1) molar ratio
摩尔比
1.
Component Analysis of Polysaccharide from Opuntia and Determination of its Molar Ratio;
仙人掌多糖的组成及其摩尔比测定
2.
The effect of the molar ratio of formaldehyde to urea on the properties of UF resin adhesive and particleboard was investigated.
本文探讨了脲醛树脂胶中甲醛与尿素摩尔比(F/U)对胶粘剂和刨花板性能的影响,从而优选出生产E1级刨花板所用的胶粘剂。
3.
The time course of linoleic acid glyceride was compared under different temperature and molar ratio of substrate.
不同反应温度、底物摩尔比条件下的酯化进程曲线对比研究表明,温度、底物摩尔比不仅影响酯化反应的初速度、转化率,还与产物组成密切相关。
2) mole ratio
摩尔比
1.
Analysis on the mole ratio control of the feed material components in oxychlorination reactor;
浅析氧氯化反应器进料摩尔比控制
2.
A mole ratio control system based on signal chip computer;
一种用单片机实现的摩尔比控制系统
3.
This paper described the influence which the mole ratio of MgO/MgCl2 and an additive which is silicon powder effect on the strength of the magnesia's abrasive products.
论述通过正交试验法对MgO和氯化镁摩尔比以及硅粉对菱苦土磨具强度的影响规律。
3) mol ratio
摩尔比
1.
It shows from experimentS that Sold leaching depends not only upon superfine ore-grinding but also upon alkali pretreatment in order to change the matrix of sulfide ore and enable the mol ratio between total cyanide and copper in the pulp higher than 3:1.
试验研究结果显示，金的浸取不仅取决于超细磨矿，还必须经过强碱浸预处理，以改变硫化矿的基质，并使矿浆中总氰与铜的摩尔比高于３：１，才能实现降低氰耗及获取较高的金浸出率。
2.
Influence of weight ratio of three modifying agents to rubber powder,mol ratio of modifying agent A to phenol,mol ratio of modifying agent(A+ phenol) to formaldehyde,acidity and alkalinity of reaction system,reaction temperature and time on fluidity and fluidity retaining of the SRP/mortar was investigated.
分析了三种改性剂与胶粉的重量比,改性剂A和苯酚的摩尔比,改性剂(A+苯酚)与甲醛的摩尔比,反应体系的酸碱度、温度和反应时间对SRP/砂浆流动性和流动经时性的影响。
4) NH 3/NO mole ratio
NH/NO摩尔比
5) NH_3/NO mole ratio
NH3/NO摩尔比
6) high mole ratio
高摩尔比
补充资料：摩尔比
分子式：
CAS号：
性质：符号为r。当指溶质物质B的摩尔比时，用符号rB或r(B)。指溶质B的物质的量与溶剂的物质的量之比。对于单一溶质的溶液：r=x/(1-x)，其中x为溶质的摩尔分数，r是无量纲量。又称为物质的量比(amount-of-substance ratio)。
CAS号：
性质：符号为r。当指溶质物质B的摩尔比时，用符号rB或r(B)。指溶质B的物质的量与溶剂的物质的量之比。对于单一溶质的溶液：r=x/(1-x)，其中x为溶质的摩尔分数，r是无量纲量。又称为物质的量比(amount-of-substance ratio)。
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