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您的检索式：作者名="Brian Mattis"
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| 1 | Radon bearing water protection in underground uranium mining--A case study显示文摘High pressure, radon bearing water has been identified as one of the most critical challenges in mining the high-grade uranium deposit at the Mc Arthur River Operation, Cameco Corporation. The ore deposits are located between 490 and 640 m below the surface and surrounded by water bearing Athabasca sandstone, a graphitic P2 fault zone, and highly altered ground. This paper introduces the inflow risk management program at Mc Arthur River Operation, which includes various hydrogeological challenges and the corresponding strategies applied, such as risk-based probe and grout programs(geological, hydrogeological, and geotechnical), ground freezing programs, and comprehensive ground control programs. These programs have been developed, tested, and proven successful over years of mining practices. Working with this world class deposit of high risk and low tolerance, it is believed that these experiences might be beneficial to other mining operations with similar hydrogeological characteristics. | Yun Xiaoyou Tang Baoyao Greg Murdock Brian McGill Brian Mattie | 2017 | International Journal of Mining Science and Technology2017，27，4： | 3 |
| 2 | The life story of a first - year sea ice ridge 显示文摘 | Matti lepparanta Mikko lensu Pekka kosloff Brian Veitch | 1995 | Cold Regions Science and Technolo- gy1995，23，： | 1 |
| 3 | 低成本电子系统印刷电子技术的开发与应用现状显示文摘近年来,印刷电子技术作为一种可实现低成本、大面积电子系统的技术,已获得了可观的收益。印刷允许进行充分有效的处理,从而降低了过程的复杂性,减少了材料的使用种类。加上使用如塑料、金属箔等低成本基板,预计印刷电子技术能实现更多领域电子系统的简单开发,包括显示器,传感器和RFID标签等。回顾印刷电子技术开发及应用工作,通过合成无机纳米粒子和有机材料的结合,可以制成一系列的印刷电子'油墨',并用于印刷无源元件、多层互联结构、二极管、晶体管、存储器、电池、不同类型的气体和生物传感器。通过拓展印刷能力,进一步降低将多种功能材料集成在相同基板上的成本。因此,开发出具有该优势的印刷系统是有可能的。 | Vivek Subramanian Josephine B. Chang Alejandro de la Fuente Vornbrock Daniel C. Huang Lakshmi Jagannathan Frank Liao Brian Mattis Steven Molesa David R. Redinger Daniel Soltman Steven K. Volkman 张桂兰 | 2009 | 中国印刷与包装研究2009，1，3： | 0 |
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