AIP conference proceedings · 2007 · 15 citations · 1 references
EngineeringComputational EngineeringPhysicsComputational PhysicsHeat TransferRadiation TransportCross Section DataMultiphysics SimulationCollision Cross SectionsCollisional-radiative ModelingCross-section GenerationCross-section ProcessingRadiative Transfer ApproximationRadiative Transfer SchemesRadiative Transfer SolverTransport Cross Sections
We present a new version of the collisional radiative model (CRM) generator code HULLAC. The main features are: (i) input considerably simplified and flexible, (ii) capacity of “post‐averaging” configurations and superconfigurations in mixed mode, (iii) a new fitting formula for cross sections, completely correcting the problems of the classical Sampson and Golden formula, (iv) a new algorithm for solving the rate equations of the CRM, more robust and giving more insight in the quality of the model than the biconjugate gradient method, (v) thanks to thorough comparisons with the LANL code, some errors were corrected, and very good agreement has been obtained on all types of transitions, (vi) finally, most of the code has been re‐written according to up‐to‐date standards. This code is now ready for distribution.
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Handbook of Mathematical Functions
Donald A. McQuarrie · American Journal of Physics · 1966 · 40.9K citations