摘要(Abstract)：研究从技术、装备、管理3方面提出了实现目标的具体方法。

摘要(Abstract)：自主研制的条带煤柱渐进破坏试验装置包括上压头、下压头、侧向约束压头、位移传感器定位板、侧向约束丝杠、位移传感器、数据采集箱和数据储存及处理系统。

摘要(Abstract)：鄂尔多斯盆地盖层断裂十分发育，断裂大多继承、追踪基底断裂的走向及变化;盆地中部的伊陕斜坡(陕北斜坡)区域发育东西向、南北向、北东向和北西向断裂，大量发育节理裂隙密集带;断裂规模和差别较大，具有长期活动性特征。

摘要(Abstract)：这种铂单原子催化剂催化的二氧化碳加氢产物中，甲醇的纯度高达90.3%，其他成分不足10%。

摘要(Abstract)：虽然煤炭占一次能源消费总量有所下降，但其主导地位时代远未结束。

摘要(Abstract)：老窑积水巷道的直流电法超前探测异常特征之一，共同表现为1个单一下尖的低阻异常，宽度范围相对较小(3~5 m)。

摘要(Abstract)：　　西安科技大学机械工程学院曹现刚教授团队提出一种基于煤矸图像识别和定位方法，并采用多机械臂协同煤矸分拣策略的煤矸分拣机器人。该机器人将机器视觉技术、机器人技术和

摘要(Abstract)：Traditional coal mining and utilisation patterns are severely detrimental to natural resources and environments and significantly impede safe, low-carbon, clean, and sustainable utilisation of coal resources. Based on the idea of in situ fluidized coal mining that aims to transform solid coal into liquid or gas and transports the fluidized resources to the ground to ensure safe mining and low-carbon and clean utilisation, in this study, we report on a novel in situ unmanned automatic mining method. This includes a flexible, earthworm-like unmanned automatic mining machine (UAMM) and a coal mine layout for in situ fluidized coal mining suitable for the UAMM. The technological and economic advantages and the carbon emission reduction of the UAMM-based in situ fluidized mining in contrast to traditional mining technologies are evaluated as well. The development trends and possible challenges to this design are also discussed. It is estimated that the proposed method costs approximately 49% of traditional coal mining costs. The UAMM-based in situ fluidized mining and transformation method will reduce CO2 emissions by at least 94.9% compared to traditional coal mining and utilisation methods. The proposed approach is expected to achieve safe and environmentally friendly coal mining as well as low-carbon and clean utilisation of coal.