Abstract
Because of the non-availability of clean and strong low energy photon sources, external conversion x-rays in various suitable targets have been produced and successfully used to measure relative K shell photoelectric cross-sections in Y for incident energies 17.781, 22.581, 23.618, 25.770, 29.208, 35.478, 41.006, and 43.949 keV in a double reflection geometry experiment. A brief outline of the procedure of measurement and the results obtained are given. (auth)
Citation Formats
Allawadhi, K L, and Sood, B S.
Measurement of K-shell photoelectric cross-sections for some characteristic x-rays.
India: N. p.,
1976.
Web.
Allawadhi, K L, & Sood, B S.
Measurement of K-shell photoelectric cross-sections for some characteristic x-rays.
India.
Allawadhi, K L, and Sood, B S.
1976.
"Measurement of K-shell photoelectric cross-sections for some characteristic x-rays."
India.
@misc{etde_7194898,
title = {Measurement of K-shell photoelectric cross-sections for some characteristic x-rays}
author = {Allawadhi, K L, and Sood, B S}
abstractNote = {Because of the non-availability of clean and strong low energy photon sources, external conversion x-rays in various suitable targets have been produced and successfully used to measure relative K shell photoelectric cross-sections in Y for incident energies 17.781, 22.581, 23.618, 25.770, 29.208, 35.478, 41.006, and 43.949 keV in a double reflection geometry experiment. A brief outline of the procedure of measurement and the results obtained are given. (auth)}
journal = []
volume = {45:5}
journal type = {AC}
place = {India}
year = {1976}
month = {Mar}
}
title = {Measurement of K-shell photoelectric cross-sections for some characteristic x-rays}
author = {Allawadhi, K L, and Sood, B S}
abstractNote = {Because of the non-availability of clean and strong low energy photon sources, external conversion x-rays in various suitable targets have been produced and successfully used to measure relative K shell photoelectric cross-sections in Y for incident energies 17.781, 22.581, 23.618, 25.770, 29.208, 35.478, 41.006, and 43.949 keV in a double reflection geometry experiment. A brief outline of the procedure of measurement and the results obtained are given. (auth)}
journal = []
volume = {45:5}
journal type = {AC}
place = {India}
year = {1976}
month = {Mar}
}