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

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. …”

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. …”

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 SB-116M,G, IN-116 AND SB-114 by Booth, M, Rikovska, J, Stone, N, Zimmerman, B, Walters, W, Mantica, P, Carter, H, Kern, B

“…Angular distribution data for gamma radiation from separated116,116m,114Sb and116In oriented on-line at mK temperatures at the UNISOR Nuclear Orientation Facility, Oak Ridge, is reported. Mixing ratios of three 2+ states in116Sn are deduced. …”

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

DETERMINATION OF THE MAGNETIC DIPOLE-MOMENT OF SB-114 VIA ONLINE NUCLEAR ORIENTATION by Zimmerman, B, Walters, W, Mantica, P, Carter, H, Booth, M, Rikovska, J, Stone, N

“…The magnetic dipole moment of114Sb has been measured using on-line nuclear orientation (OLNO) at the UNISOR Nuclear Orientation Facility (UNISOR/NOF). …”

ONLINE NUCLEAR ORIENTATION 1 - PROCEEDINGS OF THE 1ST INTERNATIONAL-CONFERENCE ON ONLINE NUCLEAR ORIENTATION (OLNO-1) - ST EDMUND HALL, OXFORD, GREAT-BRITAIN 1-4 SEPTEMBER 1988 by Stone, N, Rikovska, J

LATTICE SITE AND HYPERFINE FIELD OF FR IN FE STUDIED BY NUCLEAR ORIENTATION AND EMISSION CHANNELING by Lindroos, M, Richards, P, Dewachter, J, Wahl, U, Haas, H, Pattyn, H, Rikovska, J, Stone, N, Langouche, G, Nishimura, K, Oliveira, I, Veskovic, M

“…The issue of lattice sites of Fr in Fe has been studied with two different techniques, integral low temperature nuclear orientation (LTNO) and emission channelling. Monte Carlo simulations of the system fitted to the channelling spectra reveal a large fraction of Fr in substitutional sites and hint at a possible complex site distribution. …”

LEVEL SPINS AND TRANSITION MULTIPOLARITIES IN FE-56 STUDIED BY NUCLEAR ORIENTATION OF CO-56 by Bradley, D, Stone, N, Rikovska, J, Novakova, D, Ferencei, J

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

TEST OF A SYMMETRICAL 4-DETECTOR COMPTON POLARIMETER USING LOW-TEMPERATURE NUCLEAR ORIENTATION by Deng, J, Hamilton, J, Ramayya, A, Rikovska, J, Stone, N, Croft, W, Piercey, R, Morgan, J, Mantica, P

Gamma-ray linear polarization and nuclear orientation experiments on oriented192, 194Ir Fe by Rikovska, J, Novakova, D, Ferencei, J

Attenuation of nuclear orientation of In-127 in Gd and the InGd Korringa spin-lattice relaxation time constant by Stone, N, Ohya, S, Rikovska, J, Woehr, A, Betts, P, Dupak, J, Fogelberg, B, Jacobsson, L

“…The nuclear spin-lattice relaxation of In-127 implanted into pure gadolinium metal has been measured using the method of integral attenuation of on-line nuclear orientation. The Korringa constant is determined to be C-K ((InGd)-In-127, B-pol = 0.5 T) = 0.133(18) sK. …”