786 水体下采煤：coal mining under water body
787 浅孔留矿采矿法：shallow-hole shrinkage stoping method 788 地球物理勘探：geophysical survey
789 多分支水平井：multi-branched horizontal well 790 片帮：rib spalling
791 合理布局：Reasonable layout 792 纠斜：deviation correction 793 软岩层：soft rock
794 固流耦合：solid-liquid coupling 795 产品定位：production orientation 796 资源储量：resource reserves 797 海下：under sea
798 充填料：filling materials 799 悬移支架：movable support 800 回收方法：Recycling method 801 水力喷射：hydraulic jet
802 工作面长度：working face length 803 采厚：mining height
804 充填工艺：filling technique 805 充填料浆：filling slurry
806 大红山铜矿：Dahongshan Copper Mine 807 薄煤层开采：thin seam mining 808 高煤阶：high coal rank
809 高压线路：high-voltage line 810 植苗造林：tree planting 811 坚硬顶煤：hard top coal 812 顶柱：top pillar
813 导向剂：guiding agent
814 村庄下采煤：mining under village 815 微生物复垦：microbe restoration 816 冬季生产：production in winter 817 构造复杂：Complex structure
818 植物护坡：plant slope protection 819 夹矸：dirt band
820 放煤工艺：drawing technology 821 煤柱尺寸：pillar dimension 822 充填比：filling ratio
823 数字散斑相关法：digital speckle correlation method(DSCM) 824 爆破筑堆：ore stacking by blasting 825 孔网参数：spacing pattern parameter 826 哈图金矿：Hatu gold deposit 827 开采计划：mining plan 828 渗流规律：seepage rule 829 矸石山：waste hill
830 三软：three soft
831 通风方式：ventilation method
832 尾砂胶结充填体：cemented tailings backfill 833 开采方式：production method 834 石灰岩矿山：Limestone mine 835 炮孔：Blast hole
836 存储论：inventory theory
837 察尔汗盐湖：Salt Lake of Chaerhan 838 UDEC软件：UDEC software 839 焦炭燃烧：coke combustion
840 技术经济效果：technical and economic effect 841 区段煤柱：section coal pillar 842 复垦土地：reclamation land 843 采掘工作面：working face
844 顶煤冒放性：top coal cavability
845 复杂地质构造：Complicated geological structure 846 孤岛煤柱：isolated pillar
847 生态环境影响：ecological environmental impact 848 煤芯：Coal Core
849 化学激发：chemical activation 850 下分层：lower slice
851 增产技术：stimulation technology 852 内排土：internal dumping
853 井下充填：underground filling 854 机械化盘区：mechanized panel 855 沿程阻力
：on-way resistance 856 榆神府矿区：Yushenfu coal mining area 857 工业广场：industrial square 858 卸压开采：Depressurized mining 859 边坡治理：Slope control
860 三维实体模型：three dimensional solid model 861 开采利用：exploitation and utilization 862 注水参数：water injection parameter 863 错层位：stagger arrangement 864 环空压降：annular pressure drop 865 磷矿开采：phosphate ore mining 866 矿石回收：Ore recovery
867 资源规划：resources planning
868 安全技术措施：safety technical measure 869 井工开采：pit extraction
870 根底：toe rock
871 入选品位：beneficiation feed grade 872 开拓方案：Development scheme 873 分区开采：sectional mining
874 焦作矿区：Jiaozuo coal mining area 875 分段空场采矿法：sublevel open stoping 876 金渠金矿：Jinqu gold mine 877 采矿损失率：mining loss rate
878 缓倾斜矿体：Gently inclined ore body 879 煤层含气量：coalbed gas content
880 巷道放顶煤：roadway sub-level caving 881 自然崩落：natural caving 882 立式砂仓：vertical sand tank
883 运动单元法：kinematics element analysis 884 生产剥采比：production stripping ratio 885 高水材料：High water material
886 提取富集：Extraction and enrichment 887 低产井：Stripper well
888 大直径深孔采矿法：Large diameter longhole mining method 889 经济合理：economic and reasonable 890 起爆顺序：detonating sequence 891 采场地压：Stope ground-pressure
892 无底柱分段崩落采矿法：sublevel caving 893 复垦规划：reclamation planning 894 水力充填：Hydraulic filling 895 暴露面积：exposed area
896 平衡水分：equilibrium moisture 897 消耗定额：consumption quota 898 煤炭基地：Coal base
899 实践与研究：practice and study 900 位移变形：displacement deformation 901 设备投资：investment in equipment 902 改进AHP法：improved AHP
903 地质力学模型：geo-mechanical model
904 定向抛掷爆破：Directional throw blasting 905 边坡复绿：slope greening 906 布置方案：layout plan 907 断点：cut point
908 结构参数优化：structural parameters optimization 909 一体化建设：integration construction 910 临空面：free face
911 属性测度函数：attribute recognition function 912 边坡安全：slope safety
913 客土喷播：soil spray-sowing
914 植物促生菌：plant growth-promoting rhizobacteria 915 合理宽度：rational width 916 劈裂法：splitting method 917 首采区：first mining area 918 大转角：large rotation
919 方案决策：project decision-making 920 安全保障系统：safety guarantee system 921 遗传程序：genetic programming 922 仰斜开采：rise mining 923 上盘：hanging wall
924 模糊模式识别理论：fuzzy pattern recognition theory 925 回采方案：stoping scheme
926 主要技术参数：main technical parameters 927 达西
渗流：Darcy flow 928 边坡系统：Slope system 929 滑移场：sliding field
930 拉开档次法：scatter degree 931 顶板破坏：roof failure
932 过渡模式：transitional mode 933 合理调整：Rational Adjustment 934 强支护：strong support
935 浅埋深：shallow mining depth 936 加强支护：Strengthening support 937 塑性区宽度：plastic zone width 938 底板巷道：floor roadway
939 崩矿步距：Independent advance of ore breaking 940 厚煤层开采：thick seam mining 941 顶煤厚度：thickness of top coal 942 边坡结构：slope structure 943 深水平：deep level
944 截止品位：Cut-off Grade 945 酸法浸出：acid leaching
946 大段高：large section height 947 肖家山：Xiaojia Mount
948 特厚煤层：extra thick seam 949 开采上限：mining upper limit 950 制砖：making brick
951 水平矿柱：macro-horizontal jamb 952 主井：coal mine
953 急倾斜特厚煤层：steeply inclined and extremely thick coal seam
954 垂直剖面法：vertical section method 955 置换开采：replacement mining 956 采煤沉陷区：mining subsidence
957 煤矿塌陷区：coal mine collapse basin 958 过断层：crossing fault
959 高档普采：high-grade conventional mining 960 元明粉：Glauber salt
961 保水开采：aquifer-protective mining 962 全煤巷道：full seam gateway 963 屯兰矿：tunlan mine
964 空区探测系统：cavity monitoring system 965 房柱法：room-pillar method
966 物理力学特性：physico-mechanical properties 967 深井采矿：deep mining 968 赋存特征：hosting feature
969 寺庄矿区：Sizhuang mining area 970 切眼：starting cut 971 薄矿体：narrow orebody
972 无煤柱开采：anthracitic column mining 973 中厚煤层：medium-thick seam
974 极薄煤层：extremely thin coal bed
975 采场结构参数：Stope structure parameter 976 三线性流：trilinear flow
977 炮采工作面：blasting mining face
978 轻放工作面：fully mechanized caving face 979 托伪顶：false top
980 自然坡失稳：instability of natural slope 981 混凝土类材料：concrete material
982 煤与瓦斯共采：coal and gas simultaneous extraction 983 浅孔：short hole
984 孤岛工作面：island mining face 985 冒放性：caving property
986 低温分离：low temperature separation (LTS) 987 顶煤可放性：capability of top coal caving 988 支撑压力：abutment pressure 989 终采线：mining terminal line 990 锚网支护：bolt support
991 相似试验：similarity experiment 992 芦岭煤矿：Luling coal mine 993 导硐：pilot tunnel
994 对拉工作面：double unit face 995 地表水系：surface water system
996 分段空场法：sublevel open-stope mining 997 顶板垮落：roof caving