DARESBURY ISOTOPE SEPARATOR AND NUCLEAR ORIENTATION FACILITY by Walker, P, Bhagwat, A, Singleton, B, Rikovska, J, Stone, N, Grant, I

ONLINE LOW-TEMPERATURE NUCLEAR ORIENTATION AT DOLIS-COLD by Green, V, Ashworth, C, Rikovska, J, Shaw, T, Stone, N, Walker, P, Leyland, C, Grant, I

ONLINE NUCLEAR ORIENTATION AND RELAXATION STUDIES OF CS ISOTOPES by Shaw, T, Green, V, Ashworth, C, Rikovska, J, Stone, N, Walker, P, Grant, I

“…The hyperfine field of Cs Fe has been measured to be (+)40.8(0.7)T, using the technique of on-line low temperature nuclear orientation. The time dependent relaxation of121CsmFe has also been investigated using a new technique, giving a Korringa constant Ck of 0.059 (15) sK. …”

ONLINE NUCLEAR ORIENTATION OF ODD - ODD I-120 by Brown, D, Goettig, L, Grant, I, Green, V, Krane, K, Rikovska, J, Shaw, T, Stone, N, Walker, P

“…The use of Low Temperature Nuclear Orientation (LTNO) in nuclear structure studies is discussed. …”

IODINE MAGNETIC-MOMENTS MEASURED BY ONLINE NUCLEAR ORIENTATION by Stone, N, Rikovska, J, Green, V, Shaw, T, Krane, K, Walker, P, Grant, I

NUCLEAR ORIENTATION AND COINCIDENCE STUDIES OF I-118 AND CS-118 ISOTOPES by Shaw, T, Green, V, Stone, N, Walker, P, Hamilton, W, Collins, S, Grant, I, Rikovska, J

“…Gamma-gamma coincidence and on-line nuclear orientation experiments have been done on118Ig(2-),118Im(7-),118Csg(2-) and118Csm(8-). …”

ONLINE NUCLEAR ORIENTATION OF THE DEFORMED NEUTRON-DEFICIENT EU, SM AND PM ISOTOPES by Singleton, B, Walker, P, Bhagwat, A, Alghamdi, S, Barham, C, Grant, I, Griffiths, A, Rikovska, J, Stone, N

“…Low-temperature nuclear orientation measurements made on-line at the SERC Daresbury Laboratory on142 mEu,141 mSm, and141Pm, with known magnetic dipole moments, have yielded the magnitude of the hyperfine fields of these isotopes in an iron host lattice. …”

ONLINE NUCLEAR ORIENTATION OF CESIUM ISOTOPES AND THE MAGNETIC-MOMENT OF CS-118M by Shaw, T, Green, V, Ashworth, C, Rikovska, J, Stone, N, Walker, P, Grant, I

ONLINE NUCLEAR ORIENTATION OF I-118 AND THE IDENTIFICATION OF THE G9/2 INTRUDER ORBITAL by Shaw, T, Green, V, Stone, N, Rikovska, J, Walker, P, Collins, S, Hamada, S, Hamilton, W, Grant, I

TIME-RESOLVED AND TIME-INTEGRAL ONLINE NUCLEAR ORIENTATION MEASUREMENTS OF NEUTRON-DEFICIENT HG-AU-PT-IR NUCLEI by Romanski, I, Berkes, I, Brown, D, Dejesus, M, Eder, R, Grant, I, Hagn, E, Harding, P, Herzog, P, Hinfurtner, B, Kastelein, B, Postma, H, Prinz, J, Richards, P, Schlosser, K, Stone, N, Vanneste, L, Zech, E

“…The methods of time-resolved and time-integral on-line nuclear orientation have been applied to study short lived nuclei with the NICOLE facility (Nuclear Implantation into Cold On-Line Equipment) at ISOLDE-3 in CERN using beams of 182-186Hg. …”

IODINE MAGNETIC-MOMENTS - SHAPE COEXISTENCE AND N = 64 SUBSHELL CLOSURE by Green, V, Stone, N, Shaw, T, Rikovska, J, Krane, K, Walker, P, Grant, I

“…The magnetic dipole mooments of 117I, 118Ig, 118Im, 119I, 120Ig, 120Im, 121I and 122I have been measured by the technique of on-line low-temperature nuclear orientation. The ground-state moments show the influence of N = 64 subshell closure, with near-spherical configurations, while the moments of the metastable states suggest large prolate deformations. © 1986.…”

MAGNETIC-MOMENTS AND SHAPE COEXISTENCE IN THE LIGHT BR ISOTOPES by Griffiths, A, Ashworth, C, Rikovska, J, Stone, N, White, J, Grant, I, Walker, P, Walters, W

“…Low temperature nuclear orientation measurements have been made to study the nuclear magnetic dipole moments of Brg,72m, Brm73,74, Brg75,76, and Brg77 implanted into Fe. …”

DEFORMATION IN THE LIGHT BR ISOTOPES by Griffiths, A, Ashworth, C, Grant, I, Rikovska, J, Stone, N, Walker, P, Walters, W, White, J

“…Low Temperature Nuclear Orientation measurements made in Oxford and Bonn on76, 77gBr Fe prepared at ISOLDE, and on line at the SERC Daresbury Laboratory on72, 74m, 75Br Fe, have yielded the magnetic moments of these isotopes, using a two non-zero field model with magnetic hyperfine fields of +81.38(6) T and 26(2) T. …”

SHAPE TRANSITION IN LIGHT PT ISOTOPES - MAGNETIC-MOMENTS AND ELECTRIC QUADRUPOLE-MOMENT RATIOS FOR PT-185,187,189 by Eder, R, Ashworth, C, Berkes, I, Brown, D, Daemmrich, U, Grant, I, Griffiths, A, Hagn, E, Hassani, R, Herzog, P, Ohya, S, Massaq, M, Richardserre, C, Rikovska, J, Schloesser, K, Severijns, N, Stone, N, Vanderpoorten, W, Vanhaverbeke, J, Vanneste, L, Woelfle, T, Zech, E

“…Nuclear orientation and nuclear magnetic resonance experiments were performed on185, 187, 189Pt isotopes oriented in Fe and single crystal Zn at temperatures down to about 6 mK. …”