Hello Mike
Sorry for writing you so late. I think I solved my problem with the particle tracing in an ExB-field.
In the Model navigator I add from the AC/DC-Module -> Statics the two components “Electrostatics (emes)” and the “ Magnetostatics, no currents”. Afterwards I draw the Geometrie and do the Subdomain and Boundary Settings and solved the problem with “Conjugate gradients”.
In Postprocessing->Plot Parameters->Particle Tracing->Equation of motion I wrote for
Fx: partq*(partv*Bz_emnc-partw*By_emnc)+partq*Ex_emes
Fy: partq*(partw*Bx_emnc-partu*Bz_emnc)+partq*Ey_emes
Fz: partq*(partu*By_emnc-partv*Bx_emnc)+partq*Ez_emes
Good luck
Albert
Sorry for writing you so late. I think I solved my problem with the particle tracing in an ExB-field.
In the Model navigator I add from the AC/DC-Module -> Statics the two components “Electrostatics (emes)” and the “ Magnetostatics, no currents”. Afterwards I draw the Geometrie and do the Subdomain and Boundary Settings and solved the problem with “Conjugate gradients”.
In Postprocessing->Plot Parameters->Particle Tracing->Equation of motion I wrote for
Fx: partq*(partv*Bz_emnc-partw*By_emnc)+partq*Ex_emes
Fy: partq*(partw*Bx_emnc-partu*Bz_emnc)+partq*Ey_emes
Fz: partq*(partu*By_emnc-partv*Bx_emnc)+partq*Ez_emes
Good luck
Albert