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1953年苏联根据压电构造的一般理论,原则上论证了含石英岩石中存在压电效应的可能性。同年,和通过实验予以证实。这一发现对于矿产的普查勘探,首先对于脉石英金属矿床的普查勘探具有很大的实际意义。研究表明,脉石英的压电效应决定于石英晶体有规律定向的光轴(构造岩)和电轴。不同的构造岩有它们各自选定的电轴方向,从而得名压电结构(类似于人工压电结构)。具压电结构的石英是一个非均质的集合体,其中当岩石形成时和随后的一系列过程中,石英晶体可能整体地相对于其固有的对称要
In 1953, according to the general theory of piezoelectric structure, the Soviet Union demonstrated in principle the possibility of piezoelectric effect in quartz-bearing rocks. In the same year, and through experiments to be confirmed. This finding is of great practical significance for the census exploration of mineral resources. First of all, it is of great practical significance for the census exploration of vein quartz metal deposits. Studies have shown that the piezoelectric effect of veins is determined by the regularly oriented optical axes (tectonic rocks) and electrical axes of quartz crystals. Different tectonic rocks have their own choice of electrical axis direction, so named piezoelectric structure (similar to the artificial piezoelectric structure). Quartz with a piezoelectric structure is an inhomogeneous assemblage in which quartz crystals may be monolithically opposed to their intrinsic symmetry as the rock forms and in subsequent series