CAJ | 학술논문

文章导出一种由两个中性的惰性气体原子之间的碰撞引起的电四极辐射几率。对于热平衡的惰性气体系统，推导出由碰撞引起的总辐射能量的公式（单位体积，在给定波长的每单位波长）。考虑到气体的吸收和周围环境水的折射，用此公式拟合纯氙和纯氪的单气泡声致发光的实验光谱，拟合温度大约为 5，000k，结果令人满意。
문장도출일충유량개중성적타성기체원자지간적팽당인기적전사겁복사궤솔。대우열평형적타성기체계통，추도출유팽당인기적총복사능량적공식（단위체적，재급정파장적매단위파장）。고필도기체적흡수화주위배경수적절사，용차공식의합순선화순극적단기포성치발광적실험광보，의합온도대약위 5，000k，결과령인만의。
We educe a probability of the electric quadrupole emission of a photon induced by collision between two neutral atoms of inert gases． For heat equilibrium system of inert gas， we deduce the formula of the collision-induced total radiation power per unit volume， per unit wavelength at the given wavelength． Considering the absorption of the gas and refraction of surrounding water， the formula apply to fit the experimental spetra of sonoluminescent pure xenon and pure krypton bubbles， the fits are shown to be quite well correspond to temperature about 5，000K． The good agreement obtained demonstrate the new light-emitting mechanism of sonoluminescence of xenon and krypton bubble．