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Journal of China Coal Society
0253-9993
2010 Issue 11
mei tan xue bao zheng gao jian ze
..............page:1950
guan yu ben kan shou qu gao jian shen li fei de tong zhi
ben kan bian ji bu
..............page:1929
Research and practices on fully mechanized top coal caving mining technology in Lu’an mining area
REN Run-hou;GUO Jin-gang;WANG Dong-fei
..............page:1789-1793
The fully mechanized top coal caving mining technology in complicated seam of Kailuan mining area
LI Jian-min1;2;ZHANG Zhi-yan1Corporation Ltd.;Tangshan 063018;China;2.Rock Mechanics and Support Professional Committee;China Coal Society;Beijing 100013;China)
..............page:1794-1799
Study and practice on the technology of full-mechanized mining for the weak coal-bearing strata in Huaibei mining area
LI Wei;ZHAN Zhen-jiangCo.;Ltd.;Huaibei 235000;China)
..............page:1800-1808
Study and applications of roadway support techniques for coal mines
KANG Hong-pu;WANG Jin-hua;LIN Jian
..............page:1809-1814
Research on support-rock system in solid backfill mining methods
WANG Jia-chen;YANG Sheng-li;Beijing 100083;China)
..............page:1821-1826
Analysis of roof separation in gob-side entry retaining combined support with bolting wire mesh
TANG Jian-xin1;DENG Yue-hua1;TU Xing-dong1;2;HU Hai1
..............page:1827-1831
Stress distribution and damage mechanism of mining floor
MENG Xiang-rui;XU Cheng-hui;GAO Zhao-ning;WANG Xiang-qian
..............page:1832-1836
Adaptability of longwall top coal caving with high cutting height
MAO De-bing1;2;3;YAO Jian-guo1;2;3
..............page:1837-1841
Study on the surrounding rock control theory of roadway in coal mine
YANG Shuang-suo
..............page:1842-1853
Study on typical belt conveyor in coal mine of China
ZHU Li-ping1;2;JIANG Wei-liang1;2
..............page:1916-1920
Technologies of monitoring and communication in the coal mine
SUN Ji-ping1;2;Beijing 100083;China;2.The Professional Committee on Automation;China Coal Society;Beijing 100083;China)
..............page:1925-1929
Detection technology of coal mine electromechanical products
CHEN Tong-bao1;2;ZHANG Bo-chao1;2;HUANG Jian-qiang1;2;ZHANG Jian1;2
..............page:1935-1938
Equipment management mode of coal mine group with annual production over 10 Mt per each mine in Shendong mining area
ZHANG Bin;LIU Qing-hua;ZHANG Jian-ming;WANG Yu-dong
..............page:1939-1944
Top coal damage and caving characterizes control of residual coal repeated mining adopted longwall top-coal caving in contiguous seams
ZHANG Jun-wen1;2;ZHAO Jing-li1;WANG Zhi-qiang1;Beijing 100083;China;2.College of Resource and Environment Engineering;Heilongjiang Institute of Science and Technology;Harbin 150027;China)
..............page:1854-1858
Support vector machine model for distinguishing the difficulty degree of top-coal caving in steep seam
LIU Nian-ping1;WANG Hong-tu1;2;YUAN Zhi-gang1
..............page:1859-1862
Decision theory and method on feasibility on the upward fully mechanized mining of the left-over coal above gob area mined with caving method
FENG Guo-rui1;2;3;ZHENG Jing 1;REN Ya-feng1;WANG Xian-xia4;KANG Li-xun1;2;LIU Hong-fu1
..............page:1863-1867
Localized character of strata movement for complicated super-thick water-rich coal seam with large mining height
YANG Zhong-min1;ZHANG Jian-hua1;2;LAI Xing-ping1;L Zhao-hai2
..............page:1868-1872
zhong yao qi shi
ben kan bian ji bu
..............page:1858
Study on key technology of fully mechanized top coal caving in extra-thick soft coal seam with great dip angle
HUANG Zhi-zeng1;2;REN Yan-fang1;2;ZHANG Hui-jun1;2
..............page:1878-1882