Variable Energy X-ray Source (AMC 2084, U.K.) of the size of a lemon used in the current study was manufactured with an intend to provide Rb, Ba and Tb X-rays with different energies from Rb, Ba and Tb XRF sources present as Rb, Ba and Tb salts on incidence of intense gamma beam from 241Am.
M.A.Padmanabha Rao's Discovery 2: UV DOMINANT OPTICAL EMISSION FROM XRF SOURCES PRESENT AS SALTS.
UV dominant optical radiation was detected for the first time along with X-rays from Rb, Ba and Tb XRF sources present as Rb, Ba and Tb salts, while optical radiation from XRF source was neither predicted theoretically or experimentally detected by others. From these insights it is understood that characteristic X-rays (XRF) causing UV dominant optical emission from within the same excited atom by a previously unknown atomic phenomenon is new to X-ray physics. Of all the XRF sources tested, the maximum UV dominant optical intensity has come from Rb XRF source. The low 0.013336 MeV Rb X-ray energy could cause the maximum UV (99.62%) intensity, while VIS (0.37% ), and NIR (0.01%) radiation intensities remained very low in the gross light intensity.
M.A.Padmanabha Rao's Discovery 3: UV DOMINANT OPTICAL EMISSION FROM METALS AT ROOM TEMPERATURE WHEN PRESENT AS XRF SOURCES OR RADIOISOTOPES:
Variable Energy X-ray Source (AMC 2084, U.K.) is meant to provide Cu, Ag, and Mo X-rays with different energies from Cu, Ag, and Mo XRF sources present as Cu, Ag, and Mo metals. However, UV dominant optical radiation was detected for the first time along with X-rays from Cu, Mo, and Ag metals. As metal like Cu constitutes Cu atoms, optical radiation originating from Cu metal source hold vital key that it should be atomic emission of light from excited atoms in Cu XRF source. From this insight it is understood that XRF sources (as well as radioisotopes) cause a new class of atomic spectra of solids at room temperature. NOTABLY, UNPRECEDENTED DETECTION OF UV DOMINANT OPTICAL EMISSION FROM METALS AT ROOM TEMPERATURE COULD BE A REVOLUTIONARY EXPERIMENTAL FINDING IN THE HISTORY OF SCIENCE.
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