Abstract
A general description of the R2 reactor, its associated facilities and its history is given. The facilities and range of work are described for the following types of activities: fuel testing, materials testing, neutron transmutation doping of silicon, activation analysis, radioisotope production and basic research including thermal neutron scattering, nuclear chemistry and neutron capture radiography. (author)
Grounes, Mikael;
Tomani, Hans;
Graeslund, Christian;
Rundquist, Hans;
Skoeld, Kurt
[1]
- Studsvik Nuclear AB, Nykoeping (Sweden)
Citation Formats
Grounes, Mikael, Tomani, Hans, Graeslund, Christian, Rundquist, Hans, and Skoeld, Kurt.
Studsvik's R2 reactor - Review of activities.
IAEA: N. p.,
1993.
Web.
Grounes, Mikael, Tomani, Hans, Graeslund, Christian, Rundquist, Hans, & Skoeld, Kurt.
Studsvik's R2 reactor - Review of activities.
IAEA.
Grounes, Mikael, Tomani, Hans, Graeslund, Christian, Rundquist, Hans, and Skoeld, Kurt.
1993.
"Studsvik's R2 reactor - Review of activities."
IAEA.
@misc{etde_20565852,
title = {Studsvik's R2 reactor - Review of activities}
author = {Grounes, Mikael, Tomani, Hans, Graeslund, Christian, Rundquist, Hans, and Skoeld, Kurt}
abstractNote = {A general description of the R2 reactor, its associated facilities and its history is given. The facilities and range of work are described for the following types of activities: fuel testing, materials testing, neutron transmutation doping of silicon, activation analysis, radioisotope production and basic research including thermal neutron scattering, nuclear chemistry and neutron capture radiography. (author)}
place = {IAEA}
year = {1993}
month = {Jul}
}
title = {Studsvik's R2 reactor - Review of activities}
author = {Grounes, Mikael, Tomani, Hans, Graeslund, Christian, Rundquist, Hans, and Skoeld, Kurt}
abstractNote = {A general description of the R2 reactor, its associated facilities and its history is given. The facilities and range of work are described for the following types of activities: fuel testing, materials testing, neutron transmutation doping of silicon, activation analysis, radioisotope production and basic research including thermal neutron scattering, nuclear chemistry and neutron capture radiography. (author)}
place = {IAEA}
year = {1993}
month = {Jul}
}