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The concept of temperature in magnetism

  • Lezioni Tenute Al Corso
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Il Nuovo Cimento (1955-1965)

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Footnotes

  1. A. Overhauser:Phys. Rev.,91, 476 (1953);92, 411 (1953).

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  2. T. R. Carver andC. P. Slichter:Phys. Rev.,92, 212 (1953);102, 975 (1956) A quite different approach to the concept of temperature in the Overhauser effect has been developed bySlichter who shows that in a properly chosen rotating system, the nucleus and electron can be regarded as having the same temperature (Phys. Rev.,99, 1822 (1955)).

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  3. Cf.F. Bloch:Phys. Rev.,93, 944 (1954) and the interesting experiments ofI. Solomon on the controlled or generalized Overhauser effect (Phys. Rev.,99, 559 (1955)).

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  4. H. B. G. Casimir andF. K. du Pré:Physica,5, 507 (1938).

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  5. N. Bloembergen andS. Wang:Phys. Rev.,93, 72 (1954).

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  6. N. Bloemnergen: Thesis, «Nuclear Paramagnetic Relaxation», Leiden, 1948, p. 40. HereBloembergen considers transitions caused by dipolar interaction rather than those caused by radiation, but the adaptation to our case is immediate.

  7. L. J. F. Broer:Physica,17, 531 (1951). In this articleBroer discusses the concept of adiabatic susceptibility in considerable detail.

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  8. F. W. de Vrijer andC. J. Gorter:Physica,18, 549 (1952).

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  9. E. M. Purcell andR. V. Pound:Phys. Rev.,81, 279 (1951).

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  10. N. F. Ramsey:Phys. Rev.,103, 20 (1956).

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  11. R. V. Pound:Phys. Rev.,81, 156 (1951).

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  12. N. F. Ramsey andR. V. Pound:Phys. Rev.,81, 278 (1951).

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Authors and Affiliations

  1. Harvard University, Cambridge, Mass.

    J. H. Van Vleck

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  1. J. H. Van Vleck
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Van Vleck, J.H. The concept of temperature in magnetism. Nuovo Cim 6 (Suppl 3), 1081–1100 (1957). https://doi.org/10.1007/BF02834710

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