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天然气混合作用
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  gas hybridization
     The gas of Triassic Jialingjiang formation, Permian and Carboniferous is generally of isotope reversal phenomenon,which is caused by gas hybridization.
     三叠系嘉陵江组、二叠系和石炭系的天然气普遍具有同位素倒转现象,认为这是由于天然气混合作用的结果。
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  相似匹配句对
     On Natural Gas's Storage
     天然气的储存
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     Natural Gas Hydrate
     天然气水合物
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     A Study on the Mixture Function of Carding Machine
     梳理机混合作用的研究
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  gas mixing
The area indicating the loss and the presence of H2 gas almost coincided with each other, which remained to be small to indicate very slow gas mixing/diffusion with the main air flow.
      
It is shown that for the latter particular attention must be paid to the design of the gas mixing chamber used because fluctuations in gas pressure during adsorption and desorption of the adsorbate may alter the composition of the gas vector.
      
Determining the flame length and the gas mixing path in coke-battery heating channels
      
Good agreement with experiment is achieved by considering two- and three-dimensional effects of gas mixing by overlap of rotating nozzles and expansion tubes.
      
In High Performance Flow Atomic Spectrometry (HPF-AS), the aerosol is generated by injecting the sample solution into the gas mixing chamber with the aid of an HPLC pump (Hydraulic High Pressure Nebulization, HHPN, working pressure about 200 bar).
      
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  mixing of natural gas
Degree of mixing of natural gas with the blast in blast furnaces
      
Evaluation of the quality of mixing of natural gas and blast air in a blast furnace
      
It is established that due to imperfect mixing of natural gas with primary and secondary air in the furnace about 20% of the fuel does not participate in the combustion process.
      


Through analysing the composition data of hydrocarbon, nonhydrocarbon, carbon isotope and hydrogen isotope of the gas in Jurassic-Sinian gas-bearing strata in Sichuan Basin, the genetic types,maturity,migration,hybridization etc. of the gas are discussed. The composition characteristics of the gas in Sichuan Basin are not only influenced by matrix materials but also by maturity. In the light of carbon-hydrogen isotope compositions, the gas can be divided into three types, ie, the sapropel one developed from...

Through analysing the composition data of hydrocarbon, nonhydrocarbon, carbon isotope and hydrogen isotope of the gas in Jurassic-Sinian gas-bearing strata in Sichuan Basin, the genetic types,maturity,migration,hybridization etc. of the gas are discussed. The composition characteristics of the gas in Sichuan Basin are not only influenced by matrix materials but also by maturity. In the light of carbon-hydrogen isotope compositions, the gas can be divided into three types, ie, the sapropel one developed from Jurassic"shallow" oil source body, the thermogenic humic one of Upper Triassic and the sapropel one decomposed from the oil of Middle Triassic-Sinian "deep"strata. Wang Shi-qian,senior engineer, graduated in petroleum geology from Wuhan Geological Institute; Now he is engaged in the researches and translations of petroleum geology and organic geochemistry. Add: According to the datum analysis, the gases of Jurassic in West Sichuan, Wolonghe Upper Triassic and Carboniferous in East Sichuan belong to migration secondary one. The gas of Triassic Jialingjiang formation, Permian and Carboniferous is generally of isotope reversal phenomenon,which is caused by gas hybridization.

文章通过对四川盆地震旦系—侏罗系含气层系中天然气的烃类组成、非烃组成及碳氢同位素组成资料的分析,探讨了天然气的成因类型、成熟度、运移和混合作用等。四川盆地天然气的组成特征不仅受母质类型的影响,而且受成熟度的影响。根据碳氢同位素组成,可以将四川盆地的天然气划分为侏罗系“浅层”油伴生腐泥型气、上三叠统热成因腐殖型气及中三叠统—震旦系“深层”油裂解腐泥型气等三大类型。根据分析资料推断,川西侏罗系、川东卧龙河上三叠统及石炭系的天然气为运移次生成因。三叠系嘉陵江组、二叠系和石炭系的天然气普遍具有同位素倒转现象,认为这是由于天然气混合作用的结果。

The reservoir geochemistry is used to analyse reservoir fluid heterogeneity in Yacheng 13 1 gasfield,and the mixed gas sources of the field are studied in combination with homogenization temperature of fluid inclusions and organic facies of source rocks.It can be concluded that there is a mixing of gases which derived from two different hydrocarbon kitchens and generated in various maturation stages in Yacheng 13 1 field.From the south block (3 and 6 well areas) to the north block (4 well area to 1 and 2...

The reservoir geochemistry is used to analyse reservoir fluid heterogeneity in Yacheng 13 1 gasfield,and the mixed gas sources of the field are studied in combination with homogenization temperature of fluid inclusions and organic facies of source rocks.It can be concluded that there is a mixing of gases which derived from two different hydrocarbon kitchens and generated in various maturation stages in Yacheng 13 1 field.From the south block (3 and 6 well areas) to the north block (4 well area to 1 and 2 well areas),the gas shows a gradual decrease in features of oil prone organic matter (contribution of hydrobios), a gradual increase in features of coal forming facies (contribution of terrigenous sediment) and a rise in thermal maturity.

采用储层地球化学研究方法 ,分析了崖 13- 1气田储层流体的非均质性 ,结合包裹体均一温度及源岩有机相分析结果 ,研究了崖 13- 1气田天然气的混源特征。崖 13- 1气田存在两种不同生源构成的“烃源灶”所生天然气以及不同成熟阶段所生天然气的混合作用。从南块 3、6井区→北块 4井区→北块 1、2井区 ,天然气的“油型”(水生生物的贡献 )特征逐渐减少 ,“煤型”(陆源输入物的贡献 )特征逐渐增多 ,天然气的成熟度增高

 
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