论文部分内容阅读
地震的发生和发展比较复杂,目前人们还没有能够完全认识它,但地震是一种常见的自然现象,应该是有规律可循的。在自然界中,深井水和地下水血脉相通,而地下水又和地质构造密切相关,因此,溶解于地下水中的不同物质及其数量的差异,是随地质构造的变化而变化的,我们从这个规律入手,测量了这些化学参数的变化,结果反映出了地质构造的变化,在这种认识基础上,我们对深井水的化学成份变化,作了几种方法的测定,对预测地震的发生和预报地震,起了一定的作用,收到了效果,现简介如下:1.对亚硝酸根的测定:其结果对观测点附近3～4级小震,有比较灵敏的反
The occurrence and development of earthquakes are rather complicated. At present, people are not yet fully aware of it. However, earthquakes are a common natural phenomenon and should follow a regular pattern. In nature, deep-well water and groundwater are connected by blood vessels, and groundwater is closely related to geological structure. Therefore, the difference between the different substances dissolved in groundwater and their quantity varies with the geological structure. From this law, we start from this law , Measured the changes of these chemical parameters, the results reflect the changes in geological structure. Based on this understanding, we have made several methods for the determination of the chemical composition of deep-water wells. It is of great value to predict the occurrence of earthquakes and predict earthquakes , Has played a role in receiving the effect, are summarized as follows: 1. Determination of nitrite: the results of the observation point near 3 to 4 small earthquakes, there is a more sensitive anti