For a planet with an atmospheric layer like earth, the periodic inherent energy change can produce a remarkable effect on its atmospheric temperature.
对于地球这样一个有大气层的行星而言，这种能量的周期性变化会对大气气温产生显著的影响。
Through measuring meteorological parameters including temperature, humidity, pressure and wind speed, atmospheric turbulence strength in the surface layer can be obtained.
通过测量近地面层不同高度处温度、湿度、压强和风速等常规气象参数，结合模型可给出近地面层大气湍流强度。
Scientists speculate that this phenomenon is caused by atmospheric gravity waves trapped inside a temperature inversion layer.
科学家们猜测这种现象是由大气重力波在逆温层中传导变形产生。
Scientists speculate that this phenomenon is caused by atmospheric gravity waves trapped inside a temperature inversion layer.
科学家们猜测这种现象是由大气重力波在逆温层中传导变形产生。
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