The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

应用电学差分能量法,对高邮台电阻率日均值进行处理分析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

交河故城发育三组优势节理，卸荷裂隙主要分布在崖体东边和一些宽大文物本体台，有张开大，延伸点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古生代沉积岩系环境标志,识别出29个相,归并为冲积扇、河流、三角洲、潮汐砂滩、碳酸盐台等6个沉积体系。

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

应用地电学的差分能量法,台地电阻率日均值进行处理分析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

交河故城发育三组优势节理，卸荷裂隙主要分布在崖体东边和一些宽大的文物本体台地上，具有张开大，延伸长的特点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古生代岩系的环境标志,识别出29相,归并为冲扇、河流、三角洲、潮汐砂滩、碳酸盐台地等6体系。

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

应用地电学的差分能量法,对高邮台地电阻率日均值进行处理分析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

交河故城发育三组优势节理，卸荷裂隙主要分布在崖体东边和一些宽大的文物本体台地上，具有张开大，延伸长的特点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古生代沉积岩系的环境标志,识别出29个相,归并为冲积扇、河流、三角洲、潮汐砂滩、碳酸盐台地等6个沉积体系。

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

用地电学的差能量法,对高邮台地电阻率日值进行处理析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

交河故城发育三组优势节理，卸荷裂隙主要布在崖体东边和一些宽大的文物本体台地上，具有张开大，延伸长的特点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古生代沉积岩系的环境标志,识别出29个相,归并为冲积扇、河流、三角洲、潮汐砂滩、碳酸盐台地等6个沉积体系。

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

应用地电学的差分能量法,对高邮台地电阻率日均值进行处理分析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

交河故城发育三组优势节理，卸荷裂隙主要分布在崖体东边和一些宽大的文物本体台地上，具有张开大，延伸长的特点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古生代沉积岩系的环境标志,识别出29个相,归并为冲积扇、河流、三角洲、潮汐砂滩、碳酸盐台地等6个沉积体系。

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

应用地电学的差分能量法,对高邮台地电阻率日均值进行处理分析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

交河故城组优势节理，卸荷裂隙主要分布在崖体东边和一些宽大的文物本体台地上，具有张开大，延伸长的特点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古生代沉积岩系的环境标志,识别出29个相,冲积扇、河流、角洲、潮汐砂滩、碳酸盐台地等6个沉积体系。

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

应用地电学能量法,对高邮台地电阻率日均值进行处理析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

交河故城发育三组优势节理，卸荷裂隙主要布在崖体东边和一些宽大文物本体台地，具有张开大，延伸长特点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古生代沉积岩系环境标志,识别出29个相,归并为冲积扇、河流、三角洲、潮汐砂滩、碳酸盐台地等6个沉积体系。

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

应用地电学的差分能量法,对高邮台地电阻率日均值进行处理分析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

城发育三组优势节理，卸荷裂隙主要分布在崖体东边和一些宽大的文物本体台地上，具有张开大，延伸长的特点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古生代沉岩系的环境标志,识别出29个相,归并为冲、流、三角洲、潮汐砂滩、碳酸盐台地等6个沉体系。

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity.

应用地电学的差分能量法,对高邮台地电阻率日均值进行处理分析。

The unloading cranny was distributed primarily in the east precipice and wide noumenon with large aperture and long extension as well as largest destructibility.

交河故城发育三组优势节理，卸荷裂隙主要分布在崖体东边和一些宽大的文物本体台地上，具有张开大，延伸长的特点，其破坏性最大。

The paper has summarized systematically evolutionary law in time and space on petrofacies and paleogeography of Late Paleozoic era in Northern China and distributive law of depositional systems.

根据华北晚古代沉积岩系的环境标志,识别出29个相,归并为冲积扇、河流、三角洲、潮汐砂滩、碳酸盐台地等6个沉积体系。