The year 1995 witnessed the tenth anniversary of the International Winterschools in Kirchberg, Tyrol/Austria. These schools are devoted to the Electronic Properties of Novel Materials, having started with coverage of research on conducting polymers and high temperature superconductors to presently focusing on Fullerene, the newly discovered third allotrope of carbon.This year's proceedings present about ten tutorial and review papers on physics, chemistry, and material science of Fullerene, Fullerene derivatives and nanotubes, as well as bout a hundred research contributions on the latest development in this field including a summary on the assessment of the applications potential of the materials and phenomena which have already evolved from the activities in the past couple of years.
Part 1 Fullerene preparation and derivatization: extraction,
purification and characterization of fullerenes produced by combustion, A.
Fonseca et al; dynamics of C60 single crystal growth, M. Haluska and H.
Kuzmany; structural studies of C70 crystals, N. Kino et al; physical
properties of isolated endohedral metallofullerenes - a status report, R.H.
Michel et al; electrochemical derivatization of fullerenes, W. Kutner et al;
reaction of C70 with molecular oxygen, M. Wohlers et al; homofullerenes
versus methanofullerenes - a density functional study of C61H2 and C63H6, W.
Andreoni and A. Curioni. Part 2 Spectroscopy, photoexcitations and transport
in fullerenes: emission and absorption spectra of C60 and C70, F. Negri et
al; solid state effects in C60 - relationship between phase transition and
optical properties, intermolecular charge transfer excitation and
luminescence quenching by oxygen, N. Minami et al; luminescence of solid
C60F48 and C70F58, A. Kolmakov et al. Part 3 A1C60 polymers and dimers: on
the electronic structure of orthorhombic A1C60, M. Yu Lavrentiev et al;
intermolecular coupling in laser modified C60 and RbC60, G.P. Lopinski et al;
phase transition and stability in A1C60 from IR and Raman spectroscopy, H.
Kuzmany et al; nuclear resonance properties of the A1C60 phases, M. Mehring
et al. Part 4 Structure, transport and superconductivity in other fullerides:
electronic properties of metal doped fullerides - pressing for higher Tc's,
T.T.M. Palstra et al; plasmon damping and dispersion in doped C60 compounds,
O. Gunnarsson et al; disorder effects in Rb3C60, K.-F. Thier et al;
thermopower and electron-phonon interaction in the superconductors K3C60 and
Rb3C60, B.J. Ruck and A.B. Kaiser. Part 5 Magnetic fullerides: merohedral and
magnetic ordering in power and crystalline TDAE-C60, D. Mihailovic et al;
ferromagnetic versus molecular ordering in C60 charge transfer complexes, B.
Gotschy et al; ferromagnetism and antiferromagnetism in organically doped
fullerenes - a search for higher Tc's, P. Venturini et al. Part 6 Nanotubes
and nanoclusters: the morphology, structure and texture of carbon nanotubes -
an electron microscopy study, S. Amelinckx et al; structural aspects of
carbon nanotubes, D. Bernaerts et al; magnetic properties of carbon
nanotubes, J.P. Lu. Part 7 Summary: current trends towards fullerene
applications, T.F. Stehlin and H.-U. ter Meer.(Part contents).
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