首页> 外文期刊>Mining & Minerals Daily >Findings from Sichuan University Provide New Insights into Mining and Metallurgy (Failure Behavior and Energy Evolution Characteristics of Deep Roadway Sandstone Under Different Microwave Irradiation Modes)
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Findings from Sichuan University Provide New Insights into Mining and Metallurgy (Failure Behavior and Energy Evolution Characteristics of Deep Roadway Sandstone Under Different Microwave Irradiation Modes)

机译:四川大学研究结果为采矿冶金研究提供了新的思路(不同微波辐照模式下深部巷道砂岩的破坏行为及能量演化特征)

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2023 APR 12 (NewsRx) – By a News Reporter-Staff News Editor at Mining & Minerals Daily Daily – Research ffndings on Technology - Mining and Metallurgy are discussed in a new report. According to news reporting out of Chengdu, People’s Republic of China, by NewsRx editors, research stated, “Efffcient breaking of hard rock and prevention and control of rock burst disasters are two key concerns for construction in deep areas with high in-situ stresses and are two of the most important ways to ensure the safe and efffcient construction of deep engineering. Therefore, this study considers microwave weakening and fracturing of hard rock, taking the duration of a single microwave irradiation treatment as a variable, and synchronously combines mechanical testing and acoustic emission monitoring methods to demonstrate the possibility of rock burst disaster prevention and the control with this treatment method.”
机译:2023年4月12日(NewsRx)——由一个新闻记者每日每日新闻编辑在采矿和矿物-研究ffndings技术,采矿和在一份新的报告中讨论冶金。据新闻报道,成都,中华人民共和国NewsRx编辑,研究指出:“Efffcient断坚硬的岩石和岩爆的预防和控制灾害是建设两个关键问题深地区的原位应力和高两种最重要的方法,以确保安全深efffcient建设和工程。因此,本研究认为微波削弱和压裂的坚硬的岩石,一个微波辐射的持续时间治疗作为一个变量,和同步结合机械测试和声发射监测方法来演示这种可能性岩爆灾害的预防和控制这个治疗方法。”

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