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随着我国矿山建设事业的发展,开采水平逐步加深,地温增高,有的地方还出现地热异常和热水涌出等现象,使井下气象条件恶化,发生热害的矿井日益增多。为尽快地查明这些矿井的地温分布状况和规律,达到预测预报和防治热害的目的,迫切需要一种较为简便、快速、准确、适应性强的测定地温
With the development of mine construction in our country, the level of exploitation is gradually deepened and the ground temperature is increased. In some places, such phenomena as geothermal anomalies and hot water emission also occur. As a result, the meteorological conditions in the mine are deteriorated and the number of mines that generate thermal damage is increasing. In order to identify the conditions and laws of the geothermal temperature in these mines as soon as possible so as to achieve the purpose of forecasting and controlling the thermal hazards, a geodetic temperature which is relatively simple, rapid, accurate and adaptable is urgently needed