首页> 外国专利> BURIED OBJECT EVALUATING METHOD, UNDERGROUND RESOURCES EVALUATING METHOD, UNDERGROUND WASTE EVALUATING METHOD, UNDERGROUND PRESERVED OBJECT EVALUATING METHOD, STRATUM STRUCTURE EVALUATING METHOD AND BUILDING INTERIOR MONITORING METHOD, ALL USING HARD X-RAYS OR Y-RAYS

BURIED OBJECT EVALUATING METHOD, UNDERGROUND RESOURCES EVALUATING METHOD, UNDERGROUND WASTE EVALUATING METHOD, UNDERGROUND PRESERVED OBJECT EVALUATING METHOD, STRATUM STRUCTURE EVALUATING METHOD AND BUILDING INTERIOR MONITORING METHOD, ALL USING HARD X-RAYS OR Y-RAYS

机译:埋藏物体评估方法,地下资源评估方法,地下废物评估方法,地下保留物体评估方法,地层结构评估方法和建筑物内部监测方法,全部使用硬X射线或Y射线

摘要

As a method for using a hard X-ray sensor that can detect weak hard X-rays or the like with a higher resolution, a method for accurately evaluating natural resources of crude oil, natural gas, etc. existing underground, for example, is provided. A buried object evaluating method is characterized in comprising a detecting step of arranging a radiation detector to be opposed to a hard X-ray source radiating first hard X-rays with a buried object buried in a first substance being interposed between the radiation detector and the radiation source and, by using the radiation detector, detecting second hard X-rays transmitted through the buried object out of the first hard X-rays and third hard X-rays not transmitted through the buried object, and an evaluating step of evaluating the buried object based on a strength of the first hard X-rays and a strength of the second hard X-rays detected by the radiation detector.
机译:作为使用能够以较高分辨率检测微弱的硬质X射线等的硬质X射线传感器的方法,例如有一种用于准确评价地下存在的原油,天然气等的自然资源的方法。提供。掩埋物体评估方法的特征在于包括检测步骤,该步骤将放射线检测器布置成与放射第一硬质X射线的硬X射线源相对,并且将埋入第一物质中的掩埋物体置于放射线检测器与放射线检测器之间。辐射源,并通过使用放射线检测器,从不透射通过掩埋物体的第一硬X射线和第三硬X射线中检测通过掩埋物体透射的第二硬X射线,以及评估掩埋物体的评估步骤基于第一硬X射线的强度和由放射线检测器检测到的第二硬X射线的强度的物体。

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