1.
About 10-15 mg of zeolite sample was used for the sorption of nitrogen.
供氮气吸附的沸石样品大约需10-15mg。
2.
The method of nitrogen adsorption measured pore structure of concrete
氮气吸附法测得的混凝土微观孔结构
3.
Determination of static absorbed ethene and nitrogen for molecular sieve 3A
GB/T10505.3-19893A分子筛静态乙烯和氮气吸附测定方法
4.
Nitrogen Adsorption Method and Mercury Injection Method Determination the Pore Structure of Alumina Carrier
氮气吸附法和压汞法测定Al_2O_3载体孔结构
5.
Study on surface fractal dimensions of several high temperature shift catalysts by N_2 adsorption method
用氮气吸附法研究高温变换催化剂表面分形维数
6.
Study on Absorptive Isothermal Equation of N_2 Adsorbed by Median Porous Active Carbon
中孔活性炭吸附氮气的吸附等温式研究
7.
Chemisorption of nitrogen on zsm-5 zeolite
氮气在ZSM-5沸石上的化学吸附
8.
Research on Adsorption-Liquefaction Processes of Coalbed Methane with High Nitrogen Content;
高含氮量煤层气吸附—液化过程研究
9.
Measurement of Trace Oxygen Content out of Nitrogen in Pressure-swing-adsorption Nitrogen Manufacture Process
变压吸附制氮工艺氮气中微量氧的测定
10.
Coal bed methane liquefaction by semi-open nitrogen expansive liquefaction process utilizing the residual pressure of adsorption
利用吸附余压的煤层气半开式氮膨胀液化流程
11.
Integrated process of nitrogen expansion and liquefaction for precooling CBM by adsorbing residue pressure
利用吸附余压预冷的煤层气氮膨胀液化流程
12.
The adsorbed gas is the adsorbate.
被吸附的气体叫吸附质。
13.
Study Progress of Nitrogen and Phosphate Adsorption&Desorption in Soils
土壤对氮、磷吸附/解吸附特性研究进展
14.
adsorption gas chromatography
吸附气相色谱(法)
15.
The fact that nitrogen adsorption becomes noticeable only at high temperature is an indication that the adsorption is a highly activated process.
氮气的吸附只是在高温下才变得明显这一事实说明吸附是一个高度活化的过程。
16.
The adsorption of nitrogen on ZSM-5 zeolite above ambient temperature seems to be very much dependent upon pretreatment conditions and adsorption temperature.
高于环境温度时,氮气在ZSM-5沸石上的吸附似在很大程度上取决于预处理条件和吸附温度。
17.
Nitrogen is produced at air separation plants either by liquefaction of atmospheric air and separation of the nitrogen by distillation or by adsorption processes.
在空气分离工厂、或者通过空气液化和蒸馏分离出氮，或者通过吸附过程生产氮。
18.
The adsorption of nitrogen at high temperature can only be explained on the basis of chemical bonding between nitrogen and the zeolite surface.
氮气在高温时的吸附,只能根据氮气在沸石表面所形成的化学键来解释。