1) separation loss
分离损失
3) ionization loss
电离损失
4) Sugar loss
糖分损失
5) Loss distribution
损失分布
1.
Study of loss distribution of property insurance under the influence of payment limitations and analysis of example;
限额赔偿财产险损失分布问题研究及实证分析
2.
[Methods]Loss distribution was introduced to decompose extrapolation model to determine subsidy proportion.
[方法]将损失分布引入分解推算法中测算补偿比例。
3.
This paper introduces the Binomial Expansion Technique and puts forward a method of Monte Carlo Simulation used to measure the loss distribution of CDO,and they deal with the default correlation between assets in different way.
在介绍常用于测算CDO损失分布的二项式扩展技术的基础上,提出了一种蒙特卡洛模拟方法:即在分别采用不同工具处理资产之间相关性的同时,分别对样本资产池的损失分布进行实证分析,结果显示蒙特卡洛模拟较二项式扩展技术能更好地用来测评CDO资产池的信用质量。
6) moisture loss
水分损失
1.
The results showed that the specimens showed a much more shrinkage and moisture loss with RH falling,but the moisture content of specimens in the process of moisture absorption were less one of specimens during the drying stage,and swelling value were also less drying shrinkage value under the same RH condition.
结果表明:随着湿度的下降,试件水分损失及收缩变形增大,当环境湿度上升时,毛细孔吸湿膨胀,但同一相对湿度下,吸湿过程试件的含水量小于干燥过程含水量,且试件吸湿膨胀值小于干燥收缩值;水分损失及收缩速率,随着相对湿度下降而减小,而在65%—35%区间内其值变化较小;而从湿涨曲线看,其发展趋势相反,开始经历一个平缓期,随后出现加速期;水分损失及收缩变形随着水灰比的降低逐渐减小,不可逆水分及不可逆收缩比重增加,但总的水分损失和残余收缩值仍减少。
2.
Some conclusions were drawn as follows: with the decrease of the relative humidity,the moisture loss and shrinkage deformation of specimens increased,while with the increase of environmental humidity,the specimens swelled;under the same relative humidity,the moisture content of the specimens during the moisture adsorption process was less than.
结果表明:随着湿度的下降,试件水分损失及收缩变形增大,当环境湿度上升时,毛细孔吸湿膨胀,但同一相对湿度下,吸湿过程试件的含水量小于干燥过程的含水量,且试件吸湿膨胀值小于干燥收缩值;从水分损失及收缩速率看,随着相对湿度下降而减小,而在65%~35%区间内其值变化较小;而从湿胀曲线看,其发展趋势相反,开始经历一个平缓期,随后出现加速期;水分损失及收缩变形随着水灰比的降低逐渐减小,不可逆水分及不可逆收缩比重增加,但总的水分损失和残余收缩值仍减少。
补充资料:分离式分离机
分子式:
分子量:
CAS号:
性质:又称分离机。根据操作原理分类的一类离心机。用以分离更小固体颗粒(小于5微米)的不同浓度的场合和分离乳浊液和细粒子悬浮液。常用的有管式高速离心机、室式分离机、碟式分离机等。
分子量:
CAS号:
性质:又称分离机。根据操作原理分类的一类离心机。用以分离更小固体颗粒(小于5微米)的不同浓度的场合和分离乳浊液和细粒子悬浮液。常用的有管式高速离心机、室式分离机、碟式分离机等。
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