Mössbauer Effect Methodology

1. Front Matter

   Pages i-viii

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2. Formalism

   1. Front Matter

      Pages 1-1

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   2. On the Current Status of Mössbauer Spectroscopy Standards

      • Rolfe H. Herber

      Pages 3-15

   3. A Note on the Gol’danskii-Karyagin Effect

      • S. V. Karyagin

      Pages 17-17

3. Applications and Spectroscopy

   1. Front Matter

      Pages 19-19

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   2. Crystals, Supercooled Liquids, and Glasses in Frozen Aqueous Solutions

      • S. L. Ruby, I. Pelah

      Pages 21-29

   3. Chemical Applications of the Mössbauer Effect in Ruthenium Compounds

      • C. A. Clausen III, R. A. Prados, M. L. Good

      Pages 31-41

   4. Comparison of the Mössbauer Effect to Time-Differential Perturbed Angular Correlations: The Case of Fe57 in a Nickel Host

      • C. Hohenemser

      Pages 43-53

   5. Infrared, Mössbauer, and NMR Studies of Some Stannous Chloride and Bromide Complexes of Thiourea and Tetramethylthiourea

      • John F. Lefelhocz, Columba Curran

      Pages 55-78

   6. Mössbauer Effect Studies of Spinodal Decomposition in Fe-Cr

      • D. Chandra, L. H. Schwartz

      Pages 79-92

4. Methodology

   1. Front Matter

      Pages 93-93

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   2. A Simple Monochromatic, Polarized Fe57 Mössbauer Source

      • John P. Stampfel, Paul A. Flinn

      Pages 95-107

   3. Coincidence Mössbauer Spectroscopy

      • Gilbert R. Hoy, Dennis W. Hamill, Peter P. Wintersteiner

      Pages 109-121

   4. Radiofrequency Perturbation of Selectively Excited Nuclear Hyperfine Levels

      • Neil D. Heiman, J. C. Walker, Loren Pfeiffer

      Pages 123-141

   5. Recoil Radiation Damage Following Coulomb Excitation

      • N. Hershkowitz, C. G. Jacobs Jr.

      Pages 143-159

5. Lunar Sample Investigations

   1. Front Matter

      Pages 161-161

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   2. Mössbauer Investigation of Apollo 11 Lunar Samples

      • A. H. Muir Jr., R. M. Housley, R. W. Grant, M. Abdel-Gawad, M. Blander

      Pages 163-176

   3. Mössbauer Spectrometry of Lunar Samples from the Apollo 11 Mission

      • C. L. Herzenberg, D. L. Riley

      Pages 177-191

   4. State and Location of Iron in Apollo 11 Samples

      • Stefan S. Hafner, Barbara Janik, David Virgo

      Pages 193-207

   5. Mössbauer and Supplementary Studies of Apollo 11 Lunar Samples

      • G. P. Huffman, G. R. Dunmyre, R. M. Fisher, P. J. Wasilewski, T. Nagata

      Pages 209-224

This is the sixth volume of a series that provides a continuing forum for publication of developments in M6ssbauer effect method­ ology and of spectroscopy and its applications. M ossbauer Effect Methodology, Volume 6, records the proceedings of the Sixth Symposium on M6ssbauer Effect Methodology. The symposium was sponsored by the New England Nuclear Corporation and concentrated on methodology, applications, and spectroscopy, with special sections on lunar sample work and on standardization and nomenclature. The symposium was held at the Palmer House in Chicago on January 25, 1970. Dr. J. C. Walker presided over the after­ noon and evening sessions. About two hundred participants attended, reflecting the continued importance of and interest in this series. Austin Science Associates, Elron Electronic Industries, High Voltage Engineering Corporation, and Reuter-Stokes Electronic Components Company demonstrated lines of equipment for M6ssbauer work. The usual high degree of interest in the well-designed commercial instrumentation was evident. The highlight of the symposium was the session on lunar samples. Fortuitously, the timing of the symposium permitted it to provide one ofthe earliest exposures ofthe lunar results to the scientific community. Many papers on other applications were presented, including work on frozen aqueous solutions. Four papers on methodology development made up one session, including reports on a polarized source, on a coincidence technique, and on the use of radio frequency to perturb hyperfine levels. As usual, many of the papers report work in fields remote from basic physics.

• NMR
• development
• fields
• hyperfine
• nomenclature
• paper
• physics
• spectroscopy

• Nuclides and Sources Division, New England Nuclear Corporation, Boston, USA

  Irwin J. Gruverman

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