CAJ | 학술논문

为了获得常压环境下煤体瓦斯解吸释放趋向性规律，利用自主设计的瓦斯解吸参数测试系统装置，在环境温度15℃、瓦斯吸附平衡压力2.0 MPa条件下，开展了垂直、平行和斜交等不同层理面煤样的瓦斯常压解吸释放对比实验，结果表明：不同的解吸层理面对瓦斯解吸参数影响显著，斜交层理面煤样瓦斯最终累计解吸量分别是垂直层理煤样、平行层理煤样的1.2倍和1.7倍，且随着解吸时间的延长趋向性差异越明显。
위료획득상압배경하매체와사해흡석방추향성규률，이용자주설계적와사해흡삼수측시계통장치，재배경온도15℃、와사흡부평형압력2.0 MPa조건하，개전료수직、평행화사교등불동층리면매양적와사상압해흡석방대비실험，결과표명：불동적해흡층리면대와사해흡삼수영향현저，사교층리면매양와사최종루계해흡량분별시수직층리매양、평행층리매양적1.2배화1.7배，차수착해흡시간적연장추향성차이월명현。
In order to obtain the tendency rules of gas desorption at atmospheric pressure, the comparison experiements of gas desorption and release of coal samples taken in vertical, horizontal and inclined bedding planes were carried out at environmental temperature of 15 ℃ and the gas adsorption balance pressure of 2. 0 MPa with the self-designed gas desorption parameter test system. The results showed that different gas desorption plane had significant impact on the gas desorption parameters, the final accumulative gas desorption of coal samples taken in inclined bedding plane was 1. 2 times that of the coal samples taken in the vertical plane and 1. 7 times that of the coal samples taken in the horizontal plane, and the tendency difference became more obvious with the desorption time extension.