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Dimensionless Constants and Blackbody Radiation Laws

机译:无量纲常数和黑体辐射定律

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The fine structure constant α = e2/c ≈ 1/137.036 and the blackbody radiationconstant αR = e2(aR/kB4 )1/3 ≈ 1/157.555 are two dimensionless constants, derived respectivelyfrom a discrete atomic spectra and a continuous radiation spectra and linked by an infinite primeproduct. The blackbody radiation constant governs large density matter where oscillatingcharges emit or absorb photons that obey the Bose-Einstein statistics. The new derivationsof Planck’s law, the Stefan-Boltzmann law, and Wein’s displacement law are based on the finestructure constant and a simple 3D interface model. The blackbody radiation constant providesa new method to measure the fine structure constant and links the fine structure constant tothe Boltzmann constant.
机译:精细结构常数α= e2 / c≈1 / 137.036和黑体辐射常数αR= e2(aR / kB4)1/3≈1 / 157.555是两个无量纲常数,分别从离散原子光谱和连续辐射光谱得出并关联由无限的初级产品。黑体辐射常数控制着大密度物质,在这些物质中,振荡电荷发射或吸收遵守Bose-Einstein统计数据的光子。普朗克定律,斯特凡-波尔兹曼定律和韦恩位移定律的新推导基于精细的结构常数和简单的3D界面模型。黑体辐射常数提供了一种测量细微结构常数并将细微结构常数与玻耳兹曼常数联系起来的新方法。

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