Physics in Materials Science Using Nuclear and Complementary Methods – International School and Symposium, 12-18 September 1993, Jaszowiec, Poland

PART I 

• M. Balaskó, E. Sváb
  Neutron radiography in research and development
  pp 3-21
• G. Caglioti
  Phonons and mechanical properties of materials
  pp 23-39
• A. Całka
  Mechanical alloying – a method for processing and creating of new materials
  pp 41-46
• M. Dahlborg, B. Calvo
  A classical approach to describe and optimize macroscopic properties of metallic glasses
  pp 47-67
• J. Hesse
  Hyperfine fields in steels
  pp 69-90
• T. M. Holden
  Neutron diffraction investigations of internal stress in materials
  pp 91-109
• A. Z. Hrynkiewicz
  Hyperfine interaction studies in materials research
  pp 111-124
• S. Klaumünzer, A. Gutzmann
  Effects of high-energy heavy ions on amorphous materials
  pp 125-139
• Z. Liliental-Weber
  Applications of electron microscopy to materials science 
  pp 141-167
• K. Mortensen
  Small-angle scattering on soft materials 
  pp 169-183
• H. R. Schober, C. Oligschleger
  Dynamic properties of glasses
  pp 185-200
• E. Z. Vintaikin
  Hysteresisless reversible Mn-base shape memory alloys
  pp 201-206