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Results 11 - 20 of 41
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10/1/2018 - Peer reviewed journal articlesAn article presenting the results of a study investigating the responses of different sensors for early detection of diesel fuel fires in a storage area.
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6/1/2017 - Peer reviewed journal articlesAn article describing a NIOSH experiment that showed that the heat release rate of a mine fire can be calculated with reasonable accuracy using atmospheric monitoring systems sensor data.
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10/22/2016 - Research projectsA project to develop guidelines to assess ventilation effectiveness in underground coal mines using improved sampling protocols and defining optimal instrument locations for continuous-reading airflow and methane monitors.
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7/19/2016 - Contracts and cooperative agreementsA contract to create an advanced mine-wide distributed monitoring system utilizing a low power intrinsically safe fiber optic backbone for improving ventilation and gas and temperature monitoring in underground mines.
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7/19/2016 - Contracts and cooperative agreementsA contract to develop and demo a two-way, through-the-earth communication system for mines that applies state-of-the-art communications technologies to overcome subterranean wireless communication challenges while meeting industrial safety standards.
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5/23/2016 - Contracts and cooperative agreementsA contract to design composite sensing materials to develop a sensor that is sensitive to carbon monoxide and nitrogen dioxide at the desired concentrations but is not affected by the interferences present in mines.
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3/1/2016 - Peer reviewed journal articlesThis article by NIOSH describes a series of full-scale experiments that evaluated an atmospheric monitoring system for fire detection in other areas of a coal mine.
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3/1/2015 - Peer reviewed journal articlesAn article detailing experiments conducted to evaluate the response characteristics of commercially available gas, smoke and flame sensors to fires of common combustible mine materials.
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1/6/2014 - Contracts and cooperative agreementsA contract to develop a robust, intrinsically safe system that will incorporate atmospheric monitoring, two-way communications and miner tracking, all in a single network.
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10/1/2011 - Peer reviewed journal articlesNIOSH conducted a series of large-scale explosion experiments at the Lake Lynn Experimental Mine to investigate the inerting effect of limestone rock dust. Post-explosion dust residue samples were analyzed to infer flame travel.
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Content source: National Institute for Occupational Safety and Health, Mining Program