'Radiation transport' presentation slideshows

Parallel Adaptive Mesh Refinement for Radiation Transport and Diffusion

Louis Howell Center for Applied Scientific Computing/ AX Division Lawrence Livermore National Laboratory. Parallel Adaptive Mesh Refinement for Radiation Transport and Diffusion. May 18, 2005. Raptor Code: Overview. Block-structured Adaptive Mesh Refinement (AMR)

660 views • 46 slides

Computational plasma physics: HID modeling with Plasimo

Computational plasma physics: HID modeling with Plasimo. D.A. Benoy Philips Lighting, CDL, MD&HT. Contents. Introduction Modelling HID burners HID plasma modelling Why Plasimo Plasimo extensions Results: computational analysis Conclusions. Introduction (1). Discharges for lighting:

663 views • 40 slides

Polychromatic tomography of high-energy-density plasmas

Polychromatic tomography of high-energy-density plasmas. R. C. Mancini Physics Department, University of Nevada, Reno. HEDSA Symposium, November 1 st , 2009, Atlanta, GA. Students and collaborators. Former students: Igor Golovkin (Prism), Leslie Welser (LANL)

515 views • 39 slides

Some Specific Projects

Some Specific Projects. Modeling and HPC. The Life Sciences Session. Life Sciences Session. Common features complex problems (multiphase, multiphysics, multidomain, multi scale), often "early stage" in modelization. Life Sciences Session. Common interest Four subjects

379 views • 30 slides

LCSC - 01

424 views • 29 slides

UTILIZING SPENVIS FOR EARTH ORBIT ENVIRONMENTS ASSESSMENTS: RADIATION EXPOSURES, SEE, and SPACECRAFT CHARGING

UTILIZING SPENVIS FOR EARTH ORBIT ENVIRONMENTS ASSESSMENTS: RADIATION EXPOSURES, SEE, and SPACECRAFT CHARGING. Brandon Reddell and Bill Atwell THE BOEING COMPANY NASA Systems Houston, TX 77059 USA SPENVIS & GEANT4 Workshop Leuven, Belgium 3 - 7 October 2005. ABSTRACT.

641 views • 27 slides

Simulation Research on Laser Fusion at IAPCM

APFA2009 APPTC2009 Oct. 27 - 30, 2009 Aomori, Japan. Simulation Research on Laser Fusion at IAPCM. Wenbing Pei and Shao-ping Zhu Institute of Applied Physics and Computational Mathematics. Introduction. Laser fusion is another way to the fusion energy.

399 views • 26 slides

Coincidence-summing in Gamma-ray spectrometry. IEC 1452 Standard GESPECOR software

Coincidence-summing in Gamma-ray spectrometry. IEC 1452 Standard GESPECOR software. Octavian Sima Physics Department Bucharest University. IWIRAD 2005. Overview. IEC 1452 standard Coincidence-summing effects GESPECOR software - decay scheme data - Monte Carlo simulation

1.36k views • 20 slides

Radiation modelling infrastructure and methods for JUICE at IRF

Radiation modelling infrastructure and methods for JUICE at IRF. JUICE Radiation Modelling Workshop, Aberystwyth 28-30 November 2012. Stefan Karlsson , Stas Barabash, Leif Kalla, Magnus Oja, Martin Wieser Swedish Institute of Space Physics. Jupiter is a challange.

428 views • 19 slides

Presented by M G Pia (CERN, INFN) Authors: P Truscott & F Lei

Presented by M G Pia (CERN, INFN) Authors: P Truscott & F Lei (Defence Evaluation & Research Agency, UK) C Ferguson & R Gurriaran (University of Southampton, UK) P Nieminen & E Daly (ESA Space Environments and Effects Analysis Section) J Apostolakis, S Giani, M G Pia (CERN Switzerland)

270 views • 19 slides

(1) Iron opacity measurements on Z at 150 eV temperatures

(1) Iron opacity measurements on Z at 150 eV temperatures. with Fe + Mg. without Fe. Thanks to: James E. Bailey, Sandia National Laboratories (jebaile@sandia.gov). Warm Dense Matter Winter School Lawrence Berkeley National Laboratory January 10-16, 2008.

405 views • 18 slides

C osmic Ra y T elescope for the E ffects of R adiation ( CRaTER ) Michael J. Golightly

C osmic Ra y T elescope for the E ffects of R adiation ( CRaTER ) Michael J. Golightly CRaTER Deputy Project Scientist Boston University, Center for Space Physics. 2008 Space Weather Workshop. One of 6 scientific instruments selected for the Lunar Reconnaissance Orbiter (LRO)

287 views • 17 slides

Radiation transport with lightsabers

Radiation transport with lightsabers. Axel Brandenburg (Nordita, Stockholm). Pencil Code. Started in Sept. 2001 with Wolfgang Dobler High order (6 th order in space, 3 rd order in time) Cache & memory efficient MPI, can run PacxMPI (across countries!)

163 views • 16 slides

Ion Driven Fireballs: Calculations and Experiments

Ion Driven Fireballs: Calculations and Experiments. R.R. Peterson, G.A. Moses, and J.F. Santarius University of Wisconsin. High Average Power Laser Workshop General Atomics La Jolla, CA April 4 and 5, 2002. This is the First of Six University of Wisconsin Presentations.

208 views • 13 slides