1) the loss rate of Vc
Vc损失率
2) power loss
功率损失
1.
Establishihg calculation model on power losses of cylindrical roller bearings for special purpose;
专用圆柱滚子轴承功率损失计算模型的建立
2.
Mathematical model of power loss in reducing gear box on shipunder arbitrary steady operating condition;
舰船并车减速齿轮箱任意稳态工况下功率损失的数学模型
3.
Analysis on power loss of plasma arc in keyhole plasma arc welding
小孔等离子弧焊的等离子弧功率损失分析
3) Loss rate
损失率
1.
Study on effective way to reduc ore loss rate and dilulion rate of underground rock gold mine;
浅谈岩金地下矿山降低采矿损失率及矿石贫化率的有效途径
2.
The results showed that the destruction of Vc in fresh milk was minimized by using UHT pasteurization, the loss rate being only 9.
结果表明 :以超高温瞬时灭菌法 (UHT)对鲜乳中Vc的破坏最小 ,损失率仅为 9 0 %。
3.
Therefore the dilution and loss rates of ore were effectively reduced and economic benefit was raised for the enterprise.
文中对银洞坡金矿矿体赋存条件多变、地质构造复杂的特点，于矿岩接触带采取预裂爆破、控制爆破后冲和不同孔深的综合控制爆破技术，较好地实现了矿岩分穿、分爆和分运，有效地降低了矿石的损失率与贫化率，提高了企业的技术经济效益。
4) loss ratio
损失率
1.
The function of pollution loss ratio and the decay equation of organic pollutants were combined into a mathematic model.
运用污染损失率函数和有机污染物衰减方程建立数学模型,把污染损失与污染物浓度、污染物降解时间联系在一起,突出了污染损失随着有机物衰减而发生的变化,并用福州市的工业废水有机污染物排放情况验证模型。
2.
The lowering of mining dilution ratio and loss ratio is one of major difficulties in front of mining researchers.
采矿贫化率与损失率的降低是采矿工作者重点研究和攻克的难点之一。
3.
671 hm2/h, total harvesting loss ratio of 1.
671hm2/h,作业效率较高;机械收获综合损失率为1。
5) loss
[英][lɔs] [美][lɔs]
损失率
1.
Large loss of converter gas has been an urgent problem to be solved which puzzles the converter gas system of Baoshan Iron & Steel Company.
转炉煤气损失率高的问题一直是困扰宝钢转炉煤气系统的迫切需要解决的问题。
6) losing rate
损失率
1.
At last,it analyses dispute relation of the three taches and get a conclusion -unless the three are scientificly and rationally applied to the battle,the losing rate of military equipment will be furthest reduced.
文章介绍了战时军事装备维修的几个关键环节:战伤分析、战场抢修和提高恢复性的设计,并且详细阐述了战场抢修和提高恢复性能设计常用的有效的方法,文章讨论了三者之间的辩证关系,并得出只有科学合理的将三者应用到实战中,才能把战时装备的损失率降到最低的结论。
补充资料：矿石损失率
矿石损失率
ore loss rate
kuongsh一sunshll.矿石损失率(ore 10、5 rate)损失工业储量与报销工业储量的百分比其计算式为 Q、一’ 5一六二只100% Q’\1一、·式中万为矿石损失率，丫;Q、为损失的工业储量，t:Q为报销的工业储量，t矿石损失率与矿石回采率的关系为 Q一Q、 万一一二~不二竺一1一}{、 Q式中Q、为采出的工业储最矿石损失率的功用与矿石回采率相同，其特点是从矿石损失方面反映矿产资源回采程度。为便于对矿石损失进行分析，对应崩矿与放矿将矿石损失分为一次矿石损失和_次矿石损失(见矿石损失与贫化)，并分别汁算一次(3’、)和二次(s2)矿石损失率。 Q、:、..，Q，_ 5，一万只“，‘，厂;‘一蓄’《‘〔，()一/S:、S:与总的矿石损失率(5)关系为 S一5]一5一5 152式中Q为上业储量.t:Q，为崩下的矿石最，t:Q、，、QS:分别为崩矿和放矿过程中损失的矿石量，t (刘兴国)
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