The determination of magnetic structures using low temperature nuclear orientation:166mHo-Ho

Turrell, B. G.; Marshak, H.

doi:10.1007/bf01026479

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The Hyperfine Field Consists Essentially Of Four Contributions1

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1985

1990

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Cited by 4 publications

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“…An application to magnetic structure determination is illustrated by figure 10, which shows a measurement of the cone angle in a Ho crystal using NO (Turrell and Marshak 1981). The same isotope, 1 6 6 m H ~, was used by the Oxford NO group (Allsop et a1 1980a, b) to study the enhanced Van Vleck nuclear magnet HoVO,, an insulating crystal; some of their low field data for the 712 keV gamma ray are shown in figure 11.…”

Section: The Hyperfine Field Consists Essentially Of Four Contributionsmentioning

confidence: 99%

Recent developments in low-temperature nuclear orientation

Brewer

1990

Rep. Prog. Phys.

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A review is given of the techniques associated with low-temperature thermal equilibrium nuclear orientation, detected using nuclear radiations. Following an introductory section that includes a historical summary, a brief description of the formalism and of some experimental aspects of nuclear orientation is presented. Various applications of nuclear orientation are then treated in detail, with emphasis on recent developments and new experiments in the field. The applications are grouped, according to the particular experimental techniques used, into static orientation, nuclear resonance methods, and time-dependent methods.

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Section: The Hyperfine Field Consists Essentially Of Four Contributionsmentioning

confidence: 99%