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1)  speed error of gyrodirectional finder
方位仪速度误差
2)  latitude error of gyro-directional finder
主方位仪纬度误差
3)  direction error
方位误差
1.
In this paper a theory and simulation analysis was made on the effect of direction error on the guidance performance of spinning missiles.
方位误差是自旋导弹自动导引过程中较特殊的问题。
4)  azimuth error
方位误差
1.
The estimation and correction of platform azimuth error is a key technique of cruisemissile mid--guidance integrated navigation.
平台方位误差的估计补偿是巡航导弹中制导组合导航的一项关键技术。
5)  velocity error
速度误差
1.
Depth error in depth migration profile isn't equal to velocity error, sometimes it is twice as many as velocity error.
深度偏移剖面中的深度误差与速度误差并不相等,有时可以达到速度误差的两倍。
2.
For a long time,the analysis of the velocity error almost were rarely quantitative,and only valid to the simple geology condition.
长期以来,人们对速度误差的分析大多是定性的,而且针对的是较简单的地质构造模型。
3.
In obserations of the Earth s atmosphere with the GPS radio occultation technique,some factors such as the position error of GPS and LEO satellite,velocity error,clock drift,and observation error of carrier wave can bring error to the retrieval atmospheric parameters.
在无线电GPS大气掩星观测中,GPS和LEO卫星的位置误差、速度误差、卫星钟的漂移、载波相位观测误差等会给其反演的大气参量带来一定的误差。
6)  speed error
速度误差
1.
Numerical value method is derived on the basis of structure model of NC machine tools feed system How the process error from gain,speed error,system frequency and steady position error of respond of system affect the process precision is analysed,and some principles of selecting parameters are also put forwr
根据数控机床进给系统结构模型 ,导出其解析数值计算方法 ,在此基础上针对系统的增益、速度误差、系统频率特性所引起的加工误差以及响应的稳态位置偏差 ,对提高加工精度的影响进行了分析研究 ,提出了各参数选择的原
2.
The process errors caused by g ain,speed error and system frequency feature and the effect of steady sta te position error of response on the imp rovement of processing precision we re analyzed.
根据数控机床进给系统结构模型,导出其解析—数值计算方法,在此基础上针对系统的增益、速度误差、系统频率特性所引起的加工误差以及响应的稳态位置偏差对提高加工精度的影响进行了分析研究,提出了各参数选择的原则。
补充资料:非律仪非不律仪
【非律仪非不律仪】
 (术语)三种无表色之一。谓律仪即非善戒,不律仪即非恶戒之非戒律的善恶之无表色也。律仪为极善,不律仪为极恶,其他之善恶,善恶皆势用微劣,故称之为处中之善,处中之恶,皆为非律仪非不律仪,即非戒律的之善与恶也。(参见:无表色)
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