stoichiometric concentration
英
美
网络 化学计量浓度
双语例句
- The intrinsic defects in stoichiometric LiNbO_3 crystal decrease with the increase of Li molar concentration and the shrinkage of structure cell, which leads to the approach of ideal crystal lattice structure.
这表明近化学计量比LiNbO3晶体锂铌摩尔比增加，晶体内的本征缺陷减少，从而晶胞收缩，晶格更加接近理想结构。 - Effects of the rare earth compositions and Mo additive in hydrogen storage alloy, the stoichiometric ratio, the crystal structure and the electrolyte concentration on low temperature discharge characteristics of Ni MH batteries were studied.
研究了贮氢合金中稀土组成和Mo含量、化学计量比、结晶组织、电解液浓度对MHNi电池低温放电性能的影响。 - The acid concentration in organic phase increased and approached the stoichiometric saturating value with the increase of the acid concentration in aqueous phase.
随溶质初始浓度的增大，有机相的溶质浓度向饱和萃取量接近； - The parameters of scale inhibitors performance, the stoichiometric and nonstoichiometric scale inhibitors, the effect of temperature on inhibitors performance, rational application concentration of scale inhibitors and key problems in selecting scale inhibitors are discussed.
本文讨论了表征阻垢剂性能的参数、化学计量阻垢剂和非化学计量阻垢剂、温度对阻垢剂性能的影响、阻垢剂的合理使用浓度，以及选用阻垢剂时、应注意的问题。 - The method is not necessary to ascertain the stoichiometric point of the titration and to know the titrant concentration. It is simple, accurate suitable for the determination of mercuric sulfide in cinnabar.
该方法无需确定的化学计量点和已知滴定剂的浓度，方法简便准确，适合于朱砂中硫化汞含量的测定。 - Based on the stoichiometric displacement theory for adsorption ( SDT-A), a new adsorption isotherm that relates to the amount of solute adsorbed to the solvent concentration in bulk solution is firstly proposed.
以计量置换吸附理论（stoichiometricdisplacementtheoryforadsorption，SDT-A）为基础，从理论上首次推导出一个新的表征溶剂浓度对吸附量影响的吸附等温线。 - At the same time, the content of stoichiometric FeO and the defect concentration of Fe_3O_4 can also change with different cooling rates. The phase composition of the oxide scale and the distribution of Fe_3O_4 are the main factors that affect the properties of the oxide scale.
化学计量的FeO含量和Fe3O4的缺陷程度也随冷却速率的变化而变化.氧化皮的相组成和氧化皮内Fe3O4的分布形态是影响氧化皮性能的主要因素。