Dynamic Orientation of Nuclei

Jeffries, C. D.

doi:10.1146/annurev.ns.14.120164.000533

Cited by 25 publications

(7 citation statements)

References 51 publications

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“…These low polarizations are, of course, not useful for particle physics experiments, but via Dynamical Nuclear Polarization (DNP), the polarization can be increased enormously. The principle is as follows, illustrated for protons [73]:…”

Section: Polarizing Methods and Thermal Equilibriummentioning

confidence: 99%

Measurement of the longitudinal deuteron spin-structure function in deep-inelastic scattering

Bauer¹

1996

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Amherst in partial fulllment of the requirements for the degree of DOCTOR OF PHILOSOPHY September 1996 Department o f P h ysics and Astronomy ACKNOWLEDGMENTS First and foremost, I am very grateful to my advisor, Janice Button-Shafer, for bringing me into the collaboration and making it possible for me to obtain my degree from experiment E143. I am thankful for the important guidance which she provided for me. I thank all the committee members for their help and support. I truly appreciate Charlie Young for serving on my committee and traveling to Massachusetts for my dissertation defense. His guidance throughout the analysis work was very valuable to me. The experiment w as performed by the whole collaboration, and I would like to thank everyone in the collaboration, but also all the SLAC personnel for their eort and work. It was a very enjoyful time for me. I w ould like to thank the spokespersons of the experiment, Ray Arnold and Oscar Rondon, especially Ray for his quiet, but ecient w a y of helping the group to run a smooth and successful experiment. I am grateful to the many members of the collaboration who took the time to discuss the physics and analysis with me, especially Peter Bosted and Steve R o c k. I thank all the people who answered my n umerous questions and gave me suggestions for my dissertation. What would be the experiment without all the graduate students? It was a pleasure to work with the fellow graduate students on the experiment and the subsequent analysis:

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Section: Polarizing Methods and Thermal Equilibriummentioning

confidence: 99%

Measurement of the longitudinal deuteron spin-structure function in deep-inelastic scattering

Bauer¹

1996

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“…As mentioned previously, the pre-irradiation of the ammonia creates paramagnetic spin centers which are basically electrons localized in the lattice. For the spin-1/2 nucleon or nucleus case, as we h a v e with the proton, the electronproton system has the Hamiltonian [107] H = e B p B + H int where H int is due to the coupling between the two spins, and where I have given the magnetic moments subscripts for clarity. Without the interaction term, there are four energy levels, a,b,c and d, shown in Figure 3.12.…”

Section: Protonmentioning

confidence: 99%

A Precision Measurement of the Spin Structure of the Proton at SLAC

Erbacher¹

1999

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“…As mentioned previously, the pre-irradiation of the ammonia creates paramagnetic spin centers which are basically electrons localized in the lattice. For the spin-1/2 nucleon or nucleus case, as we h a v e with the proton, the electronproton system has the Hamiltonian [107] H = e B p B + H int However, if the interaction term is kept, the two forbidden transitions become allowed, but they are suppressed relative t o t h e other transitions.…”

Section: Protonmentioning

confidence: 99%

A Precision Measurement of the Spin Structure of the Proton at SLAC

Erbacher¹

1999

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Dynamic Orientation of Nuclei

Cited by 25 publications

References 51 publications

Measurement of the longitudinal deuteron spin-structure function in deep-inelastic scattering

Measurement of the longitudinal deuteron spin-structure function in deep-inelastic scattering

A Precision Measurement of the Spin Structure of the Proton at SLAC

A Precision Measurement of the Spin Structure of the Proton at SLAC

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