1) solvent and solute weight ratio
液固重量比
2) heavy liquids
重液,比重液
3) solid-to-liquid ratio
固液比
1.
The effects of temperature, dialogite-to-sulfuric acid ratio, and solid-to-liquid ratio on leaching of dialogite by sulfuric acid were researched in the leaching experiment of ores from Hubei.
通过对湖北矿的浸取试验研究,讨论了温度、矿酸比、固液比对菱锰矿硫酸浸取的影响,优化了浸取条件,并确定温度对浸取的影响最为显著,使浸取率可以达到99。
2.
Solid-to-liquid ratio is introduced to estimate the solid-like of microstructure.
为揭示超薄膜的摩擦特性与微观结构的关系,运用分子动力学模拟的方法对其进行研究,采用固液比作为流体膜固化的定量描述,分别讨论温度、分子层数对固液比和摩擦力的影响。
3.
The result shows that the properties of geopolymer are the best when the containing of metakaolin in the solid phase is 25%,the containing of water glass in the liquid phase is 65%,solid-to-liquid ratio is 3.
结果表明:当偏高岭石占固相含量为25%,水玻璃占液相的含量为65%,固液比为3。
4) solid-to-solution ratio
固/液比
1.
The influence of solid-to-solution ratio(SSR) on the sorption and desorption of dissolved petroleum hydrocarbons(DPH) to two surface soils(agricultural and black) was evaluated by batch reactor experiments.
采用批实验的方法,研究了2种土壤在不同的固/液比(solid-to-solution ratio,SSR)条件下对溶解性石油烃(DPH)的吸附-解吸特性。
5) Liquid-to-solid ratio (L/S)
液固比
1.
TCLP experiment has been performed to study the relationships between liquid-to-solid ratio (L/S), initial pH value, extraction time and leaching characteristics of heavy metals (Pb, Cr, Cd, Ni, Cu, Zn) in fly ash from a coal and MSW(municipal solid waste) co-firing fluidized bed incinerator.
对用流化床焚烧炉混烧垃圾和煤的布袋飞灰进行了重金属的TCLP(ToxicityCharacteristicLeachingProcedure)浸出特性实验,探讨了液固比、初始pH值及浸出时间对飞灰中重金属Pb、Cr、Cd、Ni、Cu、Zn的浸出影响。
6) liquid-solid ratio
液固比
1.
For a heap leaching operation,the liquid-solid ratio is an important parameter for calculating the leaching solution consumption,estimating the leachant concentration and designing the post-leaching processing facilities.
堆浸作业中的液固比是计算总需水量（溶浸液量）大小、估计溶浸液浓度和设计浸出液后处理设施的依据。
2.
The technique of leaching at a low liquid-solid ratio first and then leaching at high liquid-solid ratio was better than leaching at high liquid-solid ratio continuously,the recovery of cobalt was 98.
采用先低液固比再高液固比浸出的方法,效果优于传统的连续高液固比浸出,钴的总浸出率约为98。
补充资料：液固比
液固比
liquid-solid ratio
yegub-液固比(liquid一solid ratio)矿浆中水溶液质量与固体物料质量的比值。是湿法冶金浸出过程一个重要的技术经济参数。在一定的浸出剂浓度下，大的液固比可降低矿浆的粘稠度和浸出液中有价金属离子浓度，有利于提高固液相之间的传质速度，从而有可能提高浸出率。但液固比过大会导致浸出和液固分离设备负荷或浸出剂的损耗增加，在经济上未必有利。因此，最佳的液固比值，往往需要通过试验研究确定。 (鲁君乐)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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