METHOD OF GETTING AND TAKING AWAY THE OUTPUT DURING UNDERGROUD EXPLOITATION OF USEFUL MINERALS IN THICK DEPOSITS

• 1. 一种连续自动化的矿床地下开采运输方法 [P] . 中国专利： CN103939132B . 2016.01.13
• 2. 一种连续自动化的矿床地下开采运输方法 [P] . 中国专利： CN103939132A . 2014-07-23
• 3. METHOD OF EXPLOITING THICK DEPOSITS OF MINERALS IN PARTICULAR THOSE BEING STRONGLY ENDANGERED WITH CRUMPSBRAZOM PODVERZHENNYKH GORNYM UDARAM [P] . PL118317B2 . 1981-09-30

  机译： 粗碎粉矿开采的矿物质中厚厚的矿床的开采方法

• 4. METHOD OF EXPLOITING THICK DEPOSITS OF MINERALS IN PARTICULAR THOSE BEING STRONGLY ENDANGERED WITH CRUMPSBRAZOM PODVERZHENNYKH GORNYM UDARAM [P] . PL215866A2 . 1980-04-21

  机译： 粗碎粉矿开采的矿物质中厚厚的矿床的开采方法

• 5. METHOD OF WINNING AND HAULING AWAY THE OUTPUT IN UNDERGROUND EXPLOITATION OF THICK DEPOSITS OF USEFUL MINERALSKE MOCHNYKH MESTOROZHDENIJJ POLEZNYKH ISKOPAEMYKH [P] . PL117966B2 . 1981-09-30

  机译： 在地下开采有用的矿产Moschnykh MESTOROZHDENIJJ POLEZNYKH ISKOPAEMYKH厚层矿床的方法

• 1. Singularity theories and methods for characterizing mineralization processes and mapping geo-anomalies for mineral deposit prediction [J] . Qiuming Cheng, Pengda Zhao 地学前缘(英文版) . 2011,第001期
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• 3. Alteration and mineralization styles of the orogenic disseminated Zhenyuan gold deposit, southeastern Tibet: Contrast with carlin gold deposit [J] . Huajian Li, Qingfei Wang, Jun Deng, 地学前缘(英文版) . 2019,第005期
• 4. MODERN MINEWORKING SOLUTIONS FOR THICK COAL /MINERAL DEPOSITS [C] . Kovacs Ferenc World congress on non-metallic minerals;WCNMM 1989 . 1989
• 5. Massive sulfide deposits of the Wadi Bidah Mineral District, Saudi Arabia: Geologic control of mineralization; remote sensing and mineral exploration; geochemical exploration and petrogenesis. [D] . Volesky, John C. 2002
• 6. Potential of Mineral Fraction in Compost-Like-Output Methods of Its Obtaining and the Possibility of Using It in the Context of Circular Economy [O] . Jacek Połomka, Andrzej Jędrczak 2020
• 7. Accuracy Assessment of Geostatistical Modelling Methods of Mineral Deposits for the Purpose of their Future Exploitation - Based on One Lignite Deposit [O] . Wojciech Naworyta, Jörg Benndorf 2012
• 8. National Uranium Resource Evaluation. Groundwater Prospecting for Sandstone-Type Uranium Deposits: The Merits of Mineral-Solution Equilibria Versus Single Element Tracer Methods. Final Report. [R] . Chatham, J. R., Wanty, R. B., Langmuir, D. 1981

• 1. The Terminal of Mineral System Exploration in Thick Coverage Area by Gravity and Magnetic Data――A Case Study on the Nihe Iron Deposit [J] . ZHOU Wenyue ,YAN Jiayong ,CHEN Changxin . 地质学报:英文版 . 2021,第S01期
• 2. Lead Isotopic Steep-Dipping Zone and　Mineralization—An Example from　Mineral Deposits Concentrated　Area in East Qinling,China [J] . Zhang Zhengwei Zhu Bingquan Guangzhou Institute of Geochemistry China Academy of Science Guangzhou 510640 Cai Keqin Deng Jun Department of Earth and Mineral Resources China University of Geosciences Beijing 100083 Wang Wei Qiang Lizhi Henan . 地球科学学刊：英文版 . 2000,第1期
• 3. 我国金属矿山大水矿床的地下开采采矿方法 [C] . 褚洪涛 ,国家金属采矿工程技术研究中心 . 第七届全国采矿学术会议 . 2006
• 4. 缓倾斜中厚磷矿床地下开采采场矿压显现及上覆岩层变形破坏规律 [A] . 田维军 . 2010