1.
FLOW-DTA ADSORPTIVE CALORIMETRIC SYSTEM Ⅱ.STUDIES OF ADSORPTION HEATS ON H-MORDENITE
流动-差热吸附量热系统Ⅱ.氢型丝光沸石吸附热的研究
2.
Microcalorimetric Study of Acidity and Alkalescence of Oxides;
氧化物催化剂酸碱性的微量吸附量热法研究
3.
The Technique of Microcalorimetric Adsorption and Its Application in Studying Several Acid/Base Materials;
微量吸附量热技术及其在几种酸碱材料研究中的应用
4.
Application of the Microcalorimetric Adsorption Technique on Screening of Zn_xCo_(1-x)Cr_2O_4 Catalysts
微量吸附量热技术在Zn_xCo_(1-x)Cr_2O_4催化剂筛选上的应用
5.
The Setup of a Microcalorimetric Device and Its Application in the Research of Metal Catalysis;
吸附量热装置的建立及其在金属催化研究中的应用
6.
Studies on the preparation and Microcalorimetry of the High Efficiency Nitrogen Resistant Dehydrogenate Raney Copper Catalyst;
高效耐氮脱氢骨架铜催化剂的制备及吸附量热研究
7.
sorption capacity
吸附能力, 吸附容量
8.
Adsorption-Desorption, Nuclease Degradation and Microcalorimetric Characteristics of DNA on Red Soil Active Particles;
DNA在红壤活性颗粒表面吸附解吸、降解及微量热特性
9.
For the oven dry sediment,the adsorbed amount of NCB can reach 71%-82% for the sediment under 100 g/L sediment concentration.
腐殖质吸附量占总吸附量的18%~29%。
10.
Adsorbability decreases as cPL content increases.
活性炭的吸附性能随塑料热解物含量的增加而减小。
11.
Adsorption and Hydrothermal Stability of C_4 Hydrocarbon Catalytic Cracking Zeolite: Experiment, Simulation and Quantum Chemical Calcultion;
碳四烃催化裂解分子筛的吸附及水热稳定性：实验、模拟与量化计算
12.
Microcalorimetric Study on Displacement Adsorption Enthalpies of Denatured RNase a on Hydrophobic Surface;
变性核糖核酸酶在疏水表面置换吸附焓的微量热研究
13.
Microcalorimetric Study of Displacment Adsorption Enthalpies of Denatured α-Amylase on the Hydrophobic Surface;
变性α-淀粉酶在疏水表面置换吸附焓的微量热研究
14.
Impact Analysis of Coal-bed Methane Adsorption-desorption Experiment on Adsorption Amount
煤层气吸附解吸实验过程对吸附量的影响分析
15.
Preparation and Enhancement of Heat Transfer of Composite Adsorbent for Adsorption Refrigeration;
吸附制冷用复合吸附剂的制备及导热性能强化
16.
Application Research on Heat Pipes Adsorbent Bed in Ship Solid Adsorption Refrigeration System;
热管式吸附床在船舶吸附式制冷中的应用研究
17.
The adsorption equilibrium time shortens and the adsorption capacity and ratio decrease with temperature.
温度升高,吸附平衡时间缩短,吸附量和吸附比下降。
18.
Effects of P Contents on Zn and Cd Adsorption and Desorption in Cinnamon Soil
褐土含磷量对锌镉吸附与解吸的影响