Stephan Brunner's Home Page
Notes on Splines (Theory Reunion March 8, 2005)

Notes to the "Cours Ecole Doctorale": "Advanced Theory of Plasmas":
Notes on Non-Linear Effects in Plasmas
Notes on Linear Kinetic Study of Microinstabilities

Some Publications:
Dielectric Tensor Operator of Hot Plasmas in Toroidal Axisymmetric Systems, [Brunner and Vaclavik, Phys.Fluids B, Vol.5, p.1695 (1993)]

Global Approach to the Spectral Problem of Microinstabilities in Cylindrical Plasmas using a Gyrokinetic Model [Brunner and Vaclavik, Phys.Plasmas, Vol. 5, p.365 (1998)].

Global Approach to the Spectral Problem of Microinstabilities in Tokamak Plasmas using a Gyrokinetic Model [Brunner, Fivaz, Tran, and Vaclavik, Phys.Plasmas, Vol. 5, p.3929 (1998)].


Collisional Delta-f Scheme with Evolving Background for Transport Time Scale Simulations [Brunner, Valeo, and Krommes, Phys.Plasmas, Vol.6, p.4504, (1999)].

Linear Delta-f Simulations of Nonlocal Electron Heat Transport [Brunner, Valeo, and Krommes, Phys.Plasmas, Vol.7, p.2810, (2000)]

Simulations of Electron Transport in Laser Hot Spots [Brunner and Valeo, Phys. Plasmas, Vol. 9, p.923, (2002)]

Trapped-Particle Instability Leading to Bursting in Stimulated Raman Scattering Simulations [Brunner and Valeo, Phys. Rev. Lett., Vol 93, publ# 145003-1 (2004)].

Method for Computing Protein Binding Affinity [Karney, Ferrara, and Brunner, Journal Computational Chemistry,  Vol. 26, p.243 (2004)].