%D8%BA%D8%A7%D8%B2_%D8%A7%D9%84%D9%85%D9%86%D8%A7%D8%AC%D9%85%D0%93%D1%80%D0%B8%D0%B7%D1%83Gris%C3%BACategory:FiredampGrubengasFiredampGrizuoGris%C3%BAKaevandusgaasGrisuGrisouGal_mhianaighS%C3%BAjt%C3%B3l%C3%A9gGris%C3%B9GrauwvuurGrisouGrisu%D0%A0%D1%83%D0%B4%D0%BD%D0%B8%D1%87%D0%BD%D1%8B%D0%B9_%D0%B3%D0%B0%D0%B7%D0%A0%D1%83%D0%B4%D0%BD%D0%B8%D1%87%D0%BA%D0%B8_%D0%B3%D0%B0%D1%81Grizu%D0%A0%D1%83%D0%B4%D0%BD%D0%B8%D0%BA%D0%BE%D0%B2%D0%B8%D0%B9_%D0%B3%D0%B0%D0%B7GrizouQ394497
about
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Das Grubengas oder die schlagenden WetterEvaluation of the relative importance of coalbed reservoir parameters for prediction of methane inflow rates during mining of longwall development entriesReservoir simulation-based modeling for characterizing longwall methane emissions and gob gas venthole productionTime-lapse analysis of methane quantity in the Mary Lee group of coal seams using filter-based multiple-point geostatistical simulationMonte Carlo simulation and well testing applied in evaluating reservoir properties in a deforming longwall overburdenSwelling-induced volumetric strains internal to a stressed coal associated with CO2 sorptionDevelopment and application of reservoir models and artificial neural networks for optimizing ventilation air requirements in development mining of coal seamsForecasting gob gas venthole production performances using intelligent computing methods for optimum methane control in longwall coal minesReconciling longwall gob gas reservoirs and venthole production performances using multiple rate drawdown well test analysisGeostatistical modeling of the gas emission zone and its in-place gas content for Pittsburgh-seam mines using sequential Gaussian simulationSequential Gaussian co-simulation of rate decline parameters of longwall gob gas ventholesAnalysis of gob gas venthole production performances for strata gas control in longwall mining.Inference of strata separation and gas emission paths in longwall overburden using continuous wavelet transform of well logs and geostatistical simulationA CART technique to adjust production from longwall coal operations under ventilation constraintsEvaluation of criteria for the detection of fires in underground conveyor belt haulagewaysSimulations of flame acceleration and deflagration-to-detonation transitions in methane-air systemsCorona-discharge-initiated mine explosionsA new methane control and prediction software suite for longwall minesSpark ignition probability estimates for resistor and inductor circuits in methane-air atmospheresEffects of sampling artifacts on occupational samples of diesel particulate matter.Field measurement of diesel particulate matter emissionsAn overview of explosion-proof enclosure researchMonitoring and removal of CO in blasting operationsRelationship between radiated seismic energy and explosive pressure for controlled methane and coal dust explosions in an underground minePrefaceApplications of remote sensing and GIS for monitoring of coal fires, mine subsidence, environmental impacts of coal-mine closure and reclamationAn analysis of reservoir conditions and responses in longwall panel overburden during mining and its effect on gob gas well performanceA study of leakage rates through mine seals in underground coal minesDetonability of natural gas-air mixturesMeasuring the gas content of coal: a reviewMethane control research: summary of results, 1964-80Sulfur hexafluoride as a mine ventilation research tool - recent field applicationsTriboelectric effects on polyethylene methane drainage pipelinesAn electromagnetic system for detecting and locating trapped minersA method to eliminate explosion hazards in auger highwall miningCommercial-quality gas from a multipurpose borehole located in the Pittsburgh coalbedHandbook for methane control in miningHealth hazard evaluation report, HETA 2004-0075-2944, West Virginia Department of Environmental Protection, Fairmont, West VirginiaMethods to determine the status of mine atmospheres: an overviewEvaluation of IYONI II methanometers
P921
Q19148018-2db0cf6d-434c-e250-09f5-8bbbbb586c07Q23910699-5EA8904B-D81D-4CB2-AEF9-F2D6F017C672Q23910700-5A744C86-E770-4406-8815-8EEEE16C2EA4Q23910706-39C96558-6322-4DB4-AB82-B510AEBF00A8Q23910709-C2E0C32A-A248-43FA-AD6C-0A779A1DB95DQ23910712-CA7BD968-524C-4E58-A6C0-581D43BBCF51Q23910713-A258F983-660F-4199-B4FF-90746838671DQ23910717-2B491268-F206-4246-91DC-A2AA4F0E9844Q23910718-938D291C-DDBB-4316-B358-0A98F42E04F0Q23910721-234B989B-CACB-4734-A146-96C65AB2458FQ23910731-5A8698F7-625F-481D-8E0D-0E77357C2603Q23910732-BA693697-379A-4A82-BE76-0684D8CF7FC7Q23910733-83D998D5-3539-4D28-A4FD-F507E4780C03Q23910735-18A59D08-0F09-422C-9126-C0CBE24430C5Q23910955-A798DB2C-8BBD-4A06-B4F0-E285AAB3EE28Q23911367-48F97ACA-6A25-4026-A946-BC5C40768C0BQ23913374-B6A604CF-C298-4089-A4DC-CF86BBCB7016Q23913483-D87C8BD1-2520-4A17-BF1A-15DBC1DAA82AQ23913819-3BAF1A30-949F-496E-AC39-604FD653616DQ23914330-4C067E6E-E63E-43C7-B69F-2EF14A089D66Q23915340-98375DF4-1421-4D55-A7C3-9BE9DEFA07E3Q23916619-17011C12-ECDF-487F-BFC3-9FFE2944142FQ23917573-C3BB7761-9F32-49D1-9EBF-8E98CD1688ECQ23918330-7D36B24A-12E9-4A35-A19C-DA3BA0A48CCFQ23919631-BC979D3A-3BAE-426E-A5C0-6187D44552BCQ23921200-C47400A6-F705-484F-8A00-4E86BC0C8862Q23921859-804006C4-26CF-45E7-A591-6E131B0F2905Q23921863-CE79C86C-8FE4-4380-B1F8-63AB61E7D1EDQ23923147-77D7E45A-AB83-40D3-B88D-C23BD926AC95Q23923799-7F1CF55C-B585-4F6F-9452-AB092C4004BAQ24176053-E486AE71-1BF9-400A-9044-A13A2B35818FQ24236971-F945F1C0-E011-40B1-B481-08DB73EBE250Q24237061-27652CFD-A73B-4788-8B09-AC083FE5EA20Q24250309-3A1977EA-6E9C-4BEE-BFC5-5960251CFDE7Q24250454-3C7015FC-FE4C-40A8-AC64-37D487303118Q24250677-23A21C02-A944-42AE-AAC6-ECFD881CFDEDQ24265759-F8D06354-E3EB-471E-9083-E55605CAC374Q24351898-9A3C5985-125B-4BD3-A203-1306E77BB06AQ24353093-F2D0ADCC-56C1-4771-BA3C-11D1DAD6494EQ24583879-D860B015-A143-4E4C-BD92-55FB67BE31C0
P921
description
Madenlerde bulunabilen patlayıcı gaz
@tr
explosives Gasgemisch in Bergwerken
@de
flammable gas found in coal mines
@en
forme gazeuse de carbone fossile, particulièrement présente dans les mines de charbon
@fr
gas altamente tossico ed infiammabile abbondante nelle miniere di carbone
@it
gas inflamable que es troba a les mines de carbó
@ca
gas inflamable que puede encontrarse en las minas subterráneas de carbón
@es
name
Gal mhianaigh
@ga
Grisou
@pcd
Grisu
@eu
Grizou
@wa
Grizu
@tr
Grizuo
@eo
Kaevandusgaas
@et
Rudnički gas
@sr-el
Schlagwetter
@de
Sújtólég
@hu
type
label
Gal mhianaigh
@ga
Grisou
@pcd
Grisu
@eu
Grizou
@wa
Grizu
@tr
Grizuo
@eo
Kaevandusgaas
@et
Rudnički gas
@sr-el
Schlagwetter
@de
Sújtólég
@hu
altLabel
Coup de grisou
@fr
Coups de grisou
@fr
Feu griyeus
@wa
Gaz de Houille
@fr
Grisou
@it
Grubengas
@de
Jamski gas
@sr
coal mine gas
@en
mine gas
@en
Газ-гризу
@bg
prefLabel
Gal mhianaigh
@ga
Grisou
@pcd
Grisu
@eu
Grizou
@wa
Grizu
@tr
Grizuo
@eo
Kaevandusgaas
@et
Rudnički gas
@sr-el
Schlagwetter
@de
Sújtólég
@hu
P227
P6366
P646
P1417
technology/firedamp
technology/mine-gas
P227
P31
P373
Coal mine gas utilization