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一、用激光器记录地壳表面的位移据塔斯社阿拉木图1977年11月25日电,上个世纪和本世纪初南哈萨克发生过强烈地震的震中区,现处于激光器的监视之下。阿拉木图的科学家们开始利用这种仪器定期记录人眼不易察觉的地壳表面的位移。为了进行这些观测已建立了一个监视台网。这些台设立在地球物理学家发现的深层地壳断裂的地方。他们认为强烈地震的发生是与地球上这些断裂有关系的。激光器监视的数据是用来研究预报地震的科学方法。
I. Laser Displacement of Crustal Surfaces According to the Tass news agency Almaty, on November 25, 1977, the epicenter of a strong earthquake in the southern Kazakhstan in the last century and the beginning of this century is now under the surveillance of lasers. Almaty scientists began to use this instrument to regularly record the displacement of the crust’s surface, which is not visible to the human eye. A surveillance network has been established for these observations. These stations are located in the deep crustal faults discovered by geophysicists. They think the occurrence of a strong earthquake is related to these faults on Earth. Laser monitoring data is a scientific method used to study earthquake prediction.