1) desorption energy
脱附激活能
1.
Assuming that the lattice sites are all occupied by a kind of virtual average atom,the desorption energy formula of the average atom is deduced using the solid state and molecular electronic theory.
基于假设亚稳态Fe/Cu固溶体中所有原子位置都被同一种设想的平均原子S所占据的模型,利用固体与分子电子理论讨论了平均原子的特征参数,导出了粒子脱附激活能的计算公式,计算得到Fe/Cu颗粒膜中(平均原子S)粒子的脱附激活能要比Fe或Cu的扩散激活能大近5倍,粒子脱附激活能数值在3。
2) desorption activation energy
脱附活化能
1.
Effect of metal ions loaded onto activated carbons on desorption activation energy of dichloromethane;
金属离子改性活性炭对二氯甲烷脱附活化能的影响
2.
Effect of the porosity property of coconut shell-based activated carbon on desorption activation energy for benzothiophene;
椰壳类活性炭孔隙结构对苯并噻吩脱附活化能的影响
3.
Study on kinetic model for desorption activation energy of solid acids and characterization of their acidity;
固体酸催化剂脱附活化能动力学模型研究及酸强度表征
4) desorption performance
脱附性能
1.
Comparison were made among different desorption methods to prove that the permeating rate of desorbing water will affect the desorption performance to a consi.
通过一系列的实验研究,证明了脱附用水的渗流速度对脱附性能有一定的影响。
2.
Several active carbons were bought from the market, and the active carbon were selected by studying on adsorption and desorption performances and adsorbance change after several adsorptions in static state adsorption experiment of gasoline vapor.
主要内容有以下几个方面: 一、本文筛选了多种市售活性炭吸附剂,通过油气静态吸附实验对活性炭吸附脱附性能、及多次吸附之后吸附量变化的研究,完成了活性炭初步筛选。
5) activation energy
激活能<能>
6) adsorption /desorption capacity
吸附/脱附性能
补充资料：脱附活化能
分子式：
CAS号：
性质：已化学吸附的物质转变为物理吸附并进而从固体表面脱附所必须具有的能量。脱附活化能理论上是化学吸附热与吸附活化能之和。
CAS号：
性质：已化学吸附的物质转变为物理吸附并进而从固体表面脱附所必须具有的能量。脱附活化能理论上是化学吸附热与吸附活化能之和。
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