Abstract
The test procedure for thermo-catalytic explosion alarms for the remote measurement of the methane concentration was changed, so that the readiness of the explosion alarm to operate or faults in it could be measured remotely above ground, without the use of named gas mixtures or master gas analysis equipment. The maximum output signal of indicators is determined simultaneously with switching on the indicators and applying the voltage to the sensors, and its dynamic response characteristic is then measured.
Citation Formats
Karpov, E F, Birenberg, I E, Basovsky, B I, and Popov, V V.
Method of controlling thermo-catalytic explosion alarms in mine monitoring systems. Verfahren zur Kontrolle von thermokatalytischen Schlagwetteranzeiger in Bergwerks-Ueberwachungssystemen.
Germany: N. p.,
1979.
Web.
Karpov, E F, Birenberg, I E, Basovsky, B I, & Popov, V V.
Method of controlling thermo-catalytic explosion alarms in mine monitoring systems. Verfahren zur Kontrolle von thermokatalytischen Schlagwetteranzeiger in Bergwerks-Ueberwachungssystemen.
Germany.
Karpov, E F, Birenberg, I E, Basovsky, B I, and Popov, V V.
1979.
"Method of controlling thermo-catalytic explosion alarms in mine monitoring systems. Verfahren zur Kontrolle von thermokatalytischen Schlagwetteranzeiger in Bergwerks-Ueberwachungssystemen."
Germany.
@misc{etde_5586931,
title = {Method of controlling thermo-catalytic explosion alarms in mine monitoring systems. Verfahren zur Kontrolle von thermokatalytischen Schlagwetteranzeiger in Bergwerks-Ueberwachungssystemen}
author = {Karpov, E F, Birenberg, I E, Basovsky, B I, and Popov, V V}
abstractNote = {The test procedure for thermo-catalytic explosion alarms for the remote measurement of the methane concentration was changed, so that the readiness of the explosion alarm to operate or faults in it could be measured remotely above ground, without the use of named gas mixtures or master gas analysis equipment. The maximum output signal of indicators is determined simultaneously with switching on the indicators and applying the voltage to the sensors, and its dynamic response characteristic is then measured.}
place = {Germany}
year = {1979}
month = {Sep}
}
title = {Method of controlling thermo-catalytic explosion alarms in mine monitoring systems. Verfahren zur Kontrolle von thermokatalytischen Schlagwetteranzeiger in Bergwerks-Ueberwachungssystemen}
author = {Karpov, E F, Birenberg, I E, Basovsky, B I, and Popov, V V}
abstractNote = {The test procedure for thermo-catalytic explosion alarms for the remote measurement of the methane concentration was changed, so that the readiness of the explosion alarm to operate or faults in it could be measured remotely above ground, without the use of named gas mixtures or master gas analysis equipment. The maximum output signal of indicators is determined simultaneously with switching on the indicators and applying the voltage to the sensors, and its dynamic response characteristic is then measured.}
place = {Germany}
year = {1979}
month = {Sep}
}