Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

分析层倾角资料造解释的误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀混合岩大部分位于古陆隆起带边部、NW向花岗岩外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山灾害的发生，貌背景是诱发的潜在因素，不合理的开采方法是诱发的主导因素，降雨和水文条件是激发灾难发生的直接原因。

Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

分析层倾角资料构造解释误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀混合岩大部分位于古陆隆起带边部、NW向花岗岩外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山灾害发生，貌背景是诱发潜在因素，不合理开采方法是诱发主导因素，降雨和水文条件是激发灾难发生直接原因。

Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

分析层倾角资料构造解释的误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀混合岩大部分位于古陆隆起带边部、NW向花岗岩外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山的发生，貌背景是诱发的潜在因素，不合理的开采方法是诱发的主导因素，降雨和水文条件是激发难发生的直接原因。

Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

分析地层倾角资料构造解释的误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀大部分位于古陆隆起带边部、NW向花岗外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山地灾害的发生，地地貌背景是诱发的潜在因素，不理的开采方法是诱发的主导因素，降雨和水文条件是激发灾难发生的直接原因。

Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

析地层倾角资料构造解释的误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀混合岩大于古陆隆起带边、NW向花岗岩外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山地灾害的发生，地地貌背景是诱发的潜在因素，不合理的开采方法是诱发的主导因素，降雨和水文条件是激发灾难发生的直接原因。

Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

分析地层料构造解释的误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀混合岩大部分位于古陆隆起带边部、NW向花岗岩外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山地灾害的发生，地地貌背景是诱发的潜在因素，不合理的开采方法是诱发的主导因素，降雨和水文条件是激发灾难发生的直接原因。

Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

分析层倾角资料构造解释误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀混合岩大部分位于古陆隆起带边部、NW向花岗岩外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山灾害发生，貌背景是诱发潜在因素，不合理开采方法是诱发主导因素，降雨和水文条件是激发灾难发生直接原因。

Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

分析层倾角资料构造解释误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀混合岩大部分位于古陆隆起带边部、NW向花岗岩外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山灾害发生，貌背景是诱发潜在因素，不合理开采方法是诱发主导因素，降雨和水文条件是激发灾难发生直接原因。

Misunderstanding of dipmeter log in geologic structure interpretation is analysed.

分析层倾角资料构造解释的误区。

In this paper, at first, the author discussed the geologic setting of uraniferous migmatite.

含铀混合岩大部分位于古陆隆起带边部、NW向花岗岩外接触带。

It even results in geologic hazard;for the mine geologic hazard,the background of physiognomy is the potential factor,while the irrational exploitation is the magistral factor.

矿山灾害的发生，貌背景是诱发的潜在因素，不合理的开采方法是诱发的主导因素，降雨和水文条件是激发灾难发生的直接原因。