastic sampler,塑料采水器plastic window,塑料观察窗112plasticity,塑性plate wave,板波plate wave technique,板波法plateau,平台；坪Platinum-10% Rhodium/Platinum thermocoupe,铂铑10-铂热电偶Platinum-13% Rhodium/Platinum thermocouple,铂铑13-铂热电偶Platinum-30% Rhodium/Platinum-6% Rhodium thermocouple,铂铑30-铂铑6 热电偶platinum resistance thermometer sensor,铂热电阻playback apparatus,回放仪plotter,绘图机；绘图仪；地震剖面仪plotting tablet,标图板plug-in unit,插件plug valve,旋塞阀plumb,垂直器plunger,动铁芯plunger pump,柱塞泵plunger tube,隔磁管plunger viscometer,活塞式粘度计pluviograph,雨量计pluvioscope,降水测定器pneumatic actuator,气动执行机构pneumatic bubbling gauge,补气引压式验潮仪pneumatic control,气动控制pneumatic limit operator,气动极限操作器pneumatic piston gauge,气动活塞式压力计pneumatic pump,气动泵pneumatic rotary actuator,角行程气动执行机构pneumatic system,气动压力系统pneumatic thickness meter,气动厚度计point drift,点漂point filament,点头灯丝point location,点定位point-to-point connection,点对点连接point-to-point control,点对点控制；点位控制point-to-point control system,点到点控制系统point to point resolution,点分辨力point-to-point transmission,点对点传输pointer,指针；指示字pointer adjustment,指针调整器pointer galvanometer,指针式检流计pointer instrument,指针式仪表pointer length,指针长度pointer travel,指针转角points of mean axial fluid velocity,平均轴向流体速度点113poise nut,平衡铊polar aurora,极光polar coordinate type potentiometer,极坐标式电位差计polar plot,极线图polarimeter,偏振表；偏振计polarimetry,旋光法polariscope,偏振仪polarity indicator,极性响应时间polarization voltage,极化电压polarized cartridge capacitance,极化极头电容polarogram,极谱图polarograph,极谱仪polarograph quantitative detection limit,极谱仪定量检测限polarographic cell,极谱池polarographic maxima,极谱极大polarography,极谱法pole,极点pole assignment,极点配置pole piece,极靴polling,探询；轮询pollution,污染polyamide,聚酰胺polyethylene,聚乙烯polypropylent,聚丙烯polytetrafluror-ethylene (teflon),聚四氟乙烯（特氟隆）polyvinyliden fluoride,聚氟乙烯popular scanning electron microscope,普及型扫描电子显微镜popular transmission electron microscope,普及型透射电子显微镜population,总体porcelain insulator,绝缘瓷瓶porous polymer beads,高分子多孔小球porous-layer open-tubular column;PIOT column,多孔层空心柱port,通信口；端口port guiding,阀口导向portable hardness tester,携带式硬度计portable multipurpose instrument set,轻便综合观测仪portable X-ray detection apparatus,携带式X 射线探伤机portability,可移植性portable (measuring) instrument,可[便]携式（测量）仪表position,位置position encoder,位置编码器position error,位置误差；四角误差position error coefficient,位置误差系数position feedback,位置反馈114position indicating switch,阀位指示开关position limit switch,行程开关position transducer [sensor],位置传感器positioner,定位器positive displacement flowmeter,容积式流量计positive feedback,正反馈positive knives linear,正刀联线positive-negative action,正负作用positive negative three-step action,正负三位作用positive pressure,正压positive shock response spectrum,正冲击响应谱positive strain,正应变positive system,正系统positive temperature coefficient thermistor,正温度系数热敏电阻post emulsifiable dye penetrant testing method,后乳化性着色渗透探伤法post emulsifiable fluorescent penetrant testing method,后乳化性荧光渗透探伤法post emulsifiable penetrant,后乳化性渗透液potential evaporation,蒸发率potentiometer,电位器potentiometer compass,电位器罗盘potentiometer pressure transducer,电位器式压力传感器potentiometer type pressure transducer,电位器式压力传感器potentiometric analyzer,电位式分析器potentiometric displacement transducer,电位滴定（法）potentiometric transducer [sensor],电位器式传感器potentiometry,电位法powder-filled enclosure (Ex q），充砂外壳(Ex q）powder sample,粉末样品power amplifier,功率放大器power compensation differential scanning calormeter,功率补偿差示扫描量热仪power-compensation differential scanning calorimetry,功率补偿型差示扫描量热法power factor meter,功率因数表power source,主电源power spectral density,功率谱密度power supply device,电源装置power supply frequency,电源频率power supply voltage,电源电压power system automation,电力系统自动化power-fail circuit,电源故障电路practical response time,实用响应时间practical salinity scale 1978,1978 实用盐标pre-conditioning time,预处理时间pre-vacuum chamber,预抽室pre-weighing,预称装置115preamplifier,前置放大器precipitation gauge,雨量量筒precipitation intensity,降水强度precise stereoplotter,精密立体测图仪precision,精密度precision disc grinder,样品磨薄机precision micrometer [microdisplacement] inspection instrument,精密测微检定仪precision of measurement,测量精密度precision (pressure) gauge,精密压力表predictive control,预测控制preliminary adjustment,初调；预调整premix burner,预混燃烧器preparative chromatography,制备色谱法preparative gas chromatograph,制备气相色谱仪preparative liquid chromatograph,制备液相色谱仪。

PIEZOELECTRIC CURRENT SENSOR

专利名称：PIEZOELECTRIC CURRENT SENSOR 发明人：TAN, CHENGZHONG申请号：CN2012/000177申请日：20120215公开号：WO2012/109949A1公开日：20120823专利内容由知识产权出版社提供专利附图：摘要：A piezoelectric current sensor comprises an electrical conductor (1), a piezoelectric material (2), electrodes (3), and an insulating housing (4), wherein the pressure produced by the deformation of the electrical conductor (1) is transferred to the piezoelectric material (2) through the insulating housing (4) and forms a pre-pressureon the piezoelectric material (2), and a voltage signal produced by the piezoelectric material (2) is led out via the electrodes (3) and signal leads (6). The new current sensor has a wide measuring range and a short response time, and can detect large current values which cannot be detected by conventional current sensors and provide reliable technical means for current measurement and control in high power supply and transforming equipment.申请人：TAN, Chengzhong,谭成忠地址：BoWei Geography Physics Co., Ltd Hi-Tech Industrial Development Zone Xiangtan, Hunan 411104 CN,中国湖南省湘潭市高新区博维地球物理技术有限公司, Hunan 411104 CN国籍：CN,CN代理人：CHANGSHA RONGZHI PATENT AGENCY,长沙市融智专利事务所更多信息请下载全文后查看。