无机气体

小分子无机气体在NaA分子筛膜上的渗透分离性能

Permeation and Separating Properties of Small Molecule Inorganic Gases on NaA Zeolite Membrane

天然气中CO2、N2等无机气体均来源于幔源气，因此该区天然气的成因具有壳-幔二元特征，为煤&幔混合气。

CO2 , N2 and other inorganic gases are derived from the mantle source gas , therefore , the cause of the natural gas in the area has a " crust - mantle " dual characteristics of coal - mantle mixture .

所产气体分为两大类：Ⅰ类为无机气体，由N2、H2和CO2气体组成，以CO2相对丰度最高为特征。

There are two kinds gases produced from pinus pollen . The ⅰ kind is inorganic gas which is composed of CO 2 , N 2 and H 2 , within the CO 2 abound is the highest .

有机包裹体气态烃成份以CH4为主（占总量的44%～49%），同时含CO2和H2O等无机气体成份。

The main gaseous composition of the organic inclusion was CH 4 ( account of 44 % ~ 49 % of the total organic gas ) in addition to the inorganic gas of CO 2 and H 2O .

仪器可用来作空气中多种挥发性有机化合物和无机气体的现场测定。

The instrument can be used for on-site determination of volatile organic compounds and inorganic gases in air .

结果无机气体浓度均超出室外空气水平，总挥发性有机化合物浓度在4~6mg/m3，较大程度地超出国家标准。

Total volatile organic compounds were in the range of 4 ~ 6 mg / m3 , which highly exceeded the national standard .

无机膜气体分离的机理和模型

Mechanisms and Models of Gas Transfer for Inorganic Membranes

无机化学有毒气体实验的绿色化

Reducing the Harm of Poisonous Gases of Inorganic Chemistry Experiments

无机膜在高温气体除尘中的试验研究

Experimental study on removing dust in high temperature gas by using inorganic membrane

用α-Al2O3无机膜，研制了无机膜高温气体除尘的实验装置，并进行了有关的数据测试。

The device of removing dust in high temperature gas by using α - Al_2O_3 inorganic membrane was proposed and some related data were measured .

同时提出了推广微型无机化学实验所存在的一些具体问题无机化学有毒气体的微型实验

Some problems in carrying out microscale experiment are discussed . The Exploration on Minitype Experiment of Noxious Gases in Inorganic Chemistry