369 边坡角：Slope angle
370 监测监控：monitoring and control 371 应力状态：state of stress 372 浸出率：leaching efficiency
373 沿空留巷：retaining roadways along goaf 374 露天煤矿：open-pit coal mine
375 综合效益：comprehensive efficiency 376 大倾角：large dip angle
377 解磷细菌：phosphate-solubilizing bacteria 378 防止措施：preventing measures 379 4A分子筛：zeolite 4A
380 防突：outburst prevention 381 矿业废弃地：mining wasteland 382 煤柱宽度：coal pillar width 383 煤矿瓦斯：coal mine gas
384 应用实践：application practice 385 煤成气：coalbed methane 386 矿石质量：ore quality
387 综合成本：comprehensive cost 388 大冶铁矿：Daye iron mine 389 开采方案：mining scheme
390 离散元方法：discrete element method 391 风积砂：Aeolian Sand
392 投资回收期：Investment recovery period 393 软煤：soft coal
394 边坡位移：slope displacement 395 稳定性预测：Stability prediction 396 结构份额：structure share 397 煤层气井：CBM well
398 液化流程：liquefaction process 399 三软煤层：three soft c
oal seam 400 层间距：spacing of layers 401 炮采：blasting mining 402 SLS系统：SLS system
403 评价参数：evaluation parameter 404 压力分析：pressure analysis 405 爆炸极限：explosion limits 406 回采率：recovery ratio
407 水力输送：hydraulic transport 408 垮落带：caving zone
409 金山金矿：Jinshan gold deposit 410 采场结构：stope structure 411 急倾斜：steeply inclined 412 沉陷区：Subsidence area 413 无废开采：Wasteless mining
414 探矿工程：exploration engineering 415 冒落带：caving zone
416 水平距离：horizontal distance 417 FLAC模拟：FLAC simulation
418 属性综合评价：attribute synthetic assessment 419 影响范围：impact area
420 效率份额：efficiency share 421 金属矿山：metallic mine
422 资源化利用：Resourceful utilization 423 连续采矿：continuous mining 424 建筑群：building group 425 回采顺序：stoping sequence
426 地压监测：ground pressure monitoring 427 VCR法：VCR method
428 采动影响：mining influence 429 Surpac软件：Surpac software 430 维里方程：Virial equation 431 水力提升：Hydraulic lifting 432 改良土壤：soil improvement
433 剩余可采储量：remaining recoverable reserves 434 统筹规划：overall planning 435 三带：three zones
436 操作控制：operation control
437 地下金属矿山：underground metal mine 438 灾害监测：disaster monitoring 439 Mohr圆：Mohr circle
440 基层材料：base course material 441 水库工程：reservoir project
442 极限平衡方法：limit equilibrium method 443 滑坡防治：landslide control
444 粒径分析：particle size analysis 445 保护煤柱：protective coal pillar 446 自然崩落法：block caving method
447 监测与评价：Monitoring and assessment 448 煤矿区：Coal-mining area 449 周期来压：periodic weighting 450 巷道布置：roadway arrangement 451 矿山废弃地：mining wasteland 452 开发方案：development scheme
453 经济效益分析：economic analysis 454 垂直井：vertical well 455 循环时间：Cycle Time 456 绿色矿山：Green mine
457 合理选择：reasonable choice 458 底板突水：floor water invasion 459 地球物理场：geophysical fields 460 钨矿山：tungsten mine
461 吸附常数：adsorption constant 462 不稳定煤层：unstable coal seam 463 孔容积：pore volume 464 深部采矿：deep mining
465 变温吸附：temperature swing adsorption 466 管控：management and control
467 灰色关联分析法：grey relational analysis 468 概率积分：probability integral 469 采掘计划：mining plan
470 冬瓜山铜矿：Dongguashan Copper Mine 471 岩性分析：lithology analysis 472 爆破方法：blasting method 473 采场支护：stope support 474 露天矿边坡：open-pit slope 475 除酚：Phenol removal 476 堵管：pipe blockage
477 溶浸采矿：Solution mining 478 支撑能力：supporting capacity
479 岳城水库：Yuecheng Reservoir 480 景观恢复：landscape restoration 481 数字化矿山：digital mine 482 扩建工程：expansion project 483 沉陷预计：Subsidence prediction 484 条带煤柱：strip coal pillar 485 矿山边坡：mine slope
486 无底柱分段崩落法：Sublevel caving without sill pillar 487 雾化喷嘴：atomizing nozzle 488 生态技术：Ecology technology 489 浸取率：Leaching rate
490 支护系统：supporting system
491 注水效果：water injection efficiency 492 发育规律：development law
493 凡口铅锌矿：Fankou lead-zinc mine 494 煤火：coal fire
495 水平分段放顶煤：horizontal section top coal caving 496 粒度组成：size distribution
497 综采设备：fully mechanized mining equipment 498 环评：environmental impact assessment 499 新技术应用：new technology application 500 矿山复垦：Mine reclamation 501 政策法规：policy and law
502 爆破效率：Blasting efficiency
503 技术经济指标：techno-economic index 504 高压管道：high-pressure pipeline 505 酸法：acid method 506 控制层：Control layer
507 经济增长点：economic increasing point 508 灾害控制：disaster control 509 阜新矿区：Fuxin mining area
510 高压注水：high-pressure water injection 511 煤基质：coal matrix
512 崩落采矿法：Caving mining
513 高水压：high hydraulic pressure
514 水文地质结构：hydrogeological structure 515 开采程序：mining procedure
516 破坏特征：failure characteristic
517 内外环境：internal and external environment 518 土壤重构：Soil Reconstruction 519 作业效率：work efficiency
520 重度增加法：gravity increase method 521 地层结构：stratum structure 522 复垦土壤：reclamation soil 523 露天矿山：open pit
524 岩体移动变形：rock mass displacement and deformation 525 井漏：Mud losses
526 生产布局：production layout
527 导水裂隙带：water conducted zone 528 形态控制：morphology control 529 数字模型：Mathematical Model 530 基质改良：substrate amendment 531 脉岩：vein rock
532 地应力场：crustal stress field 533 CAD：Computer Aided Design (CAD) 534 设备配套：equipment coordination 535 胶结料：Cementing material 536 着色剂：Colouring agent
537 大红山铁矿：Dahongshan Iron Mine 538 地温场：geo-temperature field 539 露天边坡：open-pit slope 540 储量管理：reserve management 541 损失贫化：loss and dilution 542 放煤步距：drawing interval 543 急斜煤层：steep seam
544 机械化采样：mechanical sampling 545 水力联系：hydraulic connection 546 物质组成：substance composition 547 三角网：triangular network 548 地面建设：surface construction 549 开采境界：mining boundary 550 关键层理论：key strata theory 551 国产设备：domestic equipment 552 陡帮开采：steep slope mining 553 深凹露天矿：furrow
pit
554 尺寸优化：dimension optimization 555 力学原理：mechanical principle
556 二元线性回归：binary linear regression 557 分层设计：Hierarchical design 558 应力叠加：Stress superposition 559 巷旁充填：roadside packing
560 横向变形：transverse deformation 561 点荷载：point load 562 薄矿脉：narrow vein
563 充填体强度：Fillbody strength 564 可行性论证：feasibility study 565 单宽流量：unit discharge 566 削坡：slope cutting
567 生产单元：production cell 568 永久支护：permanent support 569 土方量：earth volume
570 灾害预防：disaster prevention 571 潞安矿区：Luan mining area 572 统计资料：statistical data 573 资源丰度：resource abundance
574 矿压观测：mine pressure observation 575 采出率：recovery rate
576 现场实测：site measurement