1) Weight Deviation
重量偏差
1.
To guarantee the mechanical performance of HRB 335 hot rolling ribbed reinforcing bar, its production process, composition property and weight deviation are analyzed and researched, some suggestions proposed.
为确保HRB335热轧带肋钢筋力学性能,对其生产工艺、成分性能、重量偏差进行了分析研究,提出合理制定钢筋内控化学成分及重量偏差的建议并指导生产,取得了满意效果。
2.
The method to decide the inside diameter of the hot rolled ribbed steel bars on the basis of weight deviation is proposed.
通过对ＧＢ１４９９—９１中几何指标的分析，提出了以重量偏差为基准确定热轧带肋钢筋内径的方法。
3.
Combining yarn weight deviation and drawing frame weight deviation to adjust wheel gear,valid control weight deviation per hundred meter yarn and weight CV% was achieved.
兼顾成纱重量偏差和末并单机台重量偏差来调整末并牵伸齿轮,达到有效控制成纱百米重量偏差和重量CV%的目的。
2) deviation of pipe weight
管子重量偏差
3) tare weight deviation
自重偏差
1.
The paper carries out the mathematical statistics and the cause analysis for the issue of the wagon tare weight deviationfrom the practical conditions at the site, expounds the implications of the wagon tare weight deviation on the railway transportationbenefits and safety and puts forward the countermeasures for the solution.
从现场实际出发,对货车自重偏差的问题进行了数理统计和原因分析,阐述了货车自重偏差对铁路运输效益和安全的影响,并提出了解决对策。
4) partial increment
偏差，偏增量
5) bias vector
偏差矢量
1.
Research on the well trajectory bias vector control method of the rotary closed-loop drilling technology;
闭环钻井井眼轨迹偏差矢量的控制方法
6) basis weight difference
定量偏差
1.
The properties of the sheet formed on this vat was determined,the results showed that this vat had better stock distributing and sheet forming properties and the sheet had less basis weight difference incross direction,the paper strength in MD was similar to that in CD.
介绍了孔板布浆导流短孤形板网槽的结构，并对其成形纸页性能进行测定，结果表明，这种网槽有较好的布浆成形性能，纸页横幅定量偏差较小，纵横向强度比较接近。
补充资料：逼近函数的偏差
逼近函数的偏差
deviation of an approxmating function
通近函数的偏差【山血位扣of ana即.油加tiI犯如‘丘.;yoo.e。。e np:6二:狱a沁川e‘中y。二明。。1 逼近函数g〔K和一个给定函数f任叨之间的距离p匆，f).在同一个类叨内可以考虑用不同度量p，譬如一致度量 p(g，f)一碧笃}g(x)一f(x)I，以及积分度量 /(。，，)一(i一(·)一，(·):“·)’‘’，p一和别的度量.至于逼近函数的类K则可以用代数多项式、三角多项式，还有f关于某个正交系的正交展开的部分和，这些部分和的线性平均，以及一些别的集之、
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条