SOCIAL BACKGROUND OF UP-DATING THE UNDERGROUND IRON-ORE MINING TECHNOLOGY IN SIBERIA

P. A. Filippov

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SOCIAL BACKGROUND OF UP-DATING THE UNDERGROUND IRON-ORE MINING TECHNOLOGY IN SIBERIA

机译：西伯利亚地下铁矿开采技术更新的社会背景

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The author analyzes industrial injuries and diseases in terms of iron-ore mining enterprises in Siberia. It is shown that the harm to health is conditioned by the technology chosen for underground mining. To improve the safety of mining operations, it is recommended to select the sublevel caving method with areal-frontal ore drawing and mobile mining machinery for thick steep deposits.

机译：作者从西伯利亚的铁矿石开采企业角度分析了工伤和疾病。结果表明，对健康的危害取决于为地下采矿选择的技术。为了提高采矿作业的安全性，建议选择采用面额矿石抽提和移动式采矿机械的厚壁陡峭矿床的分段崩落法。

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来源
《Journal of Mining Scinece》 |2008年第5期|共6页
作者
P. A. Filippov;
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原文格式 PDF
正文语种 eng
中图分类矿山开采;
关键词
Mine; safety; injuries; industrial diseases; technology;

机译：矿山;安全;伤害;工业疾病;技术;

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专利

1. SOCIAL BACKGROUND OF UP-DATING THE UNDERGROUND IRON-ORE MINING TECHNOLOGY IN SIBERIA [J] . P. A. Filippov Journal of Mining Scinece . 2008,第5期

机译：西伯利亚地下铁矿开采技术更新的社会背景
2. Conception of Technology Development at Underground Mines of Siberia and the Far East [J] . A. M. Freidin Физико—технические проблемы　разработки　полезных　ископаемых . 1999,第3期

机译：西伯利亚和远东地下矿山的技术开发构想
3. Conception of Technology Development at Underground Mines of Siberia and the Far East [J] . A. M. Freidin Физико—технические проблемы　разработки　полезных　ископаемых . 1999,第3期

机译：西伯利亚和远东地下矿山的技术开发构想
4. Dynamic Phenomena in Mining Iron-ore Deposits in Siberia [C] . M.V. Kurlenya, A.A. Eremenko World Mining Congress vol.2 . 2003

机译：西伯利亚采矿铁矿矿床动态现象
5. Ascendancy of surface mining over underground mining in the United States coal industry: Effects on and issues relevant to the United Mine Workers of America. [D] . Underwood, Deborah. 1988

机译：在美国煤炭行业中，地表采矿优于地下采矿：对美国联合矿工的影响和相关问题。
6. Is outdoor work associated with elevated rates of cerebrovascular disease mortality? A cohort study based on iron-ore mining [O] . Ove Björ, Håkan Jonsson, Lena Damber, 2016

机译：户外工作是否与脑血管疾病死亡率上升相关？基于铁矿石开采的队列研究
7. Improvement of extraction room stability during the underground mining operations in the Kryvyi Rih iron-ore basin [O] . V.О. Kalinichenko, S.V Pysmennyi, М.B. Fedko, 2018

机译：在Kryvyi Rih Iron-Ore盆地的地下采矿业中提高提取室稳定性
8. Modern Underground Mining Technologies for Pitching Coalbed Extraction. Report No. 2. Survey of Geological and Mining Conditions of Highly Inclined and Steep Coalbeds, and Technologies of Working (Mining Systems) in European Coalf [R] . Szozurowski, A. 1978

机译：现代地下开采煤层开采技术。报告第2号。高度倾斜和陡峭煤层的地质和采矿条件调查以及欧洲煤矿工作（采矿系统）技术

SOCIAL BACKGROUND OF UP-DATING THE UNDERGROUND IRON-ORE MINING TECHNOLOGY IN SIBERIA

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