TDX-01填充柱 碳分子筛测定乙烷中微量乙炔
简单介绍
碳分子筛测定乙烷中微量乙炔,液化石油气,非甲烷总烃,室内空气污染,芝麻香白酒,3-甲硫基丙醇,二甲醚,医疗器械,环氧乙烷,消毒剂,氨水,氨气,炼厂气,天然气,乙缩醛,乙醇
TDX-01填充柱 碳分子筛测定乙烷中微量乙炔的详细介绍
碳分子筛测定乙烷中微量乙炔
碳分子筛测定乙烷中微量乙炔 详细信息:
碳分子筛的各种制备方法,如炭化法、气体活化法、碳沉积法等,介绍了碳分子筛在气体分离、除杂脱色、催化等领域的应用,并提出了碳分子筛的研究热点展望。
以纯聚偏二氯乙烯为原料,经过热降解反应可以获得一种非性的、有很大比表面积的色层担体——碳分子筛。本文通过对碳分子筛制备和性能的探讨,提出了碳分子筛柱在微量杂质分析方面的应用。工作结果表明:以柱长仅0.5米的碳分子筛作为固定相的气体色层法,对石油气分离加氢工艺中微量乙炔的定量分析,显示了快速、灵敏、准确、简便的优点,且柱寿命也很长。
碳分子筛测定乙烷中微量乙炔 谱图:


Determination of trace acetylene in ethane by carbon molecular sieve
Determination of Trace Acetylene in Ethane by Carbon Molecular Sieve Details:
Statio nary phase: carbon molecular sieve
Model: TDX-01
Particle size: 60-80 mesh
Specification: 0.5m*3mm
Various preparation methods of carbon molecular sieves, such as carbonization, gas activation, carbon deposition, etc., introduce the application of carbon molecular sieves in gas separation, decolorization, catalysis, etc., and put forward the research hotspot of carbon molecular sieves.
Using pure polyvinylidene chloride as raw material, a non-polar, large-color carrier with a large specific surface area, a carbon molecular sieve, can be obtained by thermal degradation reaction. In this paper, the application of carbon molecular sieves in the analysis of trace impurities was proposed by discussing the preparation and properties of carbon molecular sieves. The results show that the quantitative analysis of trace acetylene in the separation process of petroleum gas by using the carbon molecular sieve with a column length of o nly 0.5 m as the statio nary phase shows the advantages of fast, sensitive, accurate and simple, and the column Life is also very long.
Determination of trace acetylene in ethane by carbon molecular sieve:
碳分子筛测定乙烷中微量乙炔 详细信息:
固定相:碳分子筛
型号:TDX-01
粒度:60-80目
规格:0.5m*3mm
碳分子筛的各种制备方法,如炭化法、气体活化法、碳沉积法等,介绍了碳分子筛在气体分离、除杂脱色、催化等领域的应用,并提出了碳分子筛的研究热点展望。
以纯聚偏二氯乙烯为原料,经过热降解反应可以获得一种非性的、有很大比表面积的色层担体——碳分子筛。本文通过对碳分子筛制备和性能的探讨,提出了碳分子筛柱在微量杂质分析方面的应用。工作结果表明:以柱长仅0.5米的碳分子筛作为固定相的气体色层法,对石油气分离加氢工艺中微量乙炔的定量分析,显示了快速、灵敏、准确、简便的优点,且柱寿命也很长。
碳分子筛测定乙烷中微量乙炔 谱图:


Determination of trace acetylene in ethane by carbon molecular sieve
Determination of Trace Acetylene in Ethane by Carbon Molecular Sieve Details:
Statio
Model: TDX-01
Particle size: 60-80 mesh
Specification: 0.5m*3mm
Various preparation methods of carbon molecular sieves, such as carbonization, gas activation, carbon deposition, etc., introduce the application of carbon molecular sieves in gas separation, decolorization, catalysis, etc., and put forward the research hotspot of carbon molecular sieves.
Using pure polyvinylidene chloride as raw material, a non-polar, large-color carrier with a large specific surface area, a carbon molecular sieve, can be obtained by thermal degradation reaction. In this paper, the application of carbon molecular sieves in the analysis of trace impurities was proposed by discussing the preparation and properties of carbon molecular sieves. The results show that the quantitative analysis of trace acetylene in the separation process of petroleum gas by using the carbon molecular sieve with a column length of o
Determination of trace acetylene in ethane by carbon molecular sieve:
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