A specially prepared Si/He thin solid film was investigated as a suitable target for experimental studies on nuclear reactions involving 4He targets. For that purpose, the elastically scattered 4He recoil coming from the reaction 6Li + 4He at incident energy of 5.5 MeV was measured. The differential cross section of 6Li on 4He has been found to be fully consistent with previous measurements in the literature. The prospective advantages of using these solid He targets in experiments at radioactive beam facilities are discussed.This work was supported by the Spanish Ministry of Science, Innovation and Universities and co-financed by EU FEDER funds under the following grants: FPA2016-77689-C2-1-R, RTI2018-098117-B-C21, RTI2018-093871-B-I00, PG...
Thin Al foils of 50 mu g/cm/sup 2/ thickness were implanted with /sup 4/He ions with fluences rangin...
The plant operating in the condition of the "labelled atoms" i.e. selection of the radioac...
The paper presents the results of measurement of the total cross sections for reactions 4,6He + Si a...
In order to obtain information on a possible two-neutron component in the 6He wavefunction, we inves...
In order to obtain information on a possible two-neutron component in the He-6 wavefunction, we inve...
Thin Al foils of 50 mug/cm(2) thickness were implanted with He-4 ions with fluences ranging between ...
In the last years, in the field of nuclear physics, great efforts have been made to produce and stud...
Reactions induced by radioactive 6,8He beams from the SPIRAL facility were studied on 63,65Cu and 18...
In this work, we present our magnetron sputtering based methodology to produce amorphous silicon coa...
An approach is presented for the measurement of the 6Li(n,t)4He reaction cross section based on comp...
Study of fission reactions induced by 4,6He and 7Li beams on 209Bi and 208Pb targets, leading to the...
This research was sponsored by the National Science Foundation Grant NSF PHY 87-1440
The reaction cross section gives the probability that a particle will undergo a nonelastic process w...
Reaction cross sections were measured for protons at 65.5 MeV, for deuterons at 37.8, 65.5, 97.4 MeV...
The fusion-fission cross sections of the He-4 + U-238 and He-6 + U-238 systems have been measured, a...
Thin Al foils of 50 mu g/cm/sup 2/ thickness were implanted with /sup 4/He ions with fluences rangin...
The plant operating in the condition of the "labelled atoms" i.e. selection of the radioac...
The paper presents the results of measurement of the total cross sections for reactions 4,6He + Si a...
In order to obtain information on a possible two-neutron component in the 6He wavefunction, we inves...
In order to obtain information on a possible two-neutron component in the He-6 wavefunction, we inve...
Thin Al foils of 50 mug/cm(2) thickness were implanted with He-4 ions with fluences ranging between ...
In the last years, in the field of nuclear physics, great efforts have been made to produce and stud...
Reactions induced by radioactive 6,8He beams from the SPIRAL facility were studied on 63,65Cu and 18...
In this work, we present our magnetron sputtering based methodology to produce amorphous silicon coa...
An approach is presented for the measurement of the 6Li(n,t)4He reaction cross section based on comp...
Study of fission reactions induced by 4,6He and 7Li beams on 209Bi and 208Pb targets, leading to the...
This research was sponsored by the National Science Foundation Grant NSF PHY 87-1440
The reaction cross section gives the probability that a particle will undergo a nonelastic process w...
Reaction cross sections were measured for protons at 65.5 MeV, for deuterons at 37.8, 65.5, 97.4 MeV...
The fusion-fission cross sections of the He-4 + U-238 and He-6 + U-238 systems have been measured, a...
Thin Al foils of 50 mu g/cm/sup 2/ thickness were implanted with /sup 4/He ions with fluences rangin...
The plant operating in the condition of the "labelled atoms" i.e. selection of the radioac...
The paper presents the results of measurement of the total cross sections for reactions 4,6He + Si a...