精度降低的英文

• loss of accuracy

• "精度"英文翻译    precision; accuracy; degree ...
• "降低"英文翻译    reduce; cut down; abate; deb ...
• "纯度降低" 英文翻译 :    purity drop
• "对比度降低" 英文翻译 :    contrast decay; contrast reduction
• "刚度降低" 英文翻译 :    stiffness degradation
• "孔隙度降低" 英文翻译 :    reduction of porosity
• "灵敏度降低" 英文翻译 :    decrease of sensitivity; dese itization; desensitization; desensitizing
• "密度降低" 英文翻译 :    density decrease; density drop
• "敏感度降低" 英文翻译 :    decrease of sensitivity
• "能见度降低" 英文翻译 :    visibility reduction
• "清晰度降低" 英文翻译 :    detailloss
• "速度降低" 英文翻译 :    decrease of speed; loss of speed; speed dissipation; speed droop
• "危险度降低" 英文翻译 :    risk reduction
• "温度降低" 英文翻译 :    fall of temperature; reduction of temperature; temperature reduction
• "响度降低" 英文翻译 :    loudness reduction
• "硬度降低" 英文翻译 :    abating
• "粘度降低" 英文翻译 :    viscosity reduction
• "真空度降低" 英文翻译 :    vacuum down
• "浊度降低" 英文翻译 :    turbidity reducing
• "衬度降低因素" 英文翻译 :    contrast reduction factor
• "金属强度降低" 英文翻译 :    weakening of metal
• "皮肤温度降低" 英文翻译 :    decreased skin temperature
• "强度降低系数" 英文翻译 :    strength reduction factor
• "色饱和度降低" 英文翻译 :    colour dilution
• "时感光度降低" 英文翻译 :    averade

• Generates an error when a loss of precision occurs in an expression
  表达式中出现精度降低时生成错误。
• Might result in loss of precision , but never in loss of magnitude
  可能会导致精度降低，但大小决不会损失。
• When false , losses of precision do not generate error messages , and the result is rounded to the precision of the column or variable storing the result
  ，则在精度降低时不生成错误消息，并按存储结果的列或变量的精度对结果进行四舍五入。
• Mainly by mathematics analysis , this paper explains that why just selects these parts in the model , and if these parts are added , reduced or changed , why the precision will be dropped
  本文重在从数学理论上说明，为什么模型中取这几项，增加、减少或更换这些项，为什么会使模型精度降低。
• If it is estimated by the method of ols , it will bring about serious effect : the variances of the parameter estimators are not the least , and the accuracy of estimation and prediction decreases
  如果对异方差模型进行ols估计，就会产生严重的后果：参数估计量的方差不具有最小方差性；估计与预测的精度降低。
• The demand to the precision of steel plate in industry production has enhanced increasingly , but the surface precision of roller , which affects the precision of plate material seriously , will debase because it is worn
  <中文摘要> =工业生产对所需板材精度的要求日益提高，但由于轧辊在使用中不断磨损变形，导致其表面精度降低，从而严重影响着所生产的板材的精度。
• For large - scale complex diagnosis objects , there are many questions in applying single neural network to construct fault diagnosis system such as the problem of managing teacher data , lowering the precision of studying and affecting the efficiency of studying and so on
  对于复杂大型的诊断对象，应用单一的神经网络构造故障诊断系统将遇到整理教师数据难，学习精度降低，影响网络学习效率等问题。
• Combined with circular hole , we give some data groups , through analysis of the result predicted , we know , when sampling position is within specific limits , setting up gm ( 1 , 1 ) model directly can get to better precision , or else precision is worse
  并结合圆孔的情况构造出若干建模数据列，通过对模型预测结果的分析可知，当采样位置在一定范围内时，直接建立gm ( 1 ， 1 )模型精度较高，当超出了这个范围时，模型精度降低。
• With the design and realization of the servo system of the airborne ( shipborne ) target ' s real - value measurement equipment as the background , and with a view to the especial problems which have to be faced with in servo control system ( that is the bad condition , contradiction between the weight and the power and the disturbance of the carrier ) , it is difficult to reach the high stabilization precision and the tracking precision by traditional control technique , so by means of refer to a great deal of references and base on the summary of the domestic and overseas designing schemes , control technique adapted to the airborne ( shipborne ) equipment is brought forward . theoretical analysis and researches are presented in this dissertation and are applied to the practical design and realization of the airborne ( shipborne ) real - value measurement servo controller
  本文以某工程研制项目机(舰)载目标真值测量设备的伺服系统研究和实现为依托，着眼于机(舰)载测量设备伺服系统所必须面对的与陆基设备相比的特殊问题(即环境条件更为恶劣、体积和功耗的矛盾及载体扰动带来的精度降低等) ，提出传统的控制方法难以使系统达到高的稳定精度和跟踪精度，因此，通过查阅大量的国内外文献及总结了国内外光电稳定与跟踪系统设计方案的基础上，提出了适用于机(舰)载伺服系统的控制方法，从理论上进行了分析和研究，并将之应用到具体的研究与实现中。