The excited states of 26Al have been produced and studied using 27Al(d,t) reaction with 25 MeV deuteron as projectile. Optical model potential parameters were extracted from the measured elastic scattering angular distribution. Zero range distorted wave Born approximation analysis for the ground and 0.223 MeV states of 26Al have been done. The spectroscopic factors calculated for these states are found to be in good agreement with the previously reported values
Considering the importance of the 26Al nuclei in Astrophysics, in this work, preliminary results re...
The 27 Al(n,d)26Mg and 5.6Fe(n,d)55Mn reactions have been studied at 22 Me V incident energy. The 6M...
Particle-γ angular correlation and DSA measurements with the26Mg(α, pγ)29Al reaction have been used ...
The excited states of 26Al have been produced and studied using 27Al(d,t) reaction with 25 MeV deute...
The reaction 27Al(d,t) at 25 MeV was utilized to study the excited states of 26Al. The angular distr...
The reaction 27Al(d,t) at 25 MeV was utilized to study the excited states of 26Al. The angular distr...
We present a detailed comparison of shell model calculations with inverse kinematic transfer reactio...
The tensor analyzing powers T20 and the cross sections for the reaction to levels in 26Al with excit...
The nuclear structure of the nucleus 25Na has been studied with the (d, [tau]) proton pick-up reacti...
26Al was the first cosmic radioactivity ever detected in the galaxy as well as one of the first exti...
The 27Al(d, p)28Al reaction has been investigated with a split-pole magnetic spectrograph at a bomba...
Differential excitation functions and angular distributions from 30° to 150° have been measured for ...
The 26mAl(p,γ)27Si reaction is thought have a significant impact of the nucleosynthesis of both 26Mg...
The measurements described in the preceding paper (I) are used to obtain the position, spin and isob...
As part of a systematic study, the (d,Li6) reaction has been measured at a bombarding energy of 80 M...
Considering the importance of the 26Al nuclei in Astrophysics, in this work, preliminary results re...
The 27 Al(n,d)26Mg and 5.6Fe(n,d)55Mn reactions have been studied at 22 Me V incident energy. The 6M...
Particle-γ angular correlation and DSA measurements with the26Mg(α, pγ)29Al reaction have been used ...
The excited states of 26Al have been produced and studied using 27Al(d,t) reaction with 25 MeV deute...
The reaction 27Al(d,t) at 25 MeV was utilized to study the excited states of 26Al. The angular distr...
The reaction 27Al(d,t) at 25 MeV was utilized to study the excited states of 26Al. The angular distr...
We present a detailed comparison of shell model calculations with inverse kinematic transfer reactio...
The tensor analyzing powers T20 and the cross sections for the reaction to levels in 26Al with excit...
The nuclear structure of the nucleus 25Na has been studied with the (d, [tau]) proton pick-up reacti...
26Al was the first cosmic radioactivity ever detected in the galaxy as well as one of the first exti...
The 27Al(d, p)28Al reaction has been investigated with a split-pole magnetic spectrograph at a bomba...
Differential excitation functions and angular distributions from 30° to 150° have been measured for ...
The 26mAl(p,γ)27Si reaction is thought have a significant impact of the nucleosynthesis of both 26Mg...
The measurements described in the preceding paper (I) are used to obtain the position, spin and isob...
As part of a systematic study, the (d,Li6) reaction has been measured at a bombarding energy of 80 M...
Considering the importance of the 26Al nuclei in Astrophysics, in this work, preliminary results re...
The 27 Al(n,d)26Mg and 5.6Fe(n,d)55Mn reactions have been studied at 22 Me V incident energy. The 6M...
Particle-γ angular correlation and DSA measurements with the26Mg(α, pγ)29Al reaction have been used ...