CSE17 - MS195-3: IFP: An Optimal, Adaptive, Fully Conservative and Equilibrium Preserving Vlasov-Fokker-Planck Code for Spherical ICF Capsule Implosions Presentation: William T Taitano, Los Alamos National Laboratory, USA, 23 min 19 sec
CSE17 - MS195-3: IFP: An Optimal, Adaptive, Fully Conservative and Equilibrium Preserving Vlasov-Fokker-Planck Code for Spherical ICF Capsule Implosions Edit Loading video Document: CSE17 - MS195-3: IFP: An Optimal, Adaptive, Fully Conservative and Equilibrium Preserving Vlasov-Fokker-Planck Code for Spherical ICF Capsule Implosions Edit Loading video
CSE17 - MS195-4: Kernal Based High Order Schemes for Vlasov Simulations and Other Time Dependent Problems with Non-smooth Solutions Presentation: Wei Guo, Michigan State University, USA, 24 min 6 sec
CSE17 - MS195-4: Kernal Based High Order Schemes for Vlasov Simulations and Other Time Dependent Problems with Non-smooth Solutions Document: CSE17 - MS195-4: Kernal Based High Order Schemes for Vlasov Simulations and Other Time Dependent Problems with Non-smooth Solutions