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Effects of temperature and pressure on the explosibility of methane-air mixtures

Absorption of methane and other gases by coal

Methane accumulations from interrupted ventilation,with special reference to coal mines in Illinois and Indiana

Methane in California gold mines

Precautions to be observed in entering abandoned exploratory shafts and pits

The rate of reduction of hematite to magnetite by methane

Extinction of methane flames by helium

Propagation of flame in mixtures of natural gas and air

Extinction of methane flames by dichloro-difluoro-methane

Laboratory and field tests of a permissible indicating methane detector

Do fuses protect against methane ignition?

Physical-chemical properties of methane

Evolution of methane detecting devices for coal mines

Behavior of flame safety lamps in mine atmospheres deficient in oxygen

Permissible methane detectors

Permissible methane detectors

Synthesis of methane

Methane buildup during cutting and continuous mining operations

Explosibility of coal dust in an atmosphere containing a low percentage of methane

Removing methane (degasification) from the Pittsburgh coalbed in northern West Virginia

Methane-oxidizing bacteria :a review of the literature

Ignition of coal dust-methane-air mixtures by hot-turbulent-gas jets

Cost estimates of processes for separating mixtures of methane and hydrogen

Experiments with a self-generated carbon-expanded iron catalyst for synthesis of methane

Equivalences of coal dust and methane at lower quenching limits of flames of their mixtures

Portable methane detectors :effects of gases in mine atmospheres

Rates of adsorption of methane on Pocahontas and Pittsburgh seam coals

Equivalences and lower ignition limits of coal dust and methane mixtures

Synthesis of high-BTU gas in a Raney-nickel-coated-tube-wall reactor

A comparison of infrared and gas chromatographic methods for determination of methane in mine air

Bureau of Mines portable recording methanometer

Effect of a surface borehole on longwall gob degasification(Pocahontas No. 3 Coalbed)

An in-situ diffusion parameter for the Pittsburgh and Pocahontas No. 3 coalbeds

The methane migration and storage characteristics of the Pittsburgh, Pocahontas No. 3, and Oklahoma Hartshorne coalbeds

Methane migration characteristics of the Pocahontas No. 3 coalbed

Methane emission in coal mines :effects of oil and gas wells

Methane emission rate study in a deep Pocahontas No. 3 coalbed mine in conjunction with drilling degasification holes in the coalbed

Methane diffusion parameters for sized coal particles :a measuring apparatus and some preliminary results

Vapor-liquid equilibria data for two helium-nitrogen-methane mixtures from 76.5⁰ to 164⁰ K and pressures to 1,200 psia

Methane and dust control by water infusion :Pittsburgh coalbed (Fairview, W. Va.)

Methane control in United States coal mines, 1972

Methane control in Eastern U.S. coal mines :proceedings of the Symposium of the Bureau of Mines, Industry Technology Transfer Seminar, Morgantown, W. Va., May 30-31, 1973

Gases desorbed from five coals of low gas content

Bleeder system in virgin area in a Pittsburgh coalbed mine

Statistical analysis of methane concentration fluctuations produced by incomplete mixing of methane and air at a model coal mine working face

Methane in the Pittsburgh coalbed, Washington County, Pa.

Methane and dust controls for longwalls:Pocahontas no.3 coalbed, Grundy, Va.

Two-phase flow in coalbeds

Selected geologic factors affecting mining of the Pittsburgh coalbed

Methane buildup hazards caused by dust scrubber recirculation at coal mine working faces,a preliminary estimate


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