1) desorbing efficiency
脱吸率
2) resonance absorption escape probability
逃脱共振吸收概率
3) desorption
[英][di'sɔ:pʃən] [美][dɪ'sɔrpʃən]
脱吸
1.
Process of tail chlorine gas desorption based on whole water cycle;
基于水全循环的尾氯脱吸工艺
2.
Waste acid desorption during vinyl chloride synthesis and its application;
氯乙烯合成中废酸脱吸及其应用
3.
Brief discussion on hydrogen chloride absorption process andhydrochloric acid desorption process;
浅谈氯化氢吸收与盐酸脱吸技术
4) adsorption/desorption
吸附/脱附
1.
In this paper, the physical characteristics of rice husk and char particles prepared under different gasification processes were studied by physical adsorption/desorption measurements of N2 (-196℃), mercury intrusion porosimetry (414 MPa) and true density measurement (He).
本文通过氮气等温吸附/脱附法(-196℃)、压汞法(414MPa)、真密度仪(He)等详细研究了在气化条件下谷壳的物理结构的演化,同时利用元素分析和傅里叶红外对颗粒化学结构进行分析。
2.
To study the physical characteristics of rice husk/char particles,proximate and ultimate analyses,physical adsorption/desorption measurements of N2(-196℃),mercury injection porosimetry(414 MPa)as well as visu.
通过氮气等温吸附/脱附法(-196℃)、压汞法(414MPa)、SEM等详细研究了在高速热解条件下谷壳的物理结构的演化。
3.
Multilayer adsorption theory was combined with the corrected Kelvin equation to analyze nitrogen adsorption/desorption data to get the fr.
该方法是根据多层吸附理论,对氮气等温吸附/脱附法测定的数据分析,直接获得表征整个吸附范围的颗粒分形维数,同时回归得到吸附过程中的吸附层数。
5) decolorization adsorption
脱色吸附
1.
Metalliferous ore waste residue and clay were used to prepare one kind of new decolorization adsorption ball and fuchsine dye water sample was taken as processing object.
文章主要是以金属矿废渣、粘土为材料研究制备一种新型脱色吸附球,并以碱性品红染料水样为处理对象。
6) adsorption dehydration
吸附脱水
1.
Preparation of diethyl succinate by catalytic esterification and adsorption dehydration;
催化酯化-吸附脱水合成丁二酸二乙酯
2.
Synthesis of dimethyl succinate from succinic acid and methanol on cation exchange resin NKC-9 was studied under adsorption dehydration with 3A zeolite adsorbent.
以阳离子交换树脂NKC-9固体酸为催化剂、丁二酸和甲醇为原料,采用分子筛吸附脱水技术合成丁二酸二甲酯。
补充资料：地球吸积率
分子式：
CAS号：
性质：原始地球的增长率。假设地球是从现体积的1/2半径开始迅速吸积增长，经106～107年增长到最终半径，则地球每年平均从周期吸积(2.988×1020)～1021g物质。若取星子平均密度为5.518g/cm3，则地球每年吸积105～106颗直径10km的星子。若地球从吸积堆积开始至最终半径所需的时间定为106年，则地球每年平均吸积率5.976×l02lg/a。
CAS号：
性质：原始地球的增长率。假设地球是从现体积的1/2半径开始迅速吸积增长，经106～107年增长到最终半径，则地球每年平均从周期吸积(2.988×1020)～1021g物质。若取星子平均密度为5.518g/cm3，则地球每年吸积105～106颗直径10km的星子。若地球从吸积堆积开始至最终半径所需的时间定为106年，则地球每年平均吸积率5.976×l02lg/a。
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