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M�ossbauer spectroscopy : principles and applications /
Mossbauer spectroscopy has proved itself a versatile technique, finding applications in diverse areas of science and industry. Starting from physics and chemistry it spread into biochemistry, mineralogy, biochemistry, corrosion science, geochemistry and archaeology, with applications in industrial a...
| Clasificación: | Libro Electrónico |
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| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Chichester, England :
Horwood Publishing,
1997.
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| Colección: | Horwood chemical science series.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; M�ossbauer Spectroscopy Principles and Applications; Copyright Page; Table of Contents; Chapter 1. Basis of M�ossbauer Spectroscopy; 1.1 RESONANCE ABSORPTION AND SCATTERING; 1.2 THE M�oSSBAUER EFFECT; 1.3 INTERACTION OF NUCLEUS WITH ORBITAL ELECTRONS; 1 4 INTERACTION WITH THE ELECTRIC FIELD; 1.5 INTERACTION OF NUCLEUS WITH A MAGNETIC FIELD; 1.6 COMBINED MAGNETIC AND QUADRUPOLE INTERACTIONS; References for Chapter 1; Acknowledgements; Chapter 20. Practical aspects of M�ossbauer Spectroscopy; 2.1 GENERAL NATURE OF TECHNIQUE; 2.2 SOURCES; 2.3 DETECTORS.
- 2.4 DOPPLER MODULATION OF PHOTON ENERGY2.5 CALIBRATION; 2 6 THE ABSORBER; 2.7 CRYOSTATS; 2.8 TREATMENT OF THE DATA; References; Chapter 3. Further consideration of principles; 3.1 INTENSITIES AND ANGULAR DISTRIBUTIONS; 3.2 INTENSITIES; 3.3 ANGULAR DEPENDENCE; 3.4 DEPARTURES FROM CALCULATED VALUES; 3.5 THE ELECTRIC FIELD GRADIENT; References; Acknowledgements; Chapter 4. M�ossbauer Spectroscopy in Tin Chemistry; 4.1 M�oSSBAUER SPECTRA OF MAIN GROUP ELEMENTS; 4.2 NUCLEAR ASPECTS OF TIN M�oSSBAUER SPECTROSCOPY; 4.3 GENERAL FEATURES OF TIN MOSSBAUER SPECTRA; 4.4 ISOMER SHIFTS IN TIN(IV) COMPOUNDS.
- 4.5 ISOMER SHIFTS IN TIN(II) COMPOUNDS4.6. QUADRUPOLE SPLITTING IN TIN COMPOUNDS; 4.7 THE RECOIL FREE FRACTION; 4.8 SPECTRA IN A MATRIX; Acknowledgments; Chapter 5. M�ossbauer Spectroscopy of Iron; 5.1 M�oSSBAUER SPECTROSCOPY OF TRANSITION ELEMENTS; 5.2 NUCLEAR CONSIDERATIONS WITH 5 7Fe; 5.3 GENERAL FEATURES OF IRON M�oSSBAUER SPECTRA; 5.4 HIGH SPIN IRON COMPOUNDS; 5.5 LOW SPIN IRON COMPOUNDS; 5.6 SIMPLE APPLICATIONS; 5.7 IRON IN HIGH OXIDATION STATES; 5.8. IRON IN UNUSUAL SPIN STATES; 5.9 FIVE COORDINATE IRON COMPLEXES; Acknowledgements; Chapter 6. Further consideration of magnetic effects.
- 6.1 HYPERFINE MAGNETIC FIELDS6.2 ORDERING IN MAGNETIC SOLIDS; 6.3 RELAXATION EFFECTS; 6.4. MAGNETIC SPECTRA FROM PARAMAGNETIC SOLIDS; 6.5 MAGNETICALLY ORDERED SYSTEMS; 6 6 MAGNETIC DIMENSIONALITY; 6.7 MAGNETIC PHASE CHANGES; Acknowledgements; Chapter 7. Further Features of Iron Spectra; 7.1 OXIDES AND HYDROXIDES; 7.2 SPINELS AND MIXED OXIDES; 7.3 LOW OXIDATION STATE COMPOUNDS; 7.4 MIXED VALENCE COMPOUNDS: DELOCALISATION; 7.5 SPIN CROSS-OVER; 7.6 IRON SPECIES IN SOLUTION, ON ADSORBENTS AND IN MATRICES; Acknowledgements; Chpter 8. CEMS and Applications in Mineralogy and Biochemistry.
- 8.1 CONVERSON ELECTRON M�oSSBAUER SPECTROSCOPY, (CEMS)8.2 REACTIONS IN THE SOLID STATE; 8.3 APPLICATIONS TO MINERALOGY AND PETROLOGY; 8.4 AMORPHOUS MATERIALS; 8 5 APPLICATIONS IN BIOCHEMISTRY AND MEDICINE; 8.6 HAEM PROTEINS AND RELATED COMPOUNDS; 8.7 THE IRON-SULPHUR PROTEINS; 8.8 POROTEIN DTNAMICS; 8.9 MAGNETITE AND OTHER IRON COMPOUNDS IN ORGANISMS; Acknowledgements; Chpater 9. M�ossbauer Spectroscopy of Elements Other Than Iron and Tin; 9.1 MAIN GROUP ELEMENTS; 9.2 OTHER TRANSITION ELEMENTS; 9.3 RARE EARTHS AND ACTINIDES; Acknowledgements; Chapter 10. M�ossbauer Emission Spectroscopy.