气态烃
- 网络Gaseous hydrocarbon;gas hydrocarbon;CxHy;CnHm
![气态烃](../cache/1178097.jpg)
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结果表明,碳含量与液态烃产率、H/C与气态烃产率以及氧含量与CO、CO2和水产率有对应关系。
The results indicated that , carbon content of coal to yields of liquid hydrocarbon , H / C of coal to yields of gas hydrocarbon and oxygen content of coal to yields of CO 、 CO 2 and H 2O show close corresponding relations .
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在构造应力作用下,煤中的有机质超前向两个方向演化,一方面聚合形成更大的高芳构化的大分子结构,另一方面则形成低分子化合物和气态烃(瓦斯)。
In the process of the tectonic stress , the organics of coal is evolved to two different orientations , one hand forming the aromatic macromolecule network structure , on the other hand forming low molecular compounds and the gas hydrocarbon ( gas ) .
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模拟气体组成以非烃气体(CO2等)为主,随温度升高,气态烃产率升高,烃类气体中以甲烷为主。
Gas compositions for simulated peat are dominated by non - hydrocarbon gases , such as CO2 and N2 . With increasing simulation temperatures , gaseous hydrocarbon yields increase rapidly .
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研究了N,N-二乙基羟胺(DEHA)水溶液辐解产生的气态烃。
The study on the light hydrocarbons generated by radiation degradation of N , N-diethylhydroxylamine ( DEHA ) is reported .
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CN-18气态烃蒸汽转化催化剂是以αAl2O3为载体的浸渍型Ni活性组分催化剂。
CN-18 catalyst of hydrocarbon gas steam reforming with supporter of ɑ Al 2O 3 , by nickel component impregnated on it .
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气态烃在CN-18催化剂上蒸汽转化宏观动力学
Macrokinetics of methane - steam conversion by CN-18 catalyst
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C-98液态或气态烃常温脱胂催化剂探析
The analysis of C - 98 liquid and gas atmospheric de - arsine catalyst
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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 .
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添加碳酸钾后,H2产率增幅较小,CO、CH4及其它气态烃产率基本不变,表明碳酸钾对烃类裂解反应无明显催化作用。
Slightly increase of hydrogen yield was found with potassium carbonate , but CO , CH_4 and other alkanes yields kept constant at the same time . It was obvious that the potassium carbonate had not clear catalytic effect on cracking reaction of heavy alkanes .
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根据气态烃预转化工艺的特点设计了预转化催化剂研制方案,研制出用于预转化炉的CN-30型镍系催化剂。
Based on the characteristics of the pre-reforming processes of gaseous hydrocarbons , the preparation of nickel based pre-reforming catalyst CN-30 was proposed .
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气态烃低温绝热转化催化剂
Study on the Catalyst for Low-temperature Adiabatic Reforming of Gaseous Hydrocarbons
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单质硫能够影响气态烃产物的化学组成。
Sulphur can influence the chemical compositions of gaseous hydrocarbon produced .
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深层烃源岩热模拟过程中气态烃产物变化特征&以济阳坳陷沙四段和昌潍坳陷孔二段烃源岩为例
Evolution characteristics of gaseous hydrocarbon during thermal simulation of deep source rocks
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南黄海水中可溶气态烃的分布特征
The distributional characteristic of dissolved hydrocarbon gas in the South Yellow Sea
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氢氧燃烧-分光光度法测定气态烃中的痕量砷
Determination of Trace Arsenic in Gaseous Hydrocarbons with Oxyhydrogen Burning-Spectrophotometry
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三水盆地气态烃的地球化学特征和成因
Geochemical characteristics and origin of gaseous hydrocarbon in Sanshui Basin
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气态烃快速探测系统在海洋油气勘探中的应用
Applications of on-site detection system for the oil and gas resources in oceans
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活性氧化铝担体用于气态烃的气相色谱分离
Active alumina as solid support for the gas chromatographic separation of gaseous hydrocarbons
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不同地质条件下各种类型气源岩气态烃产率的求取
Gaseous Hydrocarbon Generation of Different Types of Source Rocks under Different Geological Conditions
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气态烃自热转化炉冷态实验研究与数值模拟
Cold Model Experiment and Simulation of Autothermal Reforming Reactor
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水中可溶气态烃和苯系物联测的新技术
The new technology of soluble gaseous hydrocarbons and benzene homologues in groundwater joint test
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氢气和气态烃在煤成气形成演化研究中的意义
Significance of hydrogen and gaseous hydrocarbon in study of coal-type gas generation and evolution
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十八烷的裂解动力学研究(I):气态烃组分及其碳同位素演化特征
Pyrolysis Kinetics of Pure n-C_18H_38 ( I ): Gaseous Hydrocarbon and Carbon Isotope Evolution
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氧化作用对气态烃组成和碳同位素组成的影响
Influence of oxidation by minerals on proportional and carbon isotopic compositions of gaseous hydrocarbons
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气态烃预转化工艺及催化剂
Pre reforming Process and Catalyst of Gaseous Hydrocarbon
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南海北部海域表层沉积物中吸附气态烃的特征
Characteristics of the adsorbed gaseous hydrocarbon in surface sediments of northern South China Sea
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油田水中可溶气态烃的组成与含量的地球化学意义
The content and composition of dissolved gas hydrocarbons in oilfield water and its geochemical significance
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研究发现,海底沉积物随着埋深的增加气态烃含量具有增高的趋势;
The results reveal that methane content increases with the increase in depth of the sediment .
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应用产率比法和物质平衡法对其生烃能力恢复:泥质碳酸盐岩最终气态烃最终产率相对较低。
The hydrocarbon generating ability is recovered by means of productivity method and material balance method .
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煤快速热解获得液态烃和气态烃的研究(Ⅲ)&气体停留时间的考察
Flash pyrolysis of brown coal for obtaining liquid and gaseous hydrocarbons (ⅲ) effect of gas residence time