Radiative transitions K to L-2, L-3 subshell and M shell were measured using the K X-ray spectrum for 21 elements in the atomic range 41 less than or equal to Z less than or equal to 68. The targets were irradiated with T photons at 59.5 keV from Am-241 radioisotope source. The theoretical values were calculated using the radiative and nonradiative transition rates of these elements. It was observed that present values agree with previous theoretical results. (C) 2002 Elsevier Science Ltd. All rights reserved
Relative L-shell radiative transition rates were obtained for a number of decays in Gd, Dy, Er, Yb, ...
In this study, L shell X-ray production cross sections for the elements atomic number between 40 les...
The $L_{3l},$ $L_{3α},$ $L_{3β},$ $L_{2β},$ $L_{2γ},$ $L_{2η},$ $L_{1β}$ and $L_{1γ}$ X-ray producti...
Radiative transitions K to L-2, L-3 subshell and M shell were measured using the K X-ray spectrum fo...
Radiative transitions K to L2,L3 subshell and M shell were measured using the K X-ray spectrum for 2...
K- to L-shell vacancy transfer probabilities were measured for ten elements in the atomic range 73 l...
M x-ray production cross sections from 1 to 1500 keV were obtained for elements with 70 less than or...
K- to L-shell vacancy transfer probabilities were measured for ten elements in the atomic range 73⩽Z...
Non-radiative transitions cause changes in the generation of the intensity of the L lines. In order ...
Non-radiative transitions cause changes in the generation of the intensity of the L lines. In order ...
M x-ray production cross sections from 1 to 1500 keV were obtained for elements with 70 ≤ Z ≤ 92. Ob...
The production cross sections sigma(Ki), the fluorescence yield W-K, K shell X-ray intensity ratio I...
K to L shell vacancy transfer probabilities (ηKL) for 26 elements in the atomic region 23≤Z≤57 were...
WOS: 000280345100003Vacancy transfer probabilities from K to L shell were measured using I(K beta)/I...
The paper presents the first measurements of the Kα and Kβ excitation factors for some selected elem...
Relative L-shell radiative transition rates were obtained for a number of decays in Gd, Dy, Er, Yb, ...
In this study, L shell X-ray production cross sections for the elements atomic number between 40 les...
The $L_{3l},$ $L_{3α},$ $L_{3β},$ $L_{2β},$ $L_{2γ},$ $L_{2η},$ $L_{1β}$ and $L_{1γ}$ X-ray producti...
Radiative transitions K to L-2, L-3 subshell and M shell were measured using the K X-ray spectrum fo...
Radiative transitions K to L2,L3 subshell and M shell were measured using the K X-ray spectrum for 2...
K- to L-shell vacancy transfer probabilities were measured for ten elements in the atomic range 73 l...
M x-ray production cross sections from 1 to 1500 keV were obtained for elements with 70 less than or...
K- to L-shell vacancy transfer probabilities were measured for ten elements in the atomic range 73⩽Z...
Non-radiative transitions cause changes in the generation of the intensity of the L lines. In order ...
Non-radiative transitions cause changes in the generation of the intensity of the L lines. In order ...
M x-ray production cross sections from 1 to 1500 keV were obtained for elements with 70 ≤ Z ≤ 92. Ob...
The production cross sections sigma(Ki), the fluorescence yield W-K, K shell X-ray intensity ratio I...
K to L shell vacancy transfer probabilities (ηKL) for 26 elements in the atomic region 23≤Z≤57 were...
WOS: 000280345100003Vacancy transfer probabilities from K to L shell were measured using I(K beta)/I...
The paper presents the first measurements of the Kα and Kβ excitation factors for some selected elem...
Relative L-shell radiative transition rates were obtained for a number of decays in Gd, Dy, Er, Yb, ...
In this study, L shell X-ray production cross sections for the elements atomic number between 40 les...
The $L_{3l},$ $L_{3α},$ $L_{3β},$ $L_{2β},$ $L_{2γ},$ $L_{2η},$ $L_{1β}$ and $L_{1γ}$ X-ray producti...