3) Hot history and hydrocarbon producing history
热史生烃史
4) hydrocarbon-generating history
生烃史
1.
Analysis of thermal evolution and hydrocarbon-generating history of source rocks in Qingnan sub-sag in Jiuxi depression;
酒西坳陷青南次凹烃源岩的热演化及生烃史
2.
The time of petroleum accumulation in the Shiwu fault depression of the southern Songliao basin is determined according to the studies of structural evolution,hydrocarbon-generating history of source rocks and homogenization temperature of fluid inclusions.
通过对松辽盆地南部十屋断陷构造发育史、烃源岩的生烃史、流体包裹体均一温度的研究,综合分析了盆地的成藏期次。
3.
The basin simulation system of burial history, geothermal history and hydrocarbon-generating history is set up in the conditions of less drilling data at the inital stage of oil-gas exploration,only having the data of seismic reconnaissance and general survey.
针对油气勘探初期钻井资料较少，只有地震普查或概查资料的情况，建立了埋藏史、地热史、生烃史的盆地模拟系统，讨论了其参数的选取方法，并以伊舒地堑汤原断陷为例加以说明。
5) hydrocarbon-generation history
生烃史
1.
Lower Paleozoic hydrocarbon-generation history in the mid-south of North China Basin;
华北盆地中南部下古生界的生烃史
2.
The hydrocarbon-generation history of the oil and gas materials in a fault subsidence-depression basin is certainly restricted and controlled by the burial history of fault subsidence-depression prototype superimposition.
断陷—拗陷型盆地中油气物质的生烃史,势必受断陷—拗陷原型迭加的埋藏史约束和控制,从油气源岩到圈闭建立油气成藏的观念,必须纳入到盆地系统中,明确盆地地质作用与油气响应之间的关系,确立原型控制油气P(压力)、V(体积)、T(温度)动态变化的边界条件,同时利用TSM盆地模拟系统动态地进行生烃量计算和生烃史的分析,从而为油气资源评价和勘查服务。
6) hydrocarbon generation history
生烃史
1.
The time of petroleum accumulation in Yanqi basin, Northwest China is determined according to the studies of hydrocarbon generation history of source rock, oil and gas maturity, homogenization temperature of fluid inclusion and K/Ar dating of illite in reservoir.
通过对焉耆盆地烃源岩的生烃史、油气成熟度、流体包裹体均一温度和储集层自生伊利石同位素年代学的研究 ,综合分析盆地的成藏期次。
2.
Thermal evolution, including Palaeotemperature, palaeoheat-flow and hydrocarbon generation history, is simulated from Sinian to the current by 2-D numerical method based on the tectonic along 11 seismic profiles in Tarim Basin.
模拟了塔里木盆地内三大套生油岩系的生烃史，并结合构造演化 史分析了油气聚集的有利地区和构造带。
补充资料：史蒂文斯重排
分子式：
CAS号：
性质：季铵盐在碱的作用下发生分子内重排反应生成叔胺。重排基团R常见的有芳甲基、芳乙基、烯丙基、烷基等。当R′具有吸电子作用时，有利于反应的进行。常用的碱有氨基钠、苯基钠和乙醇钠。
CAS号：
性质：季铵盐在碱的作用下发生分子内重排反应生成叔胺。重排基团R常见的有芳甲基、芳乙基、烯丙基、烷基等。当R′具有吸电子作用时，有利于反应的进行。常用的碱有氨基钠、苯基钠和乙醇钠。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条