显微温度测试必须以油气包裹体鉴定为基础，单纯应用均一温度划分油气运移期次是不合适的。
It is not appropriate to classify the stages of petroleum migration only by applying homogenization temperatures of various inclusions.
流体包裹体在划分油气运移充注期次、确定油气藏形成时间等方面均有重要的应用价值。
The study of fluid inclusions is very important in detecting the oil migration and accumulation process and the formation time of oil reservoirs.
在以往原油成因与油源调查基础上，利用非烃含氮化合物及包裹体均一化温度对该区进行油气运移方向与相对距离、成藏时间与期次的分析。
In this paper, the basic styles and mechanism of petroleum migration were analyzed, based on organic-inorganic interaction during hydrocarbon formation and evolution.
在以往原油成因与油源调查基础上，利用非烃含氮化合物及包裹体均一化温度对该区进行油气运移方向与相对距离、成藏时间与期次的分析。
In this paper, the basic styles and mechanism of petroleum migration were analyzed, based on organic-inorganic interaction during hydrocarbon formation and evolution.
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