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-SPIN-LATTICE RELAXATION IN ONLINE NUCLEAR ORIENTATION EXPERIMENTS by Shaw, T, Stone, N

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-). …”

On-line nuclear orientation studies of neutron deficient Te, I and Cs isotopes by Shaw, T

Subjects: “…Nuclear orientation…”

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

NUCLEAR ORIENTATION AND RELAXATION IN THE SYSTEM ZR-89-]Y-89M IN IRON by Fahad, M, Berkes, I, Hassani, R, Massaq, M, Shaw, T, Stone, N

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

NUCLEAR-SPIN-LATTICE RELAXATION ATTENUATION COEFFICIENTS FOR USE IN ONLINE NUCLEAR ORIENTATION EXPERIMENTS by Shaw, T, Stone, N

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.…”