We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within the NuGrid research platform. The simulations aimed at identifying the relevant local production and destruction rates for the p-nuclei of molybdenum and at determining the sensitivity of the final abundances to these rates. We show that local destruction rates strongly determine the abundance of 92Mo and 94Mo, and quantify the impact
The astrophysical p process, which is responsible for the origin of the proton rich stable nuclei he...
The bulk of p isotopes is created in the 'gamma processes' mainly by sequences of photodisintegratio...
p-nuclei are a collection of neutron-deficient nuclei whose synthesis (to produce ob- served abundan...
We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within...
We present a nucleosynthesis sensitivity study for the γ -process in a Supernova type II model withi...
We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within...
We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within...
We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within...
Model calculations within the framework of the so-called γ process show an underproduction of the p ...
The elements in the universe are mainly produced by charged-particle fusion reactions and neutron-ca...
Model calculations within the framework of the so-called γ process show an underproduction of the p ...
We calculate Galactic Chemical Evolution (GCE) of Mo and Ru by taking into account the contribution ...
One of the greatest questions for modern physics to address is how elements heavier than iron are cr...
Model calculations within the framework of the so-called γ process show an underproduction of the p ...
One of the greatest questions for modern physics to address is how elements heavier than iron are cr...
The astrophysical p process, which is responsible for the origin of the proton rich stable nuclei he...
The bulk of p isotopes is created in the 'gamma processes' mainly by sequences of photodisintegratio...
p-nuclei are a collection of neutron-deficient nuclei whose synthesis (to produce ob- served abundan...
We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within...
We present a nucleosynthesis sensitivity study for the γ -process in a Supernova type II model withi...
We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within...
We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within...
We present a nucleosynthesis sensitivity study for the γ-process in a Supernova type II model within...
Model calculations within the framework of the so-called γ process show an underproduction of the p ...
The elements in the universe are mainly produced by charged-particle fusion reactions and neutron-ca...
Model calculations within the framework of the so-called γ process show an underproduction of the p ...
We calculate Galactic Chemical Evolution (GCE) of Mo and Ru by taking into account the contribution ...
One of the greatest questions for modern physics to address is how elements heavier than iron are cr...
Model calculations within the framework of the so-called γ process show an underproduction of the p ...
One of the greatest questions for modern physics to address is how elements heavier than iron are cr...
The astrophysical p process, which is responsible for the origin of the proton rich stable nuclei he...
The bulk of p isotopes is created in the 'gamma processes' mainly by sequences of photodisintegratio...
p-nuclei are a collection of neutron-deficient nuclei whose synthesis (to produce ob- served abundan...