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RADIOACTIVE ISOTOPES DYNAMICS IN NATURE AND BIOINDICATIVE REACTION OF PLANTS TO THE URANIUM MINE RADIATION BACKGROUND

机译:植物对铀矿辐射的自然和生物指示反应中的放射性同位素动力学

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摘要

The development of uranium deposits has a significant impact on surrounding plant life. Ionizing radiation causes severe mutations in plants. This article studies the specificities of uranium ore occurrence, the content of radionucleds in the air, soil and in the'objects of plant origin in the area of uranium deposits, and mines' influence on soil and vegetation areas on the example of some species of higher plants (Ptnus sylvestris), the accumulation of radionuclides in the vegetation. To achieve this goal we have used a range of complementary research methods, such as field surveys, bioindication of vegetational covers, we used the spectrometric complex "Gamma Plus". In addition, we summarize the experience of domestic and foreign research on the subject. As a result, the study revealed that different organs of the same plant have a different number of radionuclides. This is associated with an accumulation capacity. Young plants are more susceptible to learning and with age the resistance to radiation increases.
机译:铀矿床的开发对周围植物的生命有重要影响。电离辐射会导致植物发生严重突变。本文以一些铀矿为例,研究铀矿的发生特征,铀,铀矿床区域中空气,土壤和植物来源物体中放射性核的含量以及矿山对土壤和植被区域的影响。在高等植物(Ptnus sylvestris)中,放射性核素在植被中的积累。为了实现这一目标,我们使用了一系列补充性研究方法,例如现场调查,植被覆盖的生物指示,我们使用了光谱复合物“ Gamma Plus”。另外,我们总结了国内外对该主题的研究经验。结果,该研究表明同一植物的不同器官具有不同数量的放射性核素。这与积累能力有关。幼小植物更容易学习,并且随着年龄的增长,对辐射的抵抗力会增加。

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