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Results 11 - 20 of 248
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This video focuses on individual and organizational behavior related to arc flash events over an 11-year period in the mining industry.
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12/1/2006 - Technology NewsNIOSH has released communication products about flyrock safety via information brochures, flashcards, and toolbox talk materials. These products target the mining and construction industries, and can be used for employee and visitor training.
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12/1/2005 - Training materialsA training product to improve blast safety by providing information about blasting to those who work around blast sites
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4/1/2004 - Information CircularsA compilation of accounts by 30 veteran mine emergency response experts. These veterans related stories and observations from events experienced during as many as 47 years of response activities. These provide an overview of lessons learned on-site.
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This report is the fourth in a nine-part series of recommendations addressing the functional safety of processor-controlled mining equipment.
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This report is the third in a nine-part series of recommendations addressing the functional safety of processor-controlled mining equipment.
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8/1/2000 - Conference papersThe 1990s saw an unprecedented increase in technologies for more effective, easier to install roof support in underground mines. To facilitate application and improve mine safety, NIOSH developed the Support Technology Optimization Program (STOP).
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9/1/1999 - Peer reviewed journal articlesAlmost every process has a predecessor, and studying the predecessor helps to define needs and shortcomings to be addressed. This paper illustrates how such an approach was used to assess remote machine operation in underground coal mines.
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7/1/1995 - Peer reviewed journal articlesIn recent years the issue of human stress response in emergency workers has begun to receive attention. This paper presents a rationale for considering human stress as a significant factor in the management of emergencies. It discusses the concept of st...
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3/1/1975 - Peer reviewed journal articlesThe theoretical study of UHF radio communication in coal mines, with particular reference to the rate of loss of signal strength along a tunnel, and from one tunnel to another around a corner is the concern of this paper. This work was part of an invest...
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Content source: National Institute for Occupational Safety and Health, Mining Program