论文标题
大气自由对流中的混乱和湍流温度波动
Chaotic and turbulent temperature fluctuations in atmospheric free convection
论文作者
论文摘要
使用直接数值模拟，实验室实验，大气边界层的测量结果，卫星红外辐射数据，行星尺度的表面空气和对流层数据的结果表明，大气游离对流中的温度波动可以通过基于Bolgiano-obKuk的空间分布式chaos来很好地描述。使用Phoenix Lander和红外观测获得的数据简要讨论了其他行星上大气动力学（火星，木星和土星）上大气动力学的可能性。
It is shown, using results of direct numerical simulations, laboratory experiments, measurements in the atmospheric boundary layer, satellite infrared radiances data, the planetary-scale surface-air and tropospheric data, that the temperature fluctuations in atmospheric free convection can be well described by the spatio-temporal distributed chaos approach based on the Bolgiano-Obukhov phenomenology. A possibility of analogous consideration of the atmospheric dynamics on other planets (Mars, Jupiter and Saturn) has been briefly discussed using the data obtained with the Phoenix lander and the infrared observations.
