首页> 外国专利> Sedimentary dynamics measuring method for tracing e.g. sand, involves introducing activable artificial tracer in aquatic medium, sampling sample of medium, and dosing content, in tracer, in sample

Sedimentary dynamics measuring method for tracing e.g. sand, involves introducing activable artificial tracer in aquatic medium, sampling sample of medium, and dosing content, in tracer, in sample

机译:示踪的沉积动力学测量方法砂,涉及在水介质中引入可激活的人工示踪剂,对介质样品进行采样,并在示踪剂中添加剂量

摘要

The method involves introducing an activable artificial tracer (2) in an aquatic medium, and sampling a sample (4) of the aquatic medium. The content in the tracer is dosed in the sample by a method selected among an analysis through gamma spectrometry of the activity induced through neutron activation or photo activation and physico-chemical or physical method. The concentration in the tracer of the analyzed sample is deduced from the dosing. A sediment transfer parameter is deduced from a set of the sampled samples based on time and space. Independent claims are also included for the following: (1) a method for tracing sediments (2) a method for controlling constructions in aquatic medium, port installations, navigation channels, redevelopment of seaside or sea embankment.
机译:该方法包括在水生介质中引入可激活的人工示踪剂(2),并取样水生介质的样品(4)。示踪剂中的含量通过以下方法确定样品中的剂量:通过对中子活化或光活化以及物理化学或物理方法诱导的活性的伽马光谱分析。从剂量推算出示踪剂中示踪剂中的浓度。根据时间和空间从一组采样样本中推导出沉积物转移参数。还包括以下方面的独立权利要求:(1)追踪沉积物的方法(2)控制水生介质中的构造,港口设施,航道,海边或海堤再开发的方法。

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