Curriculum vitae - Martin Balluch
Degrees:
1986 - Diploma in Mathematics, University of Vienna, Austria, with
distinction
1987 - Diploma in Astronomy, University of Vienna, Austria, with
distinction
1989 - Doctor of Physics, University of Heidelberg, Germany, Magna
cum laude
Posts held:
1986-1987 research assistant, University of Vienna, Austria
1987-1990 research assistant, University of Heidelberg,
Germany
1990-1997 research assistant, University of Cambridge,
England
List of publications:
Balluch, M., 1986:"Numerische Loesung einer
Differentialgleichung 1. Ordnung mit der Methode der Charakteristiken am
Beispiel der Strahlungstransportgleichung". Diploma Thesis in Mathematics,
University of Vienna, Austria.
Balluch, M., 1987:"Energietransport durch Strahlung in
protostellaren Huellen''. Diploma Thesis in Astronomy, University of Vienna,
Austria.
Balluch, M., 1988:"Protostellar Evolution. I. The Behaviour of
the Eddington factor and the accretion shock". Astronomy and
Astrophysics, 200, 58-74.
Balluch, M., 1989:"Stabilitaet protostellarer
Akkretionsstroemungen''. PhD Thesis in Physics, University of Heidelberg,
Germany.
Balluch, M., 1991:"Structure and stability of steady protostellar
accretion flows. I. The flow structure". Astronomy and Astrophysics,
243, 168-186.
Balluch, M., 1991:"Structure and stability of steady protostellar
accretion flows. II. Linear stability analysis". Astronomy and
Astrophysics, 243, 187-204.
Balluch, M., 1991:"Structure and stability of steady protostellar
accretion flows. III. Non-linear instabilities". Astronomy and
Astrophysics, 243, 205-218.
Balluch, M., and Lary, D.J., 1994:"Reply to the comments on
`solar heating rates: the importance of spherical geometry'".
J. Atmos. Sci., 52, 3-15.
Balluch, M., 1995:"Adaptive Numerical Advection. The co-ordinate
transformation method". In Comp. Phys. Comm., Thematical Issue on
Numerical Methods in Astrophysical Hydrodynamics, ed. W.J. Duschl and W.M.
Tscharnuter, 89, No. 1-3, 91-117.
Balluch, M., 1996:"A new numerical model to compute photolysis
rates and solar heating with anisotropic scattering in spherical geometry".
Annales Geophysicae, 14, 80-97.