The γ-ray strength functions and nuclear level densities of 138La and 139La have been measured below the neutron separation energies. These new data were used to calculate astrophysical Maxwellian-averaged (n,γ) cross-sections to investigate the production and destruction of the p-nucleus 138La in the photodisintegration process. The results confirm the underproduction of 138La in the p-process with respect to the observed abundances and strongly support the ν-process through νe capture on 138Ba as the main contributor to the synthesis of 138La in Type II supernovae. Keywords: γ-ray strength functions, Nuclear level densities, Maxwellian averaged cross-section
The calculations of the p-process in the O/Ne layers of Type II supernovae are quite successful in r...
The nuclear resonance parameters and the capture cross section of the neutron magic isotope 139La ha...
The calculations of the p-process in the O/Ne layers of Type II supernovae are quite successful in r...
The γ-ray strength functions and nuclear level densities of 138La and 139La have been measured below...
AbstractThe γ-ray strength functions and nuclear level densities of 138La and 139La have been measur...
The γ-ray strength functions and nuclear level densities of 138La and 139La have been measured below...
AbstractThe γ-ray strength functions and nuclear level densities of 138La and 139La have been measur...
The γ -ray strength functions and nuclear level densities of 138 La and 139 La have been measured be...
CITATION: Kheswa, B. V. et al. 2015. Galactic production of 138La : Impact of 138,139La statistical ...
The synthesis of the neutron deficient 138La nucleus has been a puzzle for a long time. It has not b...
The synthesis of the neutron deficient 138La nucleus has been a puzzle for a long time. It has not b...
The nuclear level densities and γ-ray strength functions of 138,139,140La were measured using the 13...
Recent measurements of the nuclear level densities and γ-ray strength functions below the neutron th...
The synthesis of the neutron deficient 138La nucleus has been a puzzle for a long time. It has not b...
The synthesis of the neutron deficient 138La nucleus has been a puzzle for a long time. It has not b...
The calculations of the p-process in the O/Ne layers of Type II supernovae are quite successful in r...
The nuclear resonance parameters and the capture cross section of the neutron magic isotope 139La ha...
The calculations of the p-process in the O/Ne layers of Type II supernovae are quite successful in r...
The γ-ray strength functions and nuclear level densities of 138La and 139La have been measured below...
AbstractThe γ-ray strength functions and nuclear level densities of 138La and 139La have been measur...
The γ-ray strength functions and nuclear level densities of 138La and 139La have been measured below...
AbstractThe γ-ray strength functions and nuclear level densities of 138La and 139La have been measur...
The γ -ray strength functions and nuclear level densities of 138 La and 139 La have been measured be...
CITATION: Kheswa, B. V. et al. 2015. Galactic production of 138La : Impact of 138,139La statistical ...
The synthesis of the neutron deficient 138La nucleus has been a puzzle for a long time. It has not b...
The synthesis of the neutron deficient 138La nucleus has been a puzzle for a long time. It has not b...
The nuclear level densities and γ-ray strength functions of 138,139,140La were measured using the 13...
Recent measurements of the nuclear level densities and γ-ray strength functions below the neutron th...
The synthesis of the neutron deficient 138La nucleus has been a puzzle for a long time. It has not b...
The synthesis of the neutron deficient 138La nucleus has been a puzzle for a long time. It has not b...
The calculations of the p-process in the O/Ne layers of Type II supernovae are quite successful in r...
The nuclear resonance parameters and the capture cross section of the neutron magic isotope 139La ha...
The calculations of the p-process in the O/Ne layers of Type II supernovae are quite successful in r...