The chromatogram analysis of oil solved gas of transformer, which can inflects various potential faults, is widely utilized.
变压器油中溶解气体的色谱分析以其可检测变压器各种潜伏性故障而得到广泛应用。
The hippocampal neurons fatty acid composition were analyzed by capillary gas chromatogram.
采用毛细管气相色谱法分析神经元中脂肪酸的构成。
Steranes and terpanes exist in saturated hydrocarbon component of oil and source rock, and they are usually identified by gas chromatogram-mass spectrum.
甾萜类化合物存在于原油和生油岩的饱和烃组分中，通常用色谱-质谱法鉴定。
This paper primarily probes into photodegradation mechanism of mulberry silk through the gas chromatogram analysis of products out of photodegradation.
通过对光降解产物气相色谱分析，对桑蚕丝光降解机理作初步探讨。
In this article, the measurement method of hydrocarbon especial ethyne concentration in air separation by using the GM600FID gas chromatogram are introduced.
介绍用GM600型FID气相色谱仪检测空分装置中碳氢化合物，特别是乙炔含量的方法。
The structure of the synthetic product was conformed by gas chromatogram, infrared spectra and proton nuclear magnetic resonance analysis.
对所合成的产品做了气相色谱、红外光谱和质子核磁共振分析，确定了其化学结构。
The content of acetylene and other hydrocarbon in liquid oxygen measured by gas chromatogram has gas chromatogram concentrate method and direct method.
利用气相色谱浓缩法和气相色谱直接法测定液氧中乙炔及其他碳氢化合物含量。
Methods: Hight pressure gas chromatogram was adopted.
方法：采用高压气相色谱方法。
As to making use of gas chromatogram analytical method to study reservoir fluid nature, the author provides a new method-Light Hydrocarbon Analyzing Technology.
在利用气相色谱分析手段进行储集层流体性质研究方面，该文提出了一种新的方法轻烃分析技术。
The polysaccharide structure has been determined by gas chromatogram and mass spectrometry. The important discussing the mechanism for determining polysaccharide structure by mass spectrometry.
用气相色谱-质谱法对多糖的结构进行了测定，并着重对质谱法测定多糖结构的机理进行了研究。
The content of chlorohydrins has been measured by the gas chromatogram with SE–54 capillary.
采用了毛细管柱SE-54柱，气相色普法测定氯乙醇的含量。
The real-time display of gas chromatogram on C-R3A is realized. The method of display and the design of the program are described in detail.
本文介绍了在C-R3A色谱数据处理装置上实现气相色谱图实时显示的方法及程序设计。
The performance of the three catalysts was studied in the catalytic combustion of volatile organic compounds (benzene, toluene and p-xylene) via the Gas Chromatogram analysis.
以气相色谱为检测手段，用常压连续催化燃烧装置考察了这三种催化剂对甲苯、苯、二甲苯的催化燃烧性能。
Custom gas chromatogram and GC-MS analysis were adopted to analyze and determine the products.
采用常规色谱检测和GC - MS联用仪分析确定反应产物。
The impact of repetition on Gas Chromatogram was studied with glass wool in glass injector insert and different concentration samples.
本文研究气相色谱进样系统中，玻璃衬管中有、无 玻璃棉填充以及样品浓度的高低对仪器的重现性的影响。
The impact of repetition on Gas Chromatogram was studied with glass wool in glass injector insert and different concentration samples.
本文研究气相色谱进样系统中，玻璃衬管中有、无 玻璃棉填充以及样品浓度的高低对仪器的重现性的影响。
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