Dynamics of Radiobrightness Temperature of Soils with Different Humus Content

P. Bobrov, O. V. Galeyev
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Abstract

The results of an experimental investigation of the dynamics of radiobrightness temperature of soils with a different humus content at frequencies 6.25 and 8.0 GHz are given. It is shown that after sufficiently strong irrigation of the surface of trial sectors, a radiobrightness contrast appears as a result of differential change in soil structure and resulting difference in the desiccation rate. Also investigated are the effects of change in soil structure on radiobrightness contrast after a brief freezing of the soil surface.
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不同腐殖质含量土壤放射线亮度温度动态
给出了6.25 GHz和8.0 GHz频率下不同腐殖质含量土壤放射线亮度温度动态的实验研究结果。结果表明,在对试验区地表进行足够强的灌溉后,由于土壤结构的差异变化和干旱化速率的差异,会出现放射线亮度对比。还研究了土壤表面短暂冻结后土壤结构变化对放射线亮度对比的影响。
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