论文部分内容阅读
不同比例的混合气体（ＣＯ２和ＣＨ４等）在瞬变电场的作用下可引起增温约６℃，太阳辐照上述混合气体可引起增温约３℃．以本实验研究结果为基础阐述了低空大气卫星热红外增温的机制：地壳突发性放气和低空静电场突变作用引起低空大气热红外增温的关系．初步认为在中强地震前热红外增温异常需要满足气体突发释放与静电场突变同时出现的条件
Different proportions of mixed gases (such as CO2 and CH4) can cause a temperature increase of about 6 ° C under transient electric field. The solar radiation can cause a temperature increase of about 3 ° C. Based on the results of this experiment, the mechanism of thermal infrared temperature increase in low altitude atmospheric satellites is expounded. The relationship between the thermal infrared temperature increase and the sudden onset of low-altitude atmospheric air is caused by sudden crustal gassing and abrupt change of low-level electrostatic field. It is preliminarily considered that the thermal infrared thermal anomalies before the moderate-strong earthquakes need to meet the simultaneous appearance of gas burst release and electrostatic field mutation