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首页> 外文期刊>Mining & Minerals Daily >Researchers from University of Utah Report Details of New Studies and Findings in the Area of Mining and Metallurgy (Development of a Real-time Respirable Coal Dust and Silica Dust Monitoring Instrument Based On Photoacoustic Spectroscopy)
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Researchers from University of Utah Report Details of New Studies and Findings in the Area of Mining and Metallurgy (Development of a Real-time Respirable Coal Dust and Silica Dust Monitoring Instrument Based On Photoacoustic Spectroscopy)

机译:犹他大学研究人员报告了采矿和冶金领域的新研究和发现的详细信息(基于光声光谱的实时可吸入煤尘和硅尘监测仪器的开发)

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摘要

2022 SEP 15 (NewsRx) – By a News Reporter-Staff News Editor at Mining & Minerals Daily Daily – Investigators publish new report on Mining and Metallurgy. According to news reporting originating from Salt Lake City, Utah, by NewsRx correspondents, research stated, “We report the first spectral photoacoustic measurements of silica, coal, and kaolinite dust absorption coefficients from 11 to 13 mu m at 5 nm resolution made with a tunable quantum cascade laser. This is important because airborne silica dust and coal dust within mining environments continue to be a problem for mine workers and staff due to their severe health effects on the respiratory system, while other dust types are potentially interferents to their detection.”
机译:2022年9月15日(NewsRx)——由一个新闻记者每日每日新闻编辑在采矿和矿物-调查人员发布新的采矿和报告冶金学。来自盐湖城犹他NewsRx记者,研究指出,“我们的报告第一次的光声光谱测量二氧化硅、煤炭和高岭石吸尘从11到13系数μm 5海里用可调量子级联的决议激光。灰尘和煤尘在矿山环境中继续为我的工人和成为一个问题员工由于其严重的健康影响呼吸系统,而其他灰尘类型潜在的干扰物检测。”

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