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关于水氡前兆机理的研究,王吉易等曾做了全面详细的评述。其主要的假说是基于应力—应变学说建立起来的破裂扩散、破裂混合以及超声振动等机理;应力应变机制还处于讨论研究阶段,水氡的前兆机理不是唯一的。在应力应变作用下引起的水氡前兆,一般都认为是以地下水做为氡气的载体的。本文试图提出另一种可能:即在应力应变作用下,高压地下水气体上涌,并做为氡气的载体,引起水氡和土氡的前兆异常;而氡气异常量的大小则由地下气流强度所控制。地下气体做为水氡载体的现象,是存在的。例如新疆乌苏一口温泉热水井,水温
On the mechanism of water radon precursor research, Wang Jiyi et al. Made a comprehensive and detailed review. The main hypothesis is based on the theory of stress-strain fracture diffusion, fracture mixing and ultrasonic vibration mechanism; stress-strain mechanism is still under discussion, and the precursor mechanism of radon is not unique. Water radon precursors caused by stress and strain are generally considered to be groundwater radon carriers. This paper attempts to propose another possibility: under stress and strain, high pressure groundwater gas upwells and acts as radon carrier, causing radon and soil radon precursory anomalies; and radon anomaly is the size of the underground gas flow Strength control. Underground gas as radon carrier phenomenon, there is. For example, a hot spring well in Wusu, Xinjiang, water temperature