您要查找的是不是:
- baceous kerogen 草木干酪根
- Sulphur can join into kerogen, becoming sulphur-bearing kcrogan. 9、单质硫都能键合进入干酪根形成含硫干酪根。
- Kerogen type is mainly humic,and terrestrial higher plants are the petrologen. 干酪根类型以腐殖型为主,成烃母质为陆地高等植物;
- The efficiency of the elimination of such minerals is measured by the ash content of the residual kerogen. 这些无机物的消除程度是用剩余油母质的灰分含量来测定的。
- The aromatic hydrocarbon structures in kerogen carry free electrons stabilised by the reasonating bonds of benzene rings. 油母质中的芳香烃结构含有被苯环共振键稳定的自由电子。
- Tectonic activities and volcanism in the basin have an influence on hydrocarbon generation of kerogen and its change. 盆地构造活动和火山作用可以促进干酪根的成烃转化。
- The cracking gas from oil is very different from the cracking gas from kerogen in components and carbon isotopes. 原油二次裂解生成的天然气与干酪根初次裂解生成的天然气在组分特征和碳同位素特征上存在明显的差异。
- Sapropelic gas could be derived from the cracking of both sapropelic kerogen and sapropelic crude oil. 腐泥型天然气既可来自腐泥型于酪根的裂解,也可以来自腐泥型原油的裂解。
- Kerogen analyses, however, require preliminary isolation of the kerogen by hydrochloric and hydrofluoric destruction of the inorganic minerals. 但是,油母岩分析需要使用盐酸和氢氟酸破坏无机物以便初步分离出油母岩。
- This separation step is rather lengthy and cannot always be achieved, due to a high residual content of pyrite in the kerogen. 由于油母质中黄铁矿的剩余含量较高,这个分离过程相当长,而且总是不能达到。
- The in situ visualization of pyrolysis of kerogen and asphalt in high-temperature and high-pressure water studied by hydrothermal anvil cell. 采用热液对顶砧压腔装置,对高温高压水中干酪根和沥青质的热解过程进行了原位观测。
- The study indicates that the aromaticity is related to the types of kerogen, and keeps good relationship with the H/C atomic ratio of kerogen. 微晶参数与干酪根的演化程度有关,成熟度越高微晶参数值也越高。
- The solvent swelling ratio of the kerogen from Palougou Coal was determined by two methods, and then the oil primary migration was modeled. 用不同方法确定了扒搂沟煤型干酪根的溶胀比,计算模拟了石油的初次运移。
- Whole rock analysis and kerogen analysis are two analytical methods of studying hydrocarbon source rock in organic petrology. 全岩分析与干酪根分析是有机岩石学研究烃源岩的两种分析方法。
- Abstract The significance of organic acids generated by kerogen on diagenesis and secondary porosity is discussed in the paper. 本文论述了干酪根有机酸在成岩演化和储层次生孔隙研究中的价值。
- The natural gases are derived mainly from the Enping Formation and secondly from the Zhuhai Formation source rock with the Humic\|Sapropelic kerogen. 天然气碳同位素值呈正序分布,气源相对单一,且为有机成因;
- The free radical concentration (Ng) of kerogen is a valid index to study thermal maturation of organic matter and paleotemperature of sedimentary basin. 干酪根自由基浓度是研究有机质热演化的有效指标之一.也是研究沉积盆地古地温的热参数之一。
- It is considered that the gas came from the underlying Palaeozoic source rocks, and condensate came from sapropelic kerogen in Upper Cretaceous source rocks. 分析认为 ,天然气主要来自下部的上古生界烃源岩 ,油主要来自上白垩统泰州组中的少量偏腐泥型干酪根。
- The microcrystalline parameter bears a direct relationship to the evolutionary level of the kerogen, i.e. the higher the maturity, the higher the valu... 为干酪根类型的研究和成熟度的划分提供了新的线索和途径。
- Moreover,the microorganism which was brought by permeable surface water degraded the primary kerogen in sedimantary rocks and could produce reducing matters. 同时,地表下渗的大气降水携带了细菌类微生物,对原生有机质进行生物降解,并生成硫化氢类还原物质。