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首页> 外文期刊>Hadronic Journal >COMMENTS ON I. GANDZHA'S PAPER: 'SOLAR REDSHIFT CALCULATION BY THE RAYLEIGH SCATTERING MECHANISM'
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COMMENTS ON I. GANDZHA'S PAPER: 'SOLAR REDSHIFT CALCULATION BY THE RAYLEIGH SCATTERING MECHANISM'

机译：关于I. Gandzha论文的评论：“通过rayleigh散射机制进行的太阳红移计算”

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摘要

In the recent paper [14], the Ukrainian physicist I. Gandzha has expressed the view that the Rayleigh scattering model on light intensity provides the basic representation of Santilli's IsoRedShift origin of the. redshift oifrequencies of direct Sun at Sunset [7-12]. In this paper we point out that such a view is unsubstantiated on various counts, such as: scattering cannot occur for light propagating along a straight line, thus preventing the use of any scattering model on the behavior of frequencies of direct Sunlight; the data on Santilli's IsoRedShift cannot be used to fit Rayleigh scattering since their accuracy is for frequencies, rather than on intensity; Santilli's IsoRedShift is centered in the physical origin of the redness of the Sun at Sunset as being due to loss of energy by light to air, while Rayleigh scattering provides no interpretation of said redness; and other reasons. However, it is pointed out that, following a due reformulation, Rayleigh scattering [15] should be applicable to the part of direct Sunlight lost to scattering, since that is the origin of the colors of our atmosphere. Thereafter, following experimental confirmations on intensities independently from Santilli's measurements of frequency shifts, Rayleigh or other scattering models on intensities are expected to be complementary to Santilli's IsoRedShift in the frequencies in the same way as Doppler's frequency shift and intensity (luminosity) models of far away galaxies are complementary to each other without conflict.
机译：在最近的论文[14]中，乌克兰物理学家I. Gandzha表示，关于光强度的瑞利散射模型提供了Santilli的IsoRedShift起源的基本表示。日落时直射太阳的红移频率[7-12]。在本文中，我们指出，这种观点在许多方面都没有得到证实，例如：沿直线传播的光不会发生散射，从而阻止了对直接日照频率的行为使用任何散射模型； Santilli的IsoRedShift上的数据不能用于拟合瑞利散射，因为它们的准确性是针对频率的，而不是针对强度的； Santilli的IsoRedShift集中在日落时太阳发红的物理原点上，这是由于光到空气的能量损失所致，而瑞利散射并未解释这种发红。和其他原因。然而，需要指出的是，经过适当的修改后，瑞利散射[15]应该适用于直接太阳光因散射而损失的部分，因为那是我们大气颜色的起源。此后，在独立于Santilli进行频移测量的强度实验确认之后，瑞利或其他强度散射模型有望以与多普勒频移和远处的强度（发光度）模型相同的方式与Santilli的IsoRedShift互补。星系彼此互补，没有冲突。

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