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Foreword | |
Committees | |
Relaxation Processes | |
Relaxation processes in small particles | p. 3 |
Theoretical point of view on relaxation in small particles | p. 13 |
Relaxation rate of fine magnetic particles | p. 21 |
Static and dynamic study of fine particles by neutron scattering | p. 27 |
Preparation and Characterization | |
Preparation of fine particles | p. 35 |
Sputtering at high pressures to produce molybdenum particles | p. 47 |
Thermodynamic stability of nano-crystalline materials | p. 55 |
Amorphous alloy particles | p. 61 |
Nanocrystalline materials - Structure and properties | p. 67 |
XPS studies of Fe/Al[subscript 2]O[subscript 3] and Fe[subscript 82]B[subscript 18]/Al[subscript 2]O[subscript 3] small particle systems | p. 77 |
Small angle neutron scattering from nanometer grain sized materials | p. 83 |
Magnetic Properties: Theory and Experiments | |
Remanence curves of fine particle systems I: Experimental studies | p. 93 |
Remanence curves of fine particle systems II: Theoretical studies of interactions | p. 103 |
Properties of magnetically interacting small particles | p. 115 |
Mossbauer studies of isolated and interacting ultrafine magnetic particles | p. 125 |
Comparison between fine particles and spin-glass properties | p. 135 |
The peak in TRM of a fine particle system | p. 145 |
Measurement of the A.C. susceptibility of small particles | p. 151 |
Magnetocaloric effect in fine magnetic particle systems | p. 161 |
On a series of nanoparticles of iron epitaxed on Al[subscript 2]O[subscript 3] a new field, temperature and concentration (of Fe) scaling plot of the magnetization curves | p. 171 |
Surface Properties | |
Surface properties of small particles | p. 181 |
Magnetism and surface effects in small Fe particles | p. 191 |
Interactions between charged particles | p. 199 |
Polarized neutron reflection measurements on fine particles | p. 205 |
Quantum Tunneling | |
Quantum tunneling of magnetization | p. 213 |
Observation of quantum tunneling of the magnetization vector in small particles with and without domain walls - Part 1 | p. 225 |
Observation of quantum tunneling of the magnetization vector in small particles with or without domain walls - Part 2 | p. 235 |
Optical and Magnetooptical Properties | |
Optical properties of granular compounds | p. 245 |
Magneto-optics on fine particles | p. 255 |
Magnetic Fluids | |
Magnetic fluids (Ferrofluids) | p. 267 |
Magnetic particles in a liquid medium | p. 277 |
Probing fine magnetic particles with neutron scattering | p. 287 |
Small angle neutron scattering and neutron depolarization by magnetic small particles | p. 297 |
Applications | |
Fine particles in magnetic recording media | p. 309 |
[alpha]-Fe particles for magnetic recording | p. 323 |
Some aspects of the properties of fine particles in geomagnetism | p. 329 |
Magnetic properties of fine-grained minerals | p. 339 |
Small particles in catalysts, catalysis and surface chemistry | p. 351 |
Surface properties of heterogeneous magnetic particles by physisorption | p. 361 |
Iron clusters in zeolites | p. 371 |
The role of small particles in the study of archaeological ceramics | p. 381 |
Magnetic fine particles in biological systems | p. 393 |
Theory of the anomalous Mossbauer fraction of ferritin | p. 403 |
Effect of crystallization on the electrical resistivity of amorphous Fe[subscript 73.5]Cu[subscript 1]Nb[subscript 3]Si[subscript 13.5]B[subscript 9] ribbons | p. 411 |
A Mossbauer study of the superparamagnetic properties of reconstituted E. coli BFR | p. 417 |
A. C. susceptibility of hard magnetic materials: Effects of particulate inclusions? | p. 423 |
Author Index | p. 429 |
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