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Radiation from a lighted convex surface by means of Kottler's formula

机译:通过Kottler公式从发光的凸表面辐射

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In this paper Kottler's formula is extended to treat the radiation from a fictitious and enclosing convex regular surface of zero thickness where we know the electromagnetic field distribution at each point. When the product of the two main radius of curvature is lower than the square of the free space wavelength, the field calculated with Kottler's formula may be wrong. Acorrection term applied to the electromagnetic field components at each surface point means that a right radiated far field can be obtained by means of Kottler's formula.
机译:在本文中,Kottler的公式被扩展为处理来自虚拟且封闭的零厚度凸正则表面的辐射,在此我们知道每个点的电磁场分布。当两个主曲率半径的乘积小于自由空间波长的平方时,用科特勒公式计算的场可能是错误的。在每个表面点处对电磁场分量应用的校正项意味着可以通过Kottler公式获得正确的辐射远场。

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