Mössbauer Effect Methodology

1. Front Matter

   Pages i-xii

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2. Spectroscopy

   1. Front Matter

      Pages 1-1

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   2. Mössbauer Spectroscopy of Frozen Europium Ammonia Solutions

      • J. P. Brown, R. L. Cohen, K. W. West

      Pages 3-10

   3. Some Unusual Oxidation States of Antimony. A Mössbauer Investigation

      • T. Birchall, J. G. Ballard, B. P. Della Valle

      Pages 11-23

   4. Emission of Mössbauer γ-Rays From Crystals

      • J. P. Hannon, G. T. Trammell

      Pages 25-40

   5. Mössbauer Spectroscopy of Amorphous Semiconductors and Glasses Containing Antimony, Tin, and Iron: A Review

      • S. P. Taneja, C. W. Kimball, J. C. Shaffer

      Pages 41-69

3. Applications

   1. Front Matter

      Pages 71-71

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   2. Direct Observation of Magnetic Order in “Ferromagnetic Superconductors” By Means of the 57Fe Mössbauer Effect

      • D. J. Erickson, C. E. Olsen, R. D. Taylor

      Pages 73-88

   3. Mixed Oxidation States and Averaged Electronic Environments in Iron Compounds

      • W. M. Reiff

      Pages 89-105

   4. Intermolecular Dynamics of Organotin Compounds from Mossbauer and Raman Spectroscopy

      • Y. Hazony, R. H. Herber

      Pages 107-126

   5. Resolution of Crystallographic Disorder by Coupled Single Crystal X-Ray Diffraction and Mossbauer Spectroscopy: Study of the (π-(1)-2-Thiollyl) Iron (II) System

      • Betty R. Davis, Ivan Bernal, John Buttone, Mary L. Good

      Pages 127-135

   6. Mössbauer Effect Studies of Iron Storage and Transport Proteins

      • K. Spartalian, W. T. Oosterhuis, B. Window

      Pages 137-150

   7. Mössbauer Studies of Implanted Ions in Semiconductors

      • D. Hafemeister, H. de Waard

      Pages 151-173

   8. The Use of Liquid Crystals in Mössbauer Studies and the Use of the Mössbauer Effect in Liquid Crystal Studies

      • D. L. Uhrich, R. E. Detjen, J. M. Wilson

      Pages 175-190

   9. Surface Stress Measurement with the Mössbauer Effect

      • R. L. Collins, R. A. Mazak, C. M. Yagnik

      Pages 191-208

4. Methodology

   1. Front Matter

      Pages 209-209

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   2. Mössbauer Isomer Shifts of the 6.2-keV Gamma Rays of Tantalum-181

      • G. Kaindl, D. Salomon, G. Wortmann

      Pages 211-237

   3. Narrowing of the 14 Kev Emission Line of 57Fe by Resonant Filtering

      • J. Craig Carrell

      Pages 239-248

   4. Self-Consistent Determination of Fe57 Source Mössbauer Fraction

      • N. Abe, L. H. Schwartz

      Pages 249-262

   5. Why Misfit When You Already Have X²?

      • Stanley L. Ruby

      Pages 263-276

This is the eighth volume of a continuing series intended to provide a forum for publication of develop­ ments in Mossbauer effect methodology and in spectroscopy and its applications. Mossbauer Effect Methodology, Volume 8, records the proceedings of the Eighth Symposium on Mossbauer Effect Methodology. The symposium was sponsored by the New England Nuclear Corporation, with emphasis on application and some attention to spectroscopy and methodology. The Symposium was held in the Mercury Ballroom of the New York Hilton on January 28, 1973. Dr. J. J. Zuckerman presided over the afternoon and evening sessions. Almost two hundred participants attended, despite the pressures of travel budget limitations, indicating a continuing high level of interest in the field. Contri­ buting Sponsors were Austin Science Associates, Elron, Nuclear Science Instruments and Ranger Electronics. The MOssbauer equipment demonstrated by these organizations continued to evolve and improve year by year, and was well received by symposium participants. A one-year break in the symposium series resulted in submission of a very large number of papers. A Selection Committee was formed and selected 16 papers for inclusion in the symposium. Regrettably, many worthwhile papers could not be included. Applications were stressed.

• Mössbauer effect
• electronics
• instruments
• liquid crystal
• mercury
• paper
• spectroscopy

• Nuclear Medicine and Technology Center, New England Nuclear Corporation, Billerica, USA

  Irwin J. Gruverman

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

  Carl W. Seidel

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