The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

油气式运移与地流式流动都与地壳式构造活动相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷溢过程以式活动形式周而复始，在超压盆地过渡带和常压带中形成大油气藏。

The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

油气运移与地流体流动都与地壳构造活动相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷溢过程以活动形周而复始，在超压盆地过渡带和常压带中形成大油气藏。

The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

油气式运移与地流式流动都与地壳式构造活动相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷溢过程以式活动形式周而复始，在超压盆地过渡带和常压带中形成大油气藏。

The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

油气幕运移与地流体幕流都与地壳幕构造活相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷溢过程以幕活周而复始，在超压盆地过渡带和常压带中成大油气藏。

The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

油气幕式运移与地流体的幕式流动都与地壳的幕式构造活动相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷溢过程以幕式活动形式周而复始，在超压盆地的过渡带和常压带中形成大的油气藏。

The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

气幕式运移与地流体幕式流动都与地壳幕式构造活动相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷溢过程以幕式活动形式周而复始，在超压盆地过渡带和常压带中形成大气藏。

The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

式运移与地流体的式流动都与地壳的式构造活动相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷溢过程以式活动形式周而复始，在超压盆地的过渡带和常压带中形成大的藏。

The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

油气幕式运移与地流体幕式流动都与地壳幕式动相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷溢过程以幕式动形式周而复始，在超压盆地过渡带和常压带中形成大油气藏。

The episodic flow of hydrocarbon migration and all geofluid and the episodic action of crust structure are complementary to each other and mutually determined.

油气幕式运移与地流体的幕式流动都与地壳的幕式构造活动相辅相成、互为因果。

This expulsion process of geopressured system is episodic and generally forms big oil field or gas field in the transition zone of pressure and normal pressure zone in geopressured basin.

这一喷以幕式活动形式周而复始，在超压盆地的渡带和常压带中形成大的油气藏。