The nuclear system H5 was studied using the H3(t,p)H5 transfer reaction at a laboratory energy of 57.7 MeV and small center of mass angles. The energy and angular correlations among the H5 decay fragments were obtained by complete kinematical reconstruction. A broad structure in the H5 missing mass spectrum above 2.5 MeV with a typical width of several MeV was identified as a mixture of 3/2+ and 5/2+ states. Analysis of interference patterns observed in the measured angular correlations disclosed the 1/2+ ground state of H5 concealed in the smooth missing mass spectrum. The deduced values for the resonance energy and width are Eg.s. 1.8 MeV and Γg.s. 1.3 MeV. The estimated cross sections for population of the ground state and the doublet of...
To investigate 5H resonance states with a better instrumental resolution, we utilized the two-neutro...
The extremely neutron-rich system $^{6}$H was studied in the direct $^2\text{H}(^8\text{He},{^4\text...
The H7 system was populated in the H2(He8,He3)H7 reaction with a 26 AMeV He8 beam. The H7 missing ma...
The nuclear system H-5 was studied using the H-3(t,p)H-5 transfer reaction at a laboratory energy of...
The nuclear system $^{5}$H was studied using the $^{3}$H($t$,$p$)$^{5}$H transfer reaction at a labo...
The H-5 system was produced in the H-3(t,p)H-5 reaction studied with a 58 MeV tritium beam at small ...
The H-5 system was produced in the H-3(t,p)H-5 reaction studied at small CM angles with a 58 MeV tri...
International audienceThe $^{5}$H system was produced in the $^{3}$H(t, p) $^{5}$H reaction studied ...
The 5H system was produced in the 3H(t, p) 5H reaction studied at small CM angles with a 58MeV triti...
The 5H system was produced in the 3H(t, p) 5H reaction studied at small CM angles with a 58MeV triti...
A resonance state situated at 1.8 +/- 0.1 and, most likely, another state positioned at 2.7 +/- 0.1 ...
The extremely neutron-rich system H6 was studied in the direct H2(He8,He4)H6 transfer reaction with ...
Resonance states of H-5 were investigated through the two-neutron transfer reaction t(t, P)(5) H. A ...
The excited states in the 5H system, which was produced in the 3H(t, p)5H reaction with a 58 MeV tri...
We have studied the ground state of the unbound, very neutron-rich isotope of hydrogen H5, using the...
To investigate 5H resonance states with a better instrumental resolution, we utilized the two-neutro...
The extremely neutron-rich system $^{6}$H was studied in the direct $^2\text{H}(^8\text{He},{^4\text...
The H7 system was populated in the H2(He8,He3)H7 reaction with a 26 AMeV He8 beam. The H7 missing ma...
The nuclear system H-5 was studied using the H-3(t,p)H-5 transfer reaction at a laboratory energy of...
The nuclear system $^{5}$H was studied using the $^{3}$H($t$,$p$)$^{5}$H transfer reaction at a labo...
The H-5 system was produced in the H-3(t,p)H-5 reaction studied with a 58 MeV tritium beam at small ...
The H-5 system was produced in the H-3(t,p)H-5 reaction studied at small CM angles with a 58 MeV tri...
International audienceThe $^{5}$H system was produced in the $^{3}$H(t, p) $^{5}$H reaction studied ...
The 5H system was produced in the 3H(t, p) 5H reaction studied at small CM angles with a 58MeV triti...
The 5H system was produced in the 3H(t, p) 5H reaction studied at small CM angles with a 58MeV triti...
A resonance state situated at 1.8 +/- 0.1 and, most likely, another state positioned at 2.7 +/- 0.1 ...
The extremely neutron-rich system H6 was studied in the direct H2(He8,He4)H6 transfer reaction with ...
Resonance states of H-5 were investigated through the two-neutron transfer reaction t(t, P)(5) H. A ...
The excited states in the 5H system, which was produced in the 3H(t, p)5H reaction with a 58 MeV tri...
We have studied the ground state of the unbound, very neutron-rich isotope of hydrogen H5, using the...
To investigate 5H resonance states with a better instrumental resolution, we utilized the two-neutro...
The extremely neutron-rich system $^{6}$H was studied in the direct $^2\text{H}(^8\text{He},{^4\text...
The H7 system was populated in the H2(He8,He3)H7 reaction with a 26 AMeV He8 beam. The H7 missing ma...