1) mixed PG distribution
混合PG分布
2) PG distribution
PG分布
3) mixed distribution
混合分布
1.
The mixed distribution which deals with the risk of averageand extreme events;
处理一般事件及极端事件风险的混合分布
2.
Estimation of parameters of a special mixed distribution
一种特殊混合分布的参数估计
4) distribution mixing
分布混合
1.
Single screw extruder was analyzed in dispersion and distribution mixing capacities, and determined in the types suitable for dispersion or distribution mixing.
本文分析了单螺杆挤出机的分散和分布混合能力 ,得出了单螺杆挤出机的适用混合类型。
2.
Vortical flow of stretch and fold can be found in the mixing flow field,which was very favorable for mixing and endowed the two-rotor continuous mixer with excellent dissipation and distribution mixing abilities.
运用混沌流动理论,对双转子连续混炼机混炼流场的混沌流动特性进行了分析研究,提出了采用以物料停留时间为基准的修正Lyapunov指数来描述混合过程中发生的拉伸应变,并借助于有限元计算,得出流场绝大部分区域的修正Lyapunov指数大于零,并发现混炼流场中存在非常有利于拉伸、折叠流动的涡旋流动,赋予了双转子连续混炼机优异的分散与分布混合特性。
5) Distributive mixing
分布混合
1.
A comparision between two blend processing to obtain in-situ composites, dispersive mixing and distributive mixing, is presented.
本文将主要介绍一种新型混合工艺:分布混合。
6) mixture distribution
混合分布
1.
The ARL of EWMA control chart based on the multi-mixture distribution;
多元混合分布的EWMA控制图的平均链长
2.
Based on the finite mixture distribution theory from statistics and the related results on identifiability, we discuss the identifiability of mixture mo.
该文基于统计学的有限混合分布理论和可识别性的相关结果 ,针对回归变量的三种情形 :(1)解释变量固定 ,(2 )解释变量随机 ,(3 )解释变量固定且类别参数指定 ,分别讨论挖掘一般回归类的混合模型的可识别性问题 ,并给出同族回归类混合模型可识别的相应充分条件 。
3.
Using the mixture distribution model and the method of maximum likelihood, we developed the method for the genetic analysis of qualitative quantitative traits with use of DH and RIL data.
采用混合分布理论与极大似然法,拓展了适用于双单倍体群体(DH)和重组近交系(RIL)群体的质量-数量性状的遗传分析方法。
补充资料:Kayarus yellow PG
CAS:52238-69-4
中文名称:C.I.直接黄142
英文名称:C.I.Direct yellow 142;Kayarus yellow PG;benzenesulfonic acid, 3,3'-[[6-[bis(2-hydroxyethyl)amino]-1,3,5-triazine-2,4-di
中文名称:C.I.直接黄142
英文名称:C.I.Direct yellow 142;Kayarus yellow PG;benzenesulfonic acid, 3,3'-[[6-[bis(2-hydroxyethyl)amino]-1,3,5-triazine-2,4-di
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