161 滑坡稳定性：landslide stability 162 陷落柱：subsided column 163 井眼稳定：Bore hole s
tabilization 164 地质资料：geological data 165 物质代谢：material metabolism 166 高瓦斯：high gas
167 胶凝材料：cementing material 168 直井：vertical well 169 损失率：Loss rate
170 水压致裂：hydraulic fracturing 171 气体扩散：gas diffusion
172 生态环境质量：eco-environmental quality 173 急倾斜煤层：steep seam
174 大采高：large mining height 175 固体废弃物：solid wastes
176 围岩控制：surrounding rock control 177 塑性指数：plasticity index 178 区域构造：regional structure 179 建筑安全：construction safety 180 胶结充填：cemented filling 181 粗骨料：coarse aggregate 182 钻井设计：drilling design 183 综采：fully mechanized mining
184 高产高效：high production and high efficiency 185 压缩因子：compressibility factor 186 职业能力：professional competence 187 回采工艺：mining technology
188 概率积分法：Probability integral method 189 地表变形：surface deformation 190 上隅角：upper corner 191 松动爆破：loose blasting 192 边坡变形：slope deformation 193 滑坡治理：landslide treatment 194 融资机制：financing mechanism 195 煤矸石：coal refuse
196 井底压力：bottom hole pressure 197 孔容：pore volume
198 吸附量：adsorption capacity 199 工艺模拟：process simulation 200 钻井工艺：drilling technology
201 地压：ground pressure
202 低渗透率：low permeability 203 破胶剂：gel breaker
204 煤层厚度：coal seam thickness 205 地质因素：geological factors 206 济宁市：Jining City 207 关键层：key strata
208 压裂：hydraulic fracturing
209 地浸采铀：in-situ leaching of uranium 210 成因模式：genetic model
211 高陡边坡：high and steep slope 212 滑动面：Slip surface
213 理化性能：physicochemical properties 214 滑脱效应：slippage effect
215 综采工作面：fully mechanized mining face 216 颗粒级配：particle size distribution 217 神东矿区：Shendong mining area 218 新乡市：Xinxiang city
219 分布式光纤：distributed optical fiber 220 颗粒分布：particle distribution 221 灾害防治：disaster prevention 222 氧化矿：oxide ore
223 运移通道：migration pathway 224 多场耦合：Multi-field coupling 225 渗流理论：percolation theory 226 石膏矿：gypsum mine
227 上限法：upper-bound method 228 联合开采：combined mining 229 贫化率：Dilution rate 230 放矿：ore drawing
231 升沉补偿：Heave compensation 232 产品成本：product cost
233 模糊多属性决策：fuzzy multiple attribute decision making 234 变形计算：Deformation calculation 235 设备改造：equipment transformation 236 离子吸附：ion adsorption 237 资源回收：resource recovery
238 适宜性评价：suitability assessment 239 赤平投影：Stereographic projection 240 变形局部化：deformation localization 241 Sarma法：Sarma method 242
边坡监测：Slope monitoring 243 矿产资源开发：Mineral resources exploitation 244 采场稳定性：stope stability 245 苏里格气田：Sulige Gasfield 246 熵技术：entropy technology 247 露天开采：Open-pit mining
248 失稳机理：instability mechanism 249 RTK技术：RTK technique
250 矿井建设：Mine construction
251 剩余推力法：residual thrust method 252 多年生黑麦草：Lolium perenne L 253 关键环节：key link 254 排土场：waste dump
255 拟静力法：Pseudo-static method 256 产气量：biogas production
257 绿色环保：environmental protection 258 流-固耦合：Fluid-solid coupling 259 地压控制：ground pressure control 260 格局分析：pattern analysis 261 水力坡度：hydraulic gradient 262 古滑坡：ancient landslide 263 优化系统：Optimization system 264 信息显示：Information display 265 开拓系统：development system 266 煤泥：coal slime
267 评价因子：evaluation factors 268 生态破坏：ecological destruction 269 煤炭生产：coal production
270 相似材料模拟：similar material simulation 271 低阶煤：low rank coal
272 技术控制：technical control 273 剥采比：stripping ratio
274 构造控制：structural control 275 体积应变：volumetric strain
276 地质信息：geological information 277 开挖爆破：excavation blasting 278 采煤方法：mining method 279 发酵液：fermentation liquor 280 大块率：boulder yield
281 上行开采：ascending mining 282 中深孔：medium-length hole
283 综放工作面：fully mechanized caving face 284 矿山环境：mining environment
285 资源评价：resources assessment 286 过渡期：Transition period 287 废弃采石场：abandoned quarry 288 滑坡预报：landslide prediction 289 连续开采：Continuous mining 290 破碎顶板：broken roof 291 泵压：pump pressure
292 技术经济比较：technical and economic comparison 293 开采方法：Mining method 294 井筒储存：wellbore storage 295 局部阻力：local resistance 296 水溶开采：solution mining 297 临时支护：temporary support
298 线性回归方程：linear regression equation 299 弹塑性理论：elastic-plastic theory 300 应力梯度：stress gradient 301 稳产：stable production 302 薄基岩：thin bedrock
303 工程控制：engineering control 304 放顶煤：top-coal caving 305 活性氧化铝：active alumina 306 顶煤：top coal
307 焦家金矿：Jiaojia gold mine 308 煤级：coal rank
309 清洁压裂液：clean fracturing fluid 310 CASA模型：CASA model
311 岩体力学：rock mass mechanics 312 实时曲线：real-time curve
313 设备性能：equipment performance 314 加强管理：strengthen management 315 安全开采：safety mining
316 环境效益：environmental effect
317 综放开采：full-mechanized caving mining 318 聚合氯化铝铁：polyaluminum ferric chloride 319 充填材料：Filling material
320 地下气化：underground coal gasification 321 原地爆破浸出：stope leaching
322 高能气体压裂：high energy gas fracturing 323 热能：thermal energy 324 烧结砖：fired brick
325 动态曲线：dynamic curve
326 防排水：waterproofing and drainage 327 开采深度：mining depth 328 丛式井：cluster well
329 采矿技术：Mining technology 330 植物入侵：plant invasion 331 上覆岩层：overlying strata 332 沉降速度：deposition velocity 333 适用技术：appropriate technology 334 复合介质：composite media 335 配矿：Ore matching
336 应用展望：application prospect 337 燃烧产物：combustion product 338 块段模型：Block model 339 井身结构：well structure 340 陈化时间：aging time
341 混合物理论：mixture theory 342 前景分析：prospect analysis 343 岩体稳定性：rock mass stability 344 pH值控制：PH value control
345 超临界吸附：supercritical adsorption 346 岩金矿山：rock gold mine 347 安全施工：safe construction 348 失稳判据：instability criterion 349 水化过程：hydration process 350 边坡失稳：Slope instability 351 固化土：solidified soil 352 Bishop法：Bishop Method 353 废石：waste rock
354 压裂技术：fracturing technology 355 直接顶：immediate roof
356 矿山压力：underground pressure 357 移动变形：movement and deformation 358 相似模拟：similarity simulation 359 复杂条件：complicated condition 360 技术现状：technology status
361 预测分析：prediction and analysis 362 爆破质量：Blasting quality
363 环境参数：environmental parameter 364 CT成像：CT imaging 365 采区：mining area
366 开采工艺：mining technology 367 SHPB试验：SHPB test
368 稳定性判据：stability criteria