Abstract
The new neutron-deficient nuclei {sup 103}Sb, {sup 104}Sb, {sup 98}In, {sup 91}Pd, {sup 89}Rh and {sup 87}Ru have been identified among the quasi-fragmentation products of a {sup 112}Sn beam (63 MeV/nucleon). The fragment identification based on energy-loss, total kinetic energy and time-of-flight measurements has been independently confirmed via observation of {gamma}-radiation following the decay of known short-lived isomers. The region of known isotopes is extended to the predicted proton drip-line for indium and silver, and beyond it for antimony and rhodium. Tentative evidence for the existence of {sup 105}Te, {sup 99}Sn and {sup 93}Ag is also presented. (authors). 28 refs., 2 figs.
Anne, R;
Auger, G;
Bazin, D;
Corre, J M;
Hue, R;
Lewitowicz, M;
Saint-Laurent, M G;
[1]
Rykaczewski, K;
Grzywacz, R;
[2]
Pfuetzner, M;
Zylicz, J;
[2]
Borcea, C;
[3]
Borrel, V;
Guillemaud-Mueller, D;
Mueller, A C;
Pougheon, F;
Sorlin, O;
[4]
Doerfler, T;
Schmidt-Ott, W D;
[5]
Fomichov, A;
Penionzhkevich, Y;
[6]
Lukyanov, S;
Tarasov, O;
[6]
Huyse, M;
Szerypo, J;
Wauters, J;
[7]
Janas, Z;
Keller, H;
Schmidt, K
[8]
- Grand Accelerateur National d`Ions Lourds (GANIL), 14 - Caen (France)
- Warsaw Univ. (Poland). Inst. Fizyki Doswiadczalnej
- Institute of Atomic Physics, Bucharest (Romania)
- Paris-11 Univ., 91 - Orsay (France). Inst. de Physique Nucleaire
- Goettingen Univ. (Germany)
- Joint Inst. for Nuclear Research, Dubna (Russian Federation)
- Louvain Univ. (Belgium). Inst. for Nuclear- and Radiationphysics
- Gesellschaft fuer Schwerionenforschung mbH, Darmstadt (Germany)
Citation Formats
Anne, R, Auger, G, Bazin, D, Corre, J M, Hue, R, Lewitowicz, M, Saint-Laurent, M G, Rykaczewski, K, Grzywacz, R, Pfuetzner, M, Zylicz, J, Borcea, C, Borrel, V, Guillemaud-Mueller, D, Mueller, A C, Pougheon, F, Sorlin, O, Doerfler, T, Schmidt-Ott, W D, Fomichov, A, Penionzhkevich, Y, Lukyanov, S, Tarasov, O, Huyse, M, Szerypo, J, Wauters, J, Janas, Z, Keller, H, and Schmidt, K.
Identification of new nuclei at and beyond the proton drip-line near the doubly-magic nucleus {sup 100}Sn.
France: N. p.,
1994.
Web.
Anne, R, Auger, G, Bazin, D, Corre, J M, Hue, R, Lewitowicz, M, Saint-Laurent, M G, Rykaczewski, K, Grzywacz, R, Pfuetzner, M, Zylicz, J, Borcea, C, Borrel, V, Guillemaud-Mueller, D, Mueller, A C, Pougheon, F, Sorlin, O, Doerfler, T, Schmidt-Ott, W D, Fomichov, A, Penionzhkevich, Y, Lukyanov, S, Tarasov, O, Huyse, M, Szerypo, J, Wauters, J, Janas, Z, Keller, H, & Schmidt, K.
Identification of new nuclei at and beyond the proton drip-line near the doubly-magic nucleus {sup 100}Sn.
France.
Anne, R, Auger, G, Bazin, D, Corre, J M, Hue, R, Lewitowicz, M, Saint-Laurent, M G, Rykaczewski, K, Grzywacz, R, Pfuetzner, M, Zylicz, J, Borcea, C, Borrel, V, Guillemaud-Mueller, D, Mueller, A C, Pougheon, F, Sorlin, O, Doerfler, T, Schmidt-Ott, W D, Fomichov, A, Penionzhkevich, Y, Lukyanov, S, Tarasov, O, Huyse, M, Szerypo, J, Wauters, J, Janas, Z, Keller, H, and Schmidt, K.
1994.
"Identification of new nuclei at and beyond the proton drip-line near the doubly-magic nucleus {sup 100}Sn."
France.
@misc{etde_411465,
title = {Identification of new nuclei at and beyond the proton drip-line near the doubly-magic nucleus {sup 100}Sn}
author = {Anne, R, Auger, G, Bazin, D, Corre, J M, Hue, R, Lewitowicz, M, Saint-Laurent, M G, Rykaczewski, K, Grzywacz, R, Pfuetzner, M, Zylicz, J, Borcea, C, Borrel, V, Guillemaud-Mueller, D, Mueller, A C, Pougheon, F, Sorlin, O, Doerfler, T, Schmidt-Ott, W D, Fomichov, A, Penionzhkevich, Y, Lukyanov, S, Tarasov, O, Huyse, M, Szerypo, J, Wauters, J, Janas, Z, Keller, H, and Schmidt, K}
abstractNote = {The new neutron-deficient nuclei {sup 103}Sb, {sup 104}Sb, {sup 98}In, {sup 91}Pd, {sup 89}Rh and {sup 87}Ru have been identified among the quasi-fragmentation products of a {sup 112}Sn beam (63 MeV/nucleon). The fragment identification based on energy-loss, total kinetic energy and time-of-flight measurements has been independently confirmed via observation of {gamma}-radiation following the decay of known short-lived isomers. The region of known isotopes is extended to the predicted proton drip-line for indium and silver, and beyond it for antimony and rhodium. Tentative evidence for the existence of {sup 105}Te, {sup 99}Sn and {sup 93}Ag is also presented. (authors). 28 refs., 2 figs.}
place = {France}
year = {1994}
month = {Dec}
}
title = {Identification of new nuclei at and beyond the proton drip-line near the doubly-magic nucleus {sup 100}Sn}
author = {Anne, R, Auger, G, Bazin, D, Corre, J M, Hue, R, Lewitowicz, M, Saint-Laurent, M G, Rykaczewski, K, Grzywacz, R, Pfuetzner, M, Zylicz, J, Borcea, C, Borrel, V, Guillemaud-Mueller, D, Mueller, A C, Pougheon, F, Sorlin, O, Doerfler, T, Schmidt-Ott, W D, Fomichov, A, Penionzhkevich, Y, Lukyanov, S, Tarasov, O, Huyse, M, Szerypo, J, Wauters, J, Janas, Z, Keller, H, and Schmidt, K}
abstractNote = {The new neutron-deficient nuclei {sup 103}Sb, {sup 104}Sb, {sup 98}In, {sup 91}Pd, {sup 89}Rh and {sup 87}Ru have been identified among the quasi-fragmentation products of a {sup 112}Sn beam (63 MeV/nucleon). The fragment identification based on energy-loss, total kinetic energy and time-of-flight measurements has been independently confirmed via observation of {gamma}-radiation following the decay of known short-lived isomers. The region of known isotopes is extended to the predicted proton drip-line for indium and silver, and beyond it for antimony and rhodium. Tentative evidence for the existence of {sup 105}Te, {sup 99}Sn and {sup 93}Ag is also presented. (authors). 28 refs., 2 figs.}
place = {France}
year = {1994}
month = {Dec}
}