FOUND WAVELENGTH GAP in ELECTROMAGNETIC SPECTRUM where BHARAT RADIATION exists (original) (raw)

Abstract

FIGURE: Gamma excitation of Rubidium sulfate causes the well known Rb X-ray spectrum (AMC2084,U.K.) as shown on the left. On the other hand, heating the same salt to high temperatures would cause the familiar atomic spectrum as shown on the right side. The basic rubidium X-ray spectrum ends at 12.87 nm, whereas optical spectrum begins at 47.488 nm (Rb II) in vacuum. In between the two, a wavelength gap is evidently seen. In order to explain UV dominant optical emission newly detected from radioisotopes and XRF sources, the author has made an important prediction as beta, gamma, or X-ray generates energy higher than that of UV at eV level within the same excited atom. From the gap found in E.M. spectrum, it is understood that the highly abundant 0.092 969 nm (a1K LII ) Rb X-ray might have generated the wavelengths from 0.092 969 to 330 nm. As these wavelengths cannot be called as X-rays or EUV, they were given the name Bharat radiation. In turn, these Bharat Radiation wavelengths might have caused the 330 nm peak by valence excitation as was observed with narrow band optical filters. In 2013, Bharat Radiation wavelengths in 12.87 to 31 nm range were found from solar spectra reported by astrophysicists since 1960s. FOUND WAVELENGTH GAP in ELECTROMAGNETIC SPECTRUM where BHARAT RADIATION exists. Available from: https://www.researchgate.net/publication/260122001\_FOUND\_WAVELENGTH\_GAP\_in\_ELECTROMAGNETIC\_SPECTRUM\_where\_BHARAT\_RADIATION\_exists [accessed Mar 31, 2015].

Dr.M.A. Padmanabha Rao hasn't uploaded this document.

Let Dr.M.A. Padmanabha know you want this document to be uploaded.

Ask for this document to be uploaded.