1. Preface

   • R. Coussement
   • G. Langouche

   EditorialNotes Pages: xi - xi

2. Structural principles in network glasses

   • P. Boolchand

   Invited Papers; Concluding Remarks Pages: 3 - 14

3. Spin glasses and reentrant alloys

   • I. A. Campbell

   Invited Papers; Concluding Remarks Pages: 15 - 22

4. Minerals, sediments and coals

   • J. D. Cashion
   • P. S. Cook
   • L. J. Brown

   Invited Papers; Concluding Remarks Pages: 23 - 34

5. Mössbauer spectroscopy applied to biological systems

   • D. P. E. Dickson

   Invited Papers; Concluding Remarks Pages: 35 - 46

6. Magnetic insulator glasses

   • M. Eibschutz
   • M. E. Lines

   Invited Papers; Concluding Remarks Pages: 47 - 58

7. Monochromatization of synchrotron radiation by ultranarrow frequency filters-nuclear bragg diffraction in yig

   • E. Gerdau
   • R. Rüffer

   Invited Papers; Concluding Remarks Pages: 59 - 67

8. Mössbauer spectroscopy in china

   • Hsia Yuanfu
   • Zheng Yufang

   Invited Papers; Concluding Remarks Pages: 69 - 79

9. Competing anisotropy magnetism

   • A. Ito

   Invited Papers; Concluding Remarks Pages: 81 - 92

10. Mössbauer relaxation studies of non-linear dynamical excitations in low-dimensional magnets

    • H. J. M. de Groot
    • L. J. de Jongh
    • R. C. Thiel

    Invited Papers; Concluding Remarks Pages: 93 - 110

11. Surface magnetism by depth-selective cems

    • W. Keune

    Invited Papers; Concluding Remarks Pages: 111 - 122

12. Examples for electronic and structural dynamics from mössbauer spectroscopy

    • F. J. Litterst

    Invited Papers; Concluding Remarks Pages: 123 - 134

13. Local structure in amorphous alloys from symmetry properties

    • M. Maurer
    • J. M. Friedt

    Invited Papers; Concluding Remarks Pages: 135 - 146

14. Technological applications of Mössbauer spectroscopy

    • P. A. Montano

    Invited Papers; Concluding Remarks Pages: 147 - 159

15. Structure and magnetism of iron-sulfur clusters in proteins

    • Eckard Münck
    • Thomas A. Kent

    Invited Papers; Concluding Remarks Pages: 161 - 172

16. Isolated atoms, molecules and clusters

    • M. Pasternak

    Invited Papers; Concluding Remarks Pages: 173 - 182

17. Intermediate valence in rare earth systems

    • E. V. Sampathkumaran

    Invited Papers; Concluding Remarks Pages: 183 - 192

18. Metallic superlattices

    • Teruya Shinjo

    Invited Papers; Concluding Remarks Pages: 193 - 202

19. Coherent effects in resonant diffraction: experiment

    • G. V. Smirnov

    Invited Papers; Concluding Remarks Pages: 203 - 218

20. Coherent effects in resonant diffraction: theory

    • U. Van Bürck

    Invited Papers; Concluding Remarks Pages: 219 - 230

21. Mössbauer spectroscopy studies of catalysts: Some recent examples with emphasis on hydrodesulfurization catalysts

    • Henrik Topsøe
    • Bjerne S. Clausen
    • Steen Mørup

    Invited Papers; Concluding Remarks Pages: 231 - 248

22. Ion implantation

    • G. Weyer

    Invited Papers; Concluding Remarks Pages: 249 - 262

23. Synthetic metals: Applications of the Mössbauer effect and other methods

    • G. Wortmann

    Invited Papers; Concluding Remarks Pages: 263 - 277

24. Closing remarks

    • F. E. Fujita

    Invited Papers; Concluding Remarks Pages: 279 - 281

25. A mössbauer investigation of non-bridging oxygens in Na₂O-Fe₂O₃-B₂O₃ glasses

    • Hsia Yuanfu
    • Liu Rongchuan
    • Xu Chao

    Non-Crystalline Materials Pages: 285 - 288

26. A conversion electron mössbauer spectroscopic study of structural relaxations and diffusive transport near the surface of Fe₆₇Co₁₈B₁₄Si₁ metglass

    • S. B. Ogale
    • Y. V. Bhandarkar
    • V. G. Bhide

    Non-Crystalline Materials Pages: 289 - 292

27. A comparative mössbauer study of ferromagnetic glasses containing molybdenium

    • T. G. Narendra Babu
    • R. Jagannathan
    • V. R. V. Ramanan

    Non-Crystalline Materials Pages: 293 - 296

28. Mössbauer study of amorphous and crystallized Fe_1-xC_x alloys

    • E. Bauer-Grosse
    • G. Le Caër
    • L. Fournes

    Non-Crystalline Materials Pages: 297 - 300

29. Mössbauer study on surface crystallization behavior of amorphous Fe₉₀Zr₁₀ alloy ribbon

    • Masanori Fujinami
    • Yusuke Ujihira

    Non-Crystalline Materials Pages: 301 - 304

30. Crystallisation studies in Fe_37.5Ni_37.5Cr₅Mo₂Si₁₀B₈

    • Girish Chandra
    • G. Rajaram
    • R. Krishnanc

    Non-Crystalline Materials Pages: 305 - 308

31. Magnetic properties and crystallisation of amorphous Fe₇₄Co₁₀B₁₆ alloy

    • Anil K. Bhatnagar
    • B. Bhanu Prasad
    • R. Jagannathan

    Non-Crystalline Materials Pages: 309 - 312

32. The accuracy of new methods for the analysis of the mössbauer spectra of⁵⁷Fe disordered systems (1): Moment calculations

    • F. Varret

    Non-Crystalline Materials Pages: 313 - 316

33. Mössbauer study of isothermal crystallization kinetics of the amorphous iron III fluoride FeF₃, 0.4HF

    • J. M. Greneche
    • M. Leblanc
    • G. Ferey

    Non-Crystalline Materials Pages: 317 - 320

34. Study of short range order in Co_xSn_1-x amorphous alloys by NMR and mössbauer spectroscopy

    • N. Nabli
    • M. Piecuch
    • P. Delcroix

    Non-Crystalline Materials Pages: 321 - 324

35. A new method for measuring atomic diffusion constant in non-crystalline materials using mössbauer spectroscopy

    • A. Bruson
    • P. Delcroix
    • M. Piecuch

    Non-Crystalline Materials Pages: 325 - 328

36. Magnetic properties of ferrihydrite

    • Morten B. Madsen
    • Steen Mørup
    • Christian J. W. Koch

    Non-Crystalline Materials Pages: 329 - 332

37. Formation and chemical stability of metallic glass particles prepared by thermolysis of Fe (CO)₅

    • Jacques Van Wonterghem
    • Steen Mørup
    • Jørgen Villadsen

    Non-Crystalline Materials Pages: 333 - 336

38. Domain structure fluctuations kinetics of amorphous alloys at low-temperature annealing

    • V. V. Lomonosov
    • V. D. Sedykh
    • T. Zemcík

    Non-Crystalline Materials Pages: 337 - 340

39. Long-term low-temperature ageing of amorphous alloys

    • T. Zemçík
    • J. Filipenský
    • E. Kisdi-Koszó

    Non-Crystalline Materials Pages: 341 - 344

40. Crystallization of the Fe_84-xV_xB₁₆ amorphous alloys

    • T. Zemčík
    • J. Pavlovský
    • M. Jakešová

    Non-Crystalline Materials Pages: 345 - 348

41. Study of amorphous vanadates using mössbauer spectroscopy

    • T. K. Bansal
    • R. G. Mendiratta

    Non-Crystalline Materials Pages: 349 - 352

42. Mössbauer studies of Ni₇₀Fe₁₀Si₈B₁₂ metglass: Reentrant properties

    • Girish Chandra
    • J. L. Dormann
    • P. Renaudin

    Non-Crystalline Materials Pages: 353 - 356

43. Mössbauer study of iron sodium borosilicate glasses

    • J. L. Dormann
    • C. Djega-Mariadassou
    • D. Fiorani

    Non-Crystalline Materials Pages: 357 - 360

44. Vapor quenched Fe-Ti alloys: Formation of amorphous phase, and metastable Ti₂Fe phase by aging

    • Yoji Nakamura
    • Kenji Sumiyama
    • Hirokazu Ezawa

    Non-Crystalline Materials Pages: 361 - 364

45. Hyperfine interactions on¹⁵¹Eu and⁵⁷Fe in amorphous EuFe₂Si₂

    • J. A. Hodges
    • G. Jehanno
    • J. M. Friedt

    Non-Crystalline Materials Pages: 365 - 368

46. Study of amorphous ytterbium iron alloys by⁵⁷Fe and¹⁷⁴Yb mössbauer spectroscopy

    • F. Ylli
    • C. Meyer
    • D. Weschenfelder

    Non-Crystalline Materials Pages: 369 - 372

47. Isomer shift systematics of amorphous Fe-early transition metal and Fe-metalloid systems

    • C. L. Chien
    • Gang Xiao
    • S. H. Liou

    Non-Crystalline Materials Pages: 373 - 376

48. Mössbauer study of amorphous Fe-Sb alloys with large composition range

    • Gang Xiao
    • C. L. Chien

    Non-Crystalline Materials Pages: 377 - 380

49. Correlation between the atomic and electronic structure of metallic glasses

    • Gy. Faigel
    • L. Gránásy
    • H. -J. Güntherodt

    Non-Crystalline Materials Pages: 381 - 384

50. The molecular structure of As₂Se₃ glass

    • P. Boolchand
    • W. J. Bresser
    • P. Suranyi

    Non-Crystalline Materials Pages: 385 - 388