[特查河水系中的氚]。

M Ja Chebotina, O A Nikolin
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引用次数: 0

摘要

本文的目的是研究位于Techa河滨地带的定居点的各种饮用水源中的现代氚水平。几乎在任何地方,从深裂缝(100-180米)进入水管井的水所含的氚浓度平均比从较浅的个人井、裂缝和泉水中流出的水高2-3倍。饮用水中的氚含量随距离大坝的远近而降低;而在井里、泉里和个人的井里,它们沿着河流是不变的。观察到的现象可以用以下事实来解释:Techa的河床位于地壳的断裂带,在那里,受污染的深水从位于受管制的河床上部的“Mayak”企业的水库渗透。较浅的水源(个人水井、裂缝和泉水)主要接收洪水、大气和地下水,与水库没有联系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Tritium in the Water System of the Techa River].

The aim of the paper is to study modern tritium levels in various sources of the drinking water supply in the settlements situated in the riverside zone of the Techa. Almost everywhere the water entering water-conduit wells from deep slits (100-180 m) contains averagely 2-3 times higher tritium concentrations than the water from less deep personal wells, slits and springs. Tritium levels in the drinking water supply decrease with the distance from the dam; while in wells, springs and personal wells they are constant all along the river. The observed phenomenon can be explained by the fact that the river bed of the Techa is situated at a break zone of the earth crust, where the contaminated deep water penetrates from the reservoirs of the "Mayak" enterprise situated in the upper part of the regulated river bed. Less deep water sources (personal wells, slits and springs) receive predominantly flood, atmospheric and subsoil waters and are not connected with the reservoirs.

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