In order to study the effect of waste rock piling on water environment,the character of water quality change after the waste rock is dipped into water is analyzed by eluviation experiment.
为了研究废石堆砌对水环境的影响,通过对废石做淋溶实验,分析了出入水的水质变化规律,对废石衍生环境效应的过程、机制、影响因素方面进行讨论,揭示了人们容易忽视的酸性水中硫酸根、总硬度、微量金属离子的动力学变化机理,指出矿山废石对水环境的污染不至限于使水质酸化,硫酸根、总硬度也会大幅度提高,废石堆放应充分考虑当地的地理气候及水文条件,合理堆放,减少污染。
Because of the lack of filling materials, and to reduce the production cost, a waste rock filling system in the underground was constructed.
为了解决井下充填料不足 ,并降低生产成本 ,在井下建立了废石破碎充填系统。
Based on theoretical calculation and in-situ test results,distribution and emissions of radioactive nuclides of uranium tailings impoundment and waste rock pile sites are analyzed in this paper.
本文从理论计算和现场实测入手,分析了铀尾矿废石场放射性核素的分布、排放量,指出氡是铀尾矿废石场中的主要核素,是公众剂量的主要贡献者。
Basic status on waste rock piles of an uranium mine in Jiangxi province before its decom- missioning is introduced.
在介绍废石场现状的基础上,针对废石含硫化物的特点,阐述了废石场的治理措施。
In order to make full use of industrial waste to produce stimulator,physical and chemical analyses were conducted on selected waste lime(WL).
研究中,为尽可能利用工业废弃物来制造激发剂,对工厂的废石灰(简称WL)进行了物理化学分析。
The characteristics of radon contamination and its control measures in the exploration process,waste rock piles,open pit ruins and tailings are discussed in this paper.
本文分析了我国硬岩型铀矿山开采区、废石堆、露天采场废墟及尾矿库中普遍存在的氡辐射环境污染现状及其发生和运移特点,并提出了相关的治理方法及治理现状。
The most common contaminations include the radon and its daughter in atmosphere;uranium,thorium,radium,manganese,chromium,zinc and sulfate radical in liquid;the solid radiation from waste rock pile,tailings impoundment and open pit ruin.
分析了我国江西、广东和湖南三省几个典型硬岩型铀矿山氡及其子体造成的大气污染,铀、钍、镭等放射性和锰、铬、锌、硫酸根等非放射性水质污染,及废石堆、尾矿库、露天采场废墟等固体辐射环境污染,并阐述了对上述各类污染的治理现状及效果。