Nicholas Stone: Publications

First nuclear moment measurement with radioactive beams by the recoil-in-vacuum technique: the g factor of the 2+1 state in 132Te.

Phys Rev Lett 94:19 (2005) 192501

Authors:

NJ Stone, AE Stuchbery, M Danchev, J Pavan, CL Timlin, C Baktash, C Barton, J Beene, N Benczer-Koller, CR Bingham, J Dupak, A Galindo-Uribarri, CJ Gross, G Kumbartzki, DC Radford, JR Stone, NV Zamfir

Abstract:

Following Coulomb excitation of the radioactive ion beam (RIB) 132Te at HRIBF we report the first use of the recoil-in-vacuum (RIV) method to determine the g factor of the 2(+)(1) state: g(973.9 keV 2(+) 132Te) = (+)0.35(5). The advantages offered by the RIV method in the context of RIBs and modern detector arrays are discussed.

Magnetic Moments of 2+1 States Around 132Sn

Physical Review C 71 (2005) 044317 pp.6

Authors:

NJ Stone, B.A.Brown, J.R.Stone, I.S.Towner

First nuclear moment measurement with radioactive beams by recoil-in-vacuum method: g-factor of the 2(1)(+) state in Te-132

EUR PHYS J A 25 (2005) 205-208

Authors:

NJ Stone, AE Stuchbery, M Danchev, J Pavan, CL Timlin, C Baktash, C Barton, JR Beene, N Benczer-Koller, CR Bingham, J Dupak, A Galindo-Uribarri, CJ Gross, G Kumbartzki, DC Radford, JR Stone, NV Zamfir

Abstract:

Following Coulomb excitation of the radioactive ion beam (RIB) Te-132 at HRIBF, we report the first use of the recoil-in-vacuum (RIV) method to determine the g-factor of the 2(1)(+) state to be (+)0.35(5). The advantages offered by the RIV method in the context of RIBs and modern detector arrays are discussed.

Table of nuclear magnetic dipole and electric quadrupole moments

ATOMIC DATA AND NUCLEAR DATA TABLES 90:1 (2005) 75-176

Methods for G-factor measurements on short-lived excited states using radioactive beams

(2004) 291-296

Abstract:

Complications which arise when the Transient Field method for determination of nuclear excited state g-factors is used with radioactive isotope beams, are surveyed. Ways to overcome the problems include allowing the Coulomb excited nuclei to recoil into vacuum. This has the disadvantage that the angular distribution of their gamma de-excitation, which forms the basis for the TF method, becomes attenuated. However it is argued that these attenuations may, in themselves, form the basis of a simple way to study g-factors. A simple theoretical introduction is given and recent preparatory experiments are outlined.

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Nicholas Stone

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First nuclear moment measurement with radioactive beams by the recoil-in-vacuum technique: the g factor of the 2+1 state in 132Te.

Authors:

Abstract:

Magnetic Moments of 2+1 States Around 132Sn

Authors:

First nuclear moment measurement with radioactive beams by recoil-in-vacuum method: g-factor of the 2(1)(+) state in Te-132

Authors:

Abstract:

Table of nuclear magnetic dipole and electric quadrupole moments

Methods for G-factor measurements on short-lived excited states using radioactive beams

Abstract:

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Nicholas Stone

Sub department

First nuclear moment measurement with radioactive beams by the recoil-in-vacuum technique: the g factor of the 2+1 state in 132Te.

Authors:

Abstract:

Magnetic Moments of 2+1 States Around 132Sn

Authors:

First nuclear moment measurement with radioactive beams by recoil-in-vacuum method: g-factor of the 2(1)(+) state in Te-132

Authors:

Abstract:

Table of nuclear magnetic dipole and electric quadrupole moments

Methods for G-factor measurements on short-lived excited states using radioactive beams

Abstract:

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