Nicholas Stone: Publications

Magnetic moments of odd-A Sb isotopes to Sb-133: Significant evidence for mesonic exchange current contributions and on core collective g factors

PHYSICAL REVIEW LETTERS 78:5 (1997) 820-823

Authors:

NJ Stone, D Doran, M Lindroos, J Rikovska, M Veskovic, G White, A Williams, B Fogelberg, L Jacobsson, IS Towner, K Heyde

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Sign dependence of spin polarization for secondary fragments produced following intermediate-energy projectile fragmentation

PHYSICAL REVIEW C 55:5 (1997) 2501-2505

Authors:

PF Mantica, RW Ibbotson, DW Anthony, M Fauerbach, DJ Morrissey, CF Powell, J Rikovska, M Steiner, NJ Stone, WB Walters

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Verification of isomerism and direct measurement of half-lives in Au-184

PHYSICAL REVIEW C 55:5 (1997) 2697-2699

Authors:

K Zaerpoor, Y Xu, M Gummin, KS Krane, JL Wood, NJ Stone, J Rikovska

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Magnetic dipole moment of ¹²⁷Sb and ¹²⁹Sb by nuclear magnetic resonance on oriented nuclei

Physical Review C - Nuclear Physics 53:1 (1996) 124-126

Authors:

M Lindroos, M Booth, D Doran, Y Koh, I Oliveira, J Rikovska, P Richards, NJ Stone, M Veskovic, D Zákoucký, B Fogelberg

Abstract:

A series of low temperature nuclear orientation (LTNO) experiments has been initiated to measure accurately ground-state magnetic dipole moments of a sequence of odd-proton antimony isotopes up to the neutron shell closure at N = 82 using the sensitive technique of nuclear magnetic resonance on oriented nuclei (NMR/ON). The main aim of this investigation is to clarify the single-particle+collective core coupling mechanism in the heavy antimony isotopes and its influence on the value of magnetic dipole moment. This paper reports results of precision measurement of the magnetic dipole moments of 127Sb and 129Sb.

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Magnetic susceptibility, electrical resistivity and lattice constants of the Kondo compounds CexNd1-xNi

J MAGN MAGN MATER 140 (1995) 1221-1222

Authors:

IS OLIVEIRA, K NISHIMURA, Y ISIKAWA, J SAKURAI, K MORI, NJ STONE

Abstract:

The intermetallic pseudo-binary compounds CexNd1-xNi order magnetically due to exchange interactions between the Nd ions and also exhibit the Kondo effect. We report results of lattice parameters, magnetic susceptibility and electrical resistivity in these compounds. The effective paramagnetic moments are consistent with those of free Nd3+ and Ce3+ ions. A change of about 0.5% in the unit cell volume at x approximate to 0.6 indicates a possible valence transition of Ce.

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Nicholas Stone

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Magnetic moments of odd-A Sb isotopes to Sb-133: Significant evidence for mesonic exchange current contributions and on core collective g factors

Authors:

Sign dependence of spin polarization for secondary fragments produced following intermediate-energy projectile fragmentation

Authors:

Verification of isomerism and direct measurement of half-lives in Au-184

Authors:

Magnetic dipole moment of ¹²⁷Sb and ¹²⁹Sb by nuclear magnetic resonance on oriented nuclei

Authors:

Abstract:

Magnetic susceptibility, electrical resistivity and lattice constants of the Kondo compounds CexNd1-xNi

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Nicholas Stone

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Magnetic moments of odd-A Sb isotopes to Sb-133: Significant evidence for mesonic exchange current contributions and on core collective g factors

Authors:

Sign dependence of spin polarization for secondary fragments produced following intermediate-energy projectile fragmentation

Authors:

Verification of isomerism and direct measurement of half-lives in Au-184

Authors:

Magnetic dipole moment of 127Sb and 129Sb by nuclear magnetic resonance on oriented nuclei

Authors:

Abstract:

Magnetic susceptibility, electrical resistivity and lattice constants of the Kondo compounds CexNd1-xNi

Authors:

Abstract:

Magnetic dipole moment of ¹²⁷Sb and ¹²⁹Sb by nuclear magnetic resonance on oriented nuclei