分子比的英文

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"分子比"怎么读用"分子比"造句

英文翻译手机版

mole ratio
molecular proportion
molecular ratio
molecularproportion

"分子"英文翻译 numerator molecule
"比"英文翻译 2
"分子比例" 英文翻译 : molecular proportion
"分子比率" 英文翻译 : molecular ratio; molecularratio
"分子比热" 英文翻译 : molecular specific heat
"克分子比" 英文翻译 : molar ratio; mole ratio
"克分子比率" 英文翻译 : molar ratio; mole ratio
"克分子比热" 英文翻译 : molar specific heat
"偏克分子比热" 英文翻译 : partial molar specific heat
"硅铝铁氧化物分子比" 英文翻译 : silica-sesquioxide ratio
"湿摩尔比热, 湿克分子比热" 英文翻译 : humid molal heat
"最低抑制剂克分子比率" 英文翻译 : minimal inhibitor mole ratio
"硅铝铁率硅铝铁氧化物分子比" 英文翻译 : silica-sesquioxideratio
"电子比" 英文翻译 : electron ratio
"合子比" 英文翻译 : zygotic ratio
"配子比" 英文翻译 : gametic ratio; gametoclonal variation
"原子比" 英文翻译 : atomic ratio
"种子比" 英文翻译 : seed ratio
"电子比测仪" 英文翻译 : electronic comparator
"电子比较仪" 英文翻译 : electronic comparator
"电子比率" 英文翻译 : electronic ratio
"电子比热" 英文翻译 : electronic specific heat
"鸽子比赛" 英文翻译 : br /pigeon racing; pigeon racing
"缓发中子比" 英文翻译 : delayed neutron fraction
"接极子比" 英文翻译 : armature ratio

例句与用法

A molecule is a thousand times bigger than an atom of hydrogen
一个分子比一个氢原子大一千倍。
The advantage of low molecular ratio electrolyte is supercor to the disadvantage of it
低分子比电解质虽然有一定的缺点，但优点远远大于其缺点。
And someone found that symmetry molecule ' s tpa cross section is larger than asymmetry molecule ' s
还有人发现，对称型分子比不对称型分子更有利于增大分子的双光子吸收截面。
Aluminium electrlysis by means of low molecular ratio electrolyte is an important mark for centre - worked prebake cell at present
摘要采用低分子比电解质进行铝电解生产是现代中间下料预焙槽的重要标志。
If the technological conditions are well adjusted in aluminium electrolysis , the production using low molecular ratio electrolyte can achieve high efficiency and low energy consumption
在铝电解生产中只要调整好工艺条件，采用低分子比生产是能够实现高效低耗的。
The results show that the main matter for the electroosmosis is sodium - fluorine compound ; the depth and matter for the electroosimosis increase with increase of alumina concentration and magnesium fluoride content , and the electroosmosis deepens sharply when the cryolite mole ratio reaches 2 . 0
结果表明：电渗的主要物质是钠氟化合物，随着氧化铝浓度及氟化镁含量的增加，电渗的深度及电渗的物质量增加；当冰晶石分子比达到2 . 0时，电渗的深度急剧增加。
The cause that it produces is to there exist a thin layer in the surface that liquid and the gas contact , to be called a surface layer , molecule inside the surface layer is more sparse than the inside of liquid , molecule room distance is a few bigger than the inside of liquid , molecule room coactions shows for the gravitation
它产生的原因是液体跟气体接触的表面存在一个薄层,叫做表面层,表面层里的分子比液体内部稀疏,分子间的距离比液体内部大一些,分子间的相互作用表现为引力。