零漂的英文

• null drift
• null shift

• "零"英文翻译    zero zero sign; nought
• "漂"英文翻译    fail; end in failure
• "零漂移" 英文翻译 :    zero drift; zero shift
• "零漂浮, 零移" 英文翻译 :    zero-drift
• "零漂改正" 英文翻译 :    correction of zero drift
• "零漂检查" 英文翻译 :    zero drift test
• "零漂移补偿" 英文翻译 :    zero drift compensation
• "零漂移位置" 英文翻译 :    zero-deviation situation
• "供给压力零漂" 英文翻译 :    subcarrier pressure null shift; supply pressure null shift
• "回油压力零漂" 英文翻译 :    return pressure null shift
• "重力仪零漂改正" 英文翻译 :    gravimeter drift correction
• "零偏转，无偏转" 英文翻译 :    zero deflection
• "零偏置保持" 英文翻译 :    zerobias retentionn
• "零偏置" 英文翻译 :    zero bias; zero offset
• "零偏移法" 英文翻译 :    zero-deflection method
• "零偏移" 英文翻译 :    zero offset

• A method of reduce zeroshift of piezoelectric accelerometers
  减小压电式加速度计零漂的一种方法
• Correction of zero drift
  零漂改正
• Owing to weak output signals integrated amplifier is designed , which is characteristics of shorter wires , higher input impedance , higher common mode rejection ratio and series mode rejection ratio , smaller zero shift and temperature shift
  由于输出信号微弱，采用短线路传输，高输入阻抗，共模抑制比和串模抑制比高，温漂和零漂小的集成运放电路。
• Under the pattern of cyber - education , open laboratories are becoming inseparable parts which still are weak in the process of teaching . as for electric experiment category , there are many problems in common , for instance , less safe in equipment systems , less functional in instrument protection , thus forcing students to spend large quantity of time reviewing , recording , and analyzing data , while students do experiment only with less time , which have negative effect on purpose of experiment , at the same time , this does not reflect benefits that internet brings us
  然而当前大多数高校的实验教学环节还比较薄弱，其中对电类实验来说存在诸多共性问题，比如：实验系统安全性差，仪表保护功能少，导致实验器材损坏严重：仪表性能不稳定，零漂、温漂现象严重，元器件线性度校正不够，仪表测量精度差；学生做一次实验要花大量时间记录数据、整理数据、写实验报告，真正用在做实验上的时间并不多，从而使实验效率大大下降；同时也没有充分利用校园网所带来的便利和信息共享及互动的功能。
• Thirdly , in the environment of labview , several kinds of vis used for sensor signal test are designed , including wave generation , time domain measurement , filter disposal , frequency analysis , etc . after that , wavelet analysis in the application of one - dimensional signal de - noise is studied , threshold and translation invariance wavelet de - noise are realized , and wavelet de - noise vi for zero drift signal of the fiber optic gyro in fcs is designed using labview
  接着,在labview环境下开发了多种用于传感器信号测试的虚拟仪器,具有波形发生、时域测量、滤波处理、频谱分析等多种功能。随后,研究了小波分析在一维信号消噪中的应用,实现了labview环境下的阈值法和平移不变量法小波消噪,并利用labview设计了飞控系统中光纤陀螺零漂信号的小波消噪仪。
• As the main research institute of ring laser gyroscopes in china , teaching and research section 208 , nudt , is always puzzled by the problem of null - shift in the process of developing mechanically dithered ring laser gyroscopes ( mdrlg ) . the problem is that the mdrlg ' s null shift equal to the integral times of dither periods when the sample time is set as integer dither periods
  作为国内激光陀螺主要研制单位的国防科大208室，在机械抖动激光陀螺(机抖陀螺)研制过程中一直为零漂问题所困扰：实验测得机抖陀螺零漂为抖动周期(采样时间取整数个抖动周期)的整数倍。
• Aees employs the multi - staged digital filter algorithm to reduce random error . meanwile , the system correct zero deviation through linear opreation . the instrument , from hardware aspect increases the feature of anti - interference by the way of reasonable layout , sepration of digital and analogue
  系统采用了中值滤波和滑动平均滤波相结合的多级数字滤波算法来减小随机误差，并以精密基准电压作为比较信号的输入，由智能系统通过线性运算，实时地修正、校准测量数据，减小系统的零漂，实现自动定标并提高测量的精度。
• First we collect signals by shake and infrared temperature sensor , transfer them to computer by a / d instrument , dispel zero excursion of sensor and in - linearity of a / d transformation , save them in the form of data file . then transfer them to matlab , analyze and dispose by wavelet function and toolbox . by lot of experiments and data analysis we find distinct change of the character in different fault states
  然后，我们在现场对砂光机进行实验，利用振动及红外线温度传感器现场实时采集信号，通过a / d采样卡送入计算机中，采用逆向建模的新方法来消除传感器零漂及a / d转换的非线性，再以数据文件形式保存，然后在matlab中调用数据文件，应用小波函数及工具箱对其进行处理分析，经过大量的实验及数据分析发现在不同的故障状态下，特征量有明显变化。