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物化探方法是建立在数理化基础理论上的、现代化的地质探测技术。从原始记录以数字表示开始,在整个物化探工作过程中都要有大量的数据处理及相应的计算要进行。以山区重力勘探为例,对于一个测点来说,要经过一百多次运算,才能取得它的重力异常值。如果把各种处理方法加在一起,运算的次数还要大大增加,因此,在物化探资料处理和解释中对过程自动化的要求十分迫切,它是地质领域中最易接受,也是最早接受电子计算技术的一个部门。从五十年代起,国内物化探方法就已经和电算技术有所接触,但真正的大量普及还是最
Geophysical and geochemical methods are based on the basic theory of physics and chemistry, modern geological exploration technology. From the original records to digital representation of the whole process of geophysical and geochemical exploration have a lot of data processing and the corresponding calculation to be carried out. Taking mountainous gravity exploration as an example, for a measuring point, it takes more than one hundred operations to obtain its gravity anomaly. Therefore, the requirements of process automation in the geophysical and geochemical data processing and interpretation are very urgent. It is the most accepted in geology field and the earliest accepted by electronic computation A department of technology. Since the 1950s, domestic geochemical exploration methods have been in contact with computer technology, but the real mass popularity is still the most