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The role of soil in NBT applications to landmine detection problem

机译:土壤在NBT应用中的作用在地雷检测问题

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Long-term observations of soil water content as well as determination of physical and chemical properties of different types of soils in Croatia were made in order to provide the necessary background information for landmine explosive detection. Soil water content is the key attribute of soil as a background in neutron backscattering technique (NBT) landmine detection application. If the critical value of the soil water content is reached, the detection of landmine explosives is not possible. It is recommended that soil moisture content for NBT application does not exceed 0.1 kg.kg~(-1) [1]. Nineteen representative samples of different soil types from different parts of Croatia were collected in order to establish soil bank with the necessary physical and chemical properties determined for each type of soil. In addition soil water content was measured on daily and weekly basis on several locations in Croatia. This procedure also included daily soil moisture measurements in the test field made of different types of soils from several locations in Croatia. This was done in order to evaluate the behavior of different types of soils under the same weather conditions.
机译:制作了对土壤含水量的长期观察以及克罗地亚不同类型土壤的物理和化学性质的测定,以便为地雷爆炸检测提供必要的背景信息。土壤含水量是土壤作为中子反散射技术(NBT)地雷检测应用的背景的关键属性。如果达到土壤含水量的临界值,则无法检测地雷爆炸物。建议NBT应用的土壤水分含量不超过0.1 kg.kg〜(-1)[1]。收集来自克罗地亚不同地区的不同土壤类型的20.1型不同土壤类型,以建立土壤堤,并针对每种土壤测定的必要的物理和化学性质。此外,土壤含水量每天测量,每周测量克罗地亚的几个地点。该程序还包括由克罗地亚几个地点的不同类型土壤制成的试验领域的日常土壤水分测量。这是为了在相同天气条件下评估不同类型土壤的行为。

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