1. Exchange-coupled Fe-X-Fe model compounds for certain iron proteins

   • J. Adler
   • J. Ensling
   • A. X. Trautwein

   Biological Systems Pages: 869 - 872

2. Composition and dynamics of iron in iron-poor ferritin

   • E. R. Bauminger
   • P. Harrison
   • A. Treffry

   Biological Systems Pages: 873 - 876

3. Iron(II)-dioxygen interaction detected by Mössbauer and ESR spectroscopy

   • E. Bill
   • X. Q. Ding
   • M. Zeppezauer

   Biological Systems Pages: 877 - 880

4. Mössbauer and X-ray investigation of model compounds for the P460 center of hydroxylamine oxidoreductase from nitrosomonas

   • E. Bill
   • A. Gismelseed
   • R. Weiss

   Biological Systems Pages: 881 - 884

5. The different iron binding sites of bovine spleen purple acid phosphatase

   • Klaus Cichutek
   • Herbert Witzel
   • Fritz Parak

   Biological Systems Pages: 885 - 888

6. Mössbauer spectroscopic studies of haemosiderins from different sources

   • D. P. E. Dickson
   • R. K. Pollard
   • T. J. Peters

   Biological Systems Pages: 889 - 892

7. Investigation of some anomalous hemoglobins

   • X. Q. Ding
   • Y. F. Hsia
   • Y. T. Liu

   Biological Systems Pages: 893 - 896

8. Study on Mössbauer spectra of hemoglobin in thalassemia

   • Guo Xuanhui
   • Zhao Nanming
   • Wang Rongxin

   Biological Systems Pages: 897 - 900

9. The green stain on the bark of plane trees — A new probe for studying the iron content in air pollution

   • Y. Hsia
   • R. Liu
   • U. Gonser

   Biological Systems Pages: 901 - 904

10. Characterization of two dissimilatory sulfite reductases from sulfate-reducing bacteria

    • B. H. Huynh
    • I. Moura
    • J. Legall

    Biological Systems Pages: 905 - 908

11. Mössbauer spectral studies of the interaction between triphenyltin compounds andCeratocystis ulmi

    • Leopold May
    • George Eng
    • Laura L. Stockton

    Biological Systems Pages: 909 - 912

12. Mössbauer investigation of hematological diseases

    • I. Ortalli
    • G. Pedrazzi
    • V. Varacca

    Biological Systems Pages: 913 - 916

13. Thalassaemic human spleen ferritin and haemosiderin in applied magnetic fields

    • T. G. St. Pierre
    • D. P. E. Dickson
    • D. H. Jones

    Biological Systems Pages: 917 - 920

14. Mössbauer and exafs investigation of spin-equilibrium in a model-compound for heme proteins

    • H. Winkler
    • A. Sawaryn
    • R. H. Herber

    Biological Systems Pages: 921 - 924

15. Hyperfine interactions in amorphous Tm-Cu Alloys

    • L. S. Fritz
    • N. S. Dixon
    • D. P. Elmer

    Non-Crystalline Materials Pages: 925 - 930

16. Investigation of amorphous and crystalline Sc₃Fe alloys

    • M. Ghafari
    • R. A. Brand
    • W. Keune

    Non-Crystalline Materials Pages: 931 - 934

17. High field Mössbauer spectroscopy on a disordered paramagnet: FeF₃, 0.4HF

    • J. M. Greneche
    • F. Varret

    Non-Crystalline Materials Pages: 935 - 938

18. Mössbauer study of Fe−Zr amorphous alloys hydrogenated at different cathodic potentials

    • E. Kuzmann
    • A. Vértes
    • T. Masumoto

    Non-Crystalline Materials Pages: 939 - 942

19. Sign determination of the⁵⁷Fe electric field gradient in Al-based crystals and icosahedral quasicrystals

    • G. Le Caër
    • R. A. Brand
    • J. M. Dubois

    Non-Crystalline Materials Pages: 943 - 946

20. A Mössbauer study of iron-rich and iron-deficient amorphous alloys

    • T. G. Narendrababu
    • R. Jagannathan
    • Anil K. Bhatnagar

    Non-Crystalline Materials Pages: 947 - 950

21. Temperature dependent hyperfine distributions in Fe-B and Fe-Ni-Si-B glasses

    • R. J. Pollard
    • C. P. Foley

    Non-Crystalline Materials Pages: 951 - 954

22. Mössbauer studies in a-Fe_76-xNi_xCr₄B₁₂Si₈

    • R. V. Vadnere
    • V. Srinivas
    • R. Krishnan

    Non-Crystalline Materials Pages: 955 - 958

23. A Mössbauer spectroscopy study of chemically prepared ultrafine particles of amorphous (Fe_1-xCo_x)₆₀B₄₀

    • Jacques Van Wonterghem
    • Steen Mørup

    Non-Crystalline Materials Pages: 959 - 962

24. Magnetic behavior of amorphous Fe−Ni−Zr alloys and their response to radiation damage

    • C. E. Violet
    • R. J. Borg
    • A. P. Batra

    Non-Crystalline Materials Pages: 963 - 966

25. Interfaces and solid state reactions of Zr/Fe multilayers

    • D. E. Williamson
    • B. M. Clemens

    Non-Crystalline Materials Pages: 967 - 970

26. Mössbauer study of amorphous Fe₄₀Ni₄₀P_xB_20−x

    • Yufang Zheng
    • Zhengfang Yu
    • Yuqing Qiu

    Non-Crystalline Materials Pages: 971 - 974

27. Mössbauer investigations of¹⁵¹Eu implanted in Si

    • A. Bhagawat
    • K. G. Prasad
    • R. P. Sharma

    Implantation Radiation Damage after Effects Pages: 975 - 980

28. D-Cems on iron films on silicon and PTFE: Effects of ion bombardment in the electronic stopping region

    • M. Carbucicchio
    • A. Valenti

    Implantation Radiation Damage after Effects Pages: 981 - 984

29. ⁵⁷Fe conversion electron Mössbauer spectrometric study of boron and carbon ion implanted irons

    • M. Fujinami
    • Y. Ujihira
    • E. Richter

    Implantation Radiation Damage after Effects Pages: 985 - 988

30. Phase transformation in He⁺ and H⁺ ion irradiated type 304 stainless steel

    • N. Hayashi
    • I. Sakamoto
    • B. M. U. Scherzer

    Implantation Radiation Damage after Effects Pages: 989 - 992

31. Mössbauer studies on the gamma radiolysis of cesium tris(oxalato)ferrate(III) dihydrate

    • J. Ladrière

    Implantation Radiation Damage after Effects Pages: 993 - 996

32. Cems study of Sn ion induced reaction in a tin-iron oxide bilayer

    • J. Li
    • B. X. Liu
    • Zhang Xiufang

    Implantation Radiation Damage after Effects Pages: 997 - 1000

33. Mössbauer study of the amorphous alloy with and without ion implanted

    • Li Shi
    • Xu Yingting
    • Xiong Zhaokui

    Implantation Radiation Damage after Effects Pages: 1001 - 1004

34. Fe Ion-induced phase transformation in 17/7 stainless steel

    • I. Sakamoto
    • N. Hayashi
    • H. Tanoue

    Implantation Radiation Damage after Effects Pages: 1005 - 1008

35. A cems study of¹¹⁹Sn ion-implanted into Ni

    • H. Tanimoto
    • S. Nasu
    • A. Tanoue

    Implantation Radiation Damage after Effects Pages: 1009 - 1012

36. Oxygen separation induced by Xe ion beam upon electrodeposited oxygen-nickel and oxygen-chromium systems on iron substrate studied by conversion electron Mössbauer spectroscopy

    • Attila Vertes
    • Ernó Kuzmann
    • Gábor Mezey

    Implantation Radiation Damage after Effects Pages: 1013 - 1016

37. CEMS study of a nitrogen implanted CrNi 18.9 steel

    • G. Wagner
    • R. Leutenecker
    • U. Gonser

    Implantation Radiation Damage after Effects Pages: 1017 - 1020

38. Mössbauer spectroscopy study surface structure of Si implanted by⁵⁷Fe

    • Q. Wang
    • Zhang Xiufang
    • Guo Youjiang

    Implantation Radiation Damage after Effects Pages: 1021 - 1024

39. Time-dependent⁵⁷Fe-species in⁵⁷Co-labeled cobalt(II) iodate studied by means of coincidence Mössbauer spectroscopy

    • Yasuo Watanabe
    • Kazutoyo Endo
    • Hirotoshi Sano

    Implantation Radiation Damage after Effects Pages: 1025 - 1028

40. Titanium and carbon implantation of iron

    • D. L. Williamson
    • F. M. Kustas
    • S. R. Smith

    Implantation Radiation Damage after Effects Pages: 1029 - 1032

41. Mössbauer effect study of the temperature and pressure dependence of the singlet-quintet intersystem crossing dynamics in an iron(II) spin crossover complex

    • P. Adler
    • H. Spiering
    • P. Gütlich

    Relaxation Phase Transitions Lattice Dynamics Pages: 1033 - 1038

42. Phase transitions in doped antiferromagnets

    • J. Chadwick
    • D. H. Jones
    • M. F. Thomas

    Relaxation Phase Transitions Lattice Dynamics Pages: 1039 - 1042

43. Calculation of emission spectra in terms of a stochastic relaxation model: Fe³⁺ in LiNbO₃

    • W. Gruber
    • D. L. Nagy
    • I. S. Szücs

    Relaxation Phase Transitions Lattice Dynamics Pages: 1043 - 1046

44. Towards a microscopic description of superparamagnetism

    • K. K. P. Srivastava
    • D. H. Jones

    Relaxation Phase Transitions Lattice Dynamics Pages: 1047 - 1049

45. Evidence of a new structural phase of manganese-iron oxide

    • B. Kolk
    • A. Albers
    • H. Le Roux

    Relaxation Phase Transitions Lattice Dynamics Pages: 1051 - 1054

46. Mössbauer study of the thermal decomposition of cesium tris(oxalato) ferrate(III)dihydrate

    • J. Ladrière
    • D. Apers

    Relaxation Phase Transitions Lattice Dynamics Pages: 1055 - 1058

47. Asymmetric doublet in Mössbauer spectra of superparamagnetic goethite

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

    Relaxation Phase Transitions Lattice Dynamics Pages: 1059 - 1062

48. ¹⁵¹Eu-Mössbauer investigation in some new ternary Eu₂M₃Si₅ systems (M=Ni, Pd, Cu, Rh)

    • Sujata Patil
    • R. Nagarajan
    • B. D. Padalia

    Relaxation Phase Transitions Lattice Dynamics Pages: 1063 - 1066

49. Mössbauer relaxation spectra of LiNbO₃: Fe(III)

    • A. Putzka
    • H. -D. Pfannes

    Relaxation Phase Transitions Lattice Dynamics Pages: 1067 - 1070

50. A new method of computing⁵⁷Fe(III)-Mössbauer relaxation spectra

    • A. Putzka

    Relaxation Phase Transitions Lattice Dynamics Pages: 1071 - 1074