大气分子电磁波吸收机理的进一步探讨及双原子谐振子的间歇式脉动模型
首发时间:2010-01-04
摘要:本文中,作者对曾经构建的大气分子的电磁波吸收模型作了进一步探讨。应用现有分子振动-转动理论解释了波长位于8-13微米之间的红外透射波谱图。由此,进一步证明,作者曾经构建的大气分子的红外电磁波吸收模型可以完全解释大气水分子对电磁波的振动吸收情况。由这一成果还可以得出一个推论,即,双原子谐振子的振动是以间歇式的脉冲方式进行的,依照这个模型同样可以得到由量子力学理论所推演出的分子谐振子振动能级规律。
关键词: 大气红外吸收模型 双原子谐振子的间歇式脉冲振动模型
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The further discussion of electromagnetic wave absorb model of atmosphere and the interim impulse vibration model of double molecule harmonic motion
Abstract:In this paper, electromagnetic wave absorb principle of atmosphere molecule have been further analyzed by the author. The applying of molecule vibration-twirl theory explain the infrared transmission in atmosphere in the wavelength of 8-13 .This results show that the electromagnetic wave absorb model of atmosphere molecule established by the author before gives the real motion law of molecules followed the light wave. From this model, an important conclusion is deduced that the double molecule vibrate in the interim impulse way.
Keywords: atmospheric absorb model to infrared ray the interim impulse vibration of double molecule harmonic motion
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