577 塌陷区：subsided area
578 综放：full-mechanized caving mining 579 假顶：false roof
580 土地利用/覆盖变化：land use/land cover change 581 放顶煤开采：top coal caving 582 关键设备：key equipments 583 快速掘进：fast excavation 584 最佳参数：optimal parameter
585 综放面：fully mechanized top-coal caving face 586 充填复垦：Filling reclamation
587 近距离煤层：close distance coal seams 588 分子间作用力：intermolecular force 589 露天矿区：opencast mine area 590 膏体充填：Paste backfilling 591 有害元素：hazardous elements 592 矿柱回采：Pillar extraction 593 煤矸石山：coal gangue dump
594 围岩支护：surrounding rock support 595 水泥强度：cement intensity
596 矿业开发：development of mining industry 597 复杂地质条件：complex geological conditions 598 石灰石矿：limestone ore
599 回收工艺：recovery technology 600 充填采矿法：Filling mining method 601 老空水：goaf water
602 导水裂缝带：water flowing fractured zone 603 条带开采：strip pillar mining 604 开滦矿区：Kailuan Mining Area 605 煤田地质：coal geology
606 极限平衡分析法：Limit equilibrium analysis method 607 矿业用地：mining land 608 铲运机：carry scraper
609 工序管理：process management 610 充填系统：Backfill system 611 技术实践：technical practice 612 残矿：remnant ore
613 近距离：short distance
614 水淬渣：water-quenched slag 615 尾砂充填：Tailings Backfilling 616 维修技术：Maintenance Technology
617 浅孔留矿法：Short-hole shrinkage method 618 矿压规律：strata behavior regularity 619 浆体管道：slurry pipeline
620 综采放顶煤：fully mechanized top coal caving mining
621 峰峰矿区：Fengfeng mining area 622 精细评价：fine evaluation 623 导水性：water conductivity 624 耐性植物：tolerant plant 625 支架设计：support design
626 自燃煤矸石：spontaneous combustion gangue 627 盆栽试验：pot culture experiment 628 空场采矿法：open stope method
629 下沉系数：subsidence coefficient 630 人工矿柱：artificial pillar 631 锰矿山：manganese mine 632 阿希金矿：Axi gold deposit
633 环境制约：environmental restriction 634 三维图形：3D graph 635 采高：Mining height
636 控制变形：deformation control 637 有利区块：favorable block
638 设计与优化：design and optimization 639 潜在滑动面：potential sliding surface 640 直播造林：direct seeding 641 作业流程：work flow
642 运输设备：transport equipment
643 土地复垦规划：Land reclamation planning 644 损失补偿：loss compensation
645 开采沉陷预计：mining subsidence prediction 646 三次函数：cubic function 647 低煤阶：low-rank coal
648 储量计算：reserve estimation 649 抛掷爆破：throwing blasting 650 冒顶：roof falling
651 煤层气开发：CBM development 652 采煤工艺：mining craft 653 工业品位：industrial grade
654 隔水关键层：water-resisting key strata
655 规划环境影响评价：plan environmental impact assessment(PEIA) 656 煤壁片帮：coal wall spalling
657 矿山地质灾害：mine geological disaster 658 矿压显现：ground behaviour 659 压裂井：fracturing well 660 开采设计：mining design 661 螺旋钻采煤机：coal auger
662 防水煤柱：waterproof pillar 663 覆岩：overburden rock
664 环境评估：environmental evaluation 665 金属矿床：metallic deposits
666 煤矿生产：production of coal mine 667 采矿法：mining method
668 炸药单耗：explosive unit consumption 669 矿区废弃地：mining wasteland 670 调采：adjusting mining
671 综合机械化：comprehensive mechanization 672 采煤沉陷：coal mining subsidence
673 深孔预裂爆破：deep-hole presplitting explosion 674 配套设备：matching equipment 675 坚硬煤层：hard coal seam
676 似膏体充填：paste-like backfill
677 吸附势理论：Adsorption potential theory
678 综合开发利用：comprehensive exploitation and utilization 679 多煤层：multiple coal seams
680 水银洞金矿：Shuiyindong gold deposit 681 刚性试验机：rigid testing machine 682 留矿采矿法：shrinkage stoping method 683 安全高效：safe and efficient 684 机械化开采：mechanized mining 685 采动损害：mining-induced damage 686 充填巷：filling roadway 687 采宽：mining width
688 声波探测：acoustic detection 689 水力采煤：hydraulic mining
690 采煤塌陷区：coal mining subsidence area 691 综合评价方法：synthetic evaluating method 692 集输工艺：gathering process 693 倾斜煤层：inclined seam 694 生产水平：Production Level 695 煤矿水仓：mine sump 696 圆弧法：arc method
697 早期强度：early stage strength 698 充填技术：filling technique 699 充填开采：backfill mining
700 导水断裂带：water conducted zone 701 震动放炮：vibration shot
702 煤柱稳定性：stability of coal pillar 703
大直径深孔采矿：large-diameter longhole mining 704 移动角：displacement angle 705 强制放顶：overhead caving 706 全尾砂：Whole tailings 707 塑性破坏：Plastic failure
708 综合机械化开采：fully-mechanized mining 709 乌龙泉矿：Wulongquan mine 710 安全条件：safety condition
711 采矿系统工程：Mining system engineering 712 桃冲铁矿：Taochong Iron Mine 713 生态复垦：Ecological reclamation 714 煤层气藏：Coalbed methane pool 715 巷道维护：maintenance of roadway 716 聚能效应：shaped charge effect 717 尾矿利用：Tailings utilization 718 境界矿柱：boundary pillar
719 采矿方法选择：Selection of mining method 720 采矿方案：mining method
721 全面采矿法：overall mining method 722 矿石贫化率：ore dilution ratio 723 服务年限：service life 724 深部煤层：deep coal bed
725 净初级生产力(NPP)：net primary productivity (NPP) 726 同一度：identical degree
727 建筑物变形：building deformation 728 新方案：new program 729 塌陷地：subsided land 730 采动程度：mining degree
731 黄陵矿区：Huangling Mining Area 732 稳定性系数：stability factor 733 水位变化：Water level variation 734 方格网：grid square 735 木垛：wood crib
736 Mohr-Coulomb准则：Mohr-Coulomb yield criterion 737 级配优化：gradation optimization 738 坡角：slope angle
739 煤炭回收率：coal recovery rate
740 相似模拟实验：simulation experiment 741 时空关系：spatio-temporal relationship 742 锚索加固：anchor cable reinforcement 743 滑坡机制：landslide mechanism 744 端头效应：end effect 745 孔隙水压：pore pressure
746 武都水库：Wudu Reservoir 747 数字成图：digital mapping
748 深孔松动爆破：Long hole loose blasting 749 后期强度：later strength 750 Ca/S比：Ca/S Ratio
751 滑坡稳定：landslide stability
752 设备运输：equipment transportation 753 整体思维：whole thinking 754 Borda数法：Borda method
755 近距离煤层群：contiguous coal seam group 756 废弃矿山：abandoned mine
757 煤层气成藏：CBM reservoir formation
758 热激发煤矸石：thermal activated coal gangue 759 块度预测：Fragmentation prediction 760 地压活动：ground pressure activities 761 塌陷土地：subsided land 762 底板破坏：floor damage 763 煤层顶板：seam roof
764 排沙量：discharged particle mass 765 采场管理：stope management 766 复杂矿体：complex orebody
767 采空区处理：Mined-out area treatment 768 套压：casing pressure
769 利用途径：utilization approach 770 开采技术：production technique 771 压力衰竭：pressure depletion 772 膨胀性：swelling property
773 等温吸附：Adsorption isotherms 774 高效开采：high efficient mining 775 Janbu法：Janbu method 776 矿压：rock pressure
777 采动裂隙：mining-induced fracture 778 覆岩破坏：strata fa
ilure
779 矿压监测：mine pressure monitoring 780 中小煤矿：middle and small coal mine 781 小断层：small faults
782 大倾角煤层：deep inclined seam
783 建筑物下采煤：coal mining under buildings 784 巨厚煤层：extremely thick coal seam 785 运移规律：migration rule