PRINCIPLES OF LOW-TEMPERATURE NUCLEAR ORIENTATION AND NUCLEAR ORIENTATION-NMR by Stone, N

ONLINE NUCLEAR ORIENTATION by Stone, N

ONLINE NUCLEAR ORIENTATION by Stone, N

Nuclear orientation at isolde/cern by Schlösser, K, Berkes, I, Hagn, E, Herzog, P, Niinikoski, T, Postma, H, Richard-Serre, C, Rikovska, J, Stone, N, Vanneste, L, Zech, E

NUCLEAR ORIENTATION AT ISOLDE CERN by Schlosser, K, Berkes, I, Hagn, E, Herzog, P, Niinikoski, T, Postma, H, Richardserre, C, Rikovska, J, Stone, N, Vanneste, L, Zech, E

NUCLEAR ORIENTATION OF PT-191 IN FE by Lattimer, W, Krane, K, Stone, N, Eska, G

ON LINE NUCLEAR ORIENTATION - OPPORTUNITY AND CHALLENGE by Stone, N

NEW DIRECTIONS IN LOW-TEMPERATURE NUCLEAR ORIENTATION by Stone, N

NUCLEAR ORIENTATION STUDIES OF MN-54 IN ZN by Allsop, A, Stone, N, Marshak, H, Symko, O

NUCLEAR ORIENTATION OF YB-175 IN GOLD AND SILVER by Spanjaar, D, Marsh, J, Stone, N

NUCLEAR ORIENTATION OF BR-82 IMPLANTED INTO FE by Callaghan, P, Stone, N, Alexander, R

Nuclear orientation of152,154Tb in gadolinium by Ferencei, J, Finger, M, Dupák, J, Jankech, A, Koníček, J, Schus, F, Říkovská, J, Machová, A, Hamilton, D

Nuclear orientation of82Br implanted into Fe by Callaghan, P, Stone, N, Alexander, R

“…Nuclear orientation measurements are used to determine the hyperfine hamiltonian for82Br implanted into Fe single crystals (dose 5×1014/cm-2 implant energy 80 keV). …”

Nuclear orientation of156Tb in gadolinium matrix by Říkovská, J, Machová, A, Hamilton, W, Dupák, J, Mo, C, Finger, M, Lebedev, N, Neganov, B, Pavlov, V, Shchus, A

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. …”

THE POTENTIAL FOR ONLINE NUCLEAR ORIENTATION EXPERIMENTS WITH RADIOACTIVE BEAMS by Stone, N

A NUCLEAR ORIENTATION STUDY OF TERBIUM ETHYL SULFATE by Back, P, Bleaney, B, Bowden, G, Stone, N

ON LINE NUCLEAR ORIENTATION AT THE NUCLEAR-STRUCTURE FACILITY, DARESBURY by Green, V, Hamilton, W, Robinson, S, Stone, N, Walker, P

NUCLEAR ORIENTATION BELOW 1-MK - DEVELOPMENT AND APPLICATIONS by Bradley, D, White, J, Ashworth, C, Rikovska, J, Stone, N

“…The hyperfine field for71As in nickel has been measured by low temperature nuclear orientation as 14.61(36)T. Measurements on transitions in71Ge yield spin values 3/2 (1299 kev and 1139 kev) and 5/2 (1027 kev) and 5 E2/M1 mixing ratios are given. © 1987 J.C. …”