GE Teleconf: Emi Kawamura

• Progress report on Parallel XPDC1
  PDF(103 KB)
  

• Documentation on installation and use of parallel XPDC1
  README.parallel
  
  
• Results of running a test input file on NERSC CRAY T3E machine for 100 timesteps:
  Cray T3E Results
  

• Text Version of One-sheeter on Speedup (includes results of running on a cluster of
  Dual 400 MHz Pentium II's connected by a 100 MB/s network):
  Speedup.txt
  
  
• Results of running on NERSC CRAY T3E machine for 1000 time steps in batch mode:
  Cray T3E Batch Results
  
  

• Results of running GE Full Problem for 1 microsec with different cross-section data:
  Full Problem (1 microsec)
  
  
• Results of running GE Full Problem for 20 microsecs with different cross-section data:
  Full Problem (20 microsecs)
  
  
• Results of running GE Reduced Problem with Xpdp1 X-sections:
  Reduced Problem
  
  
• Results of running GE Reduced Problem with Lawler & Kortshagen X-sections:
  Reduced Problem with L&K X-secs
  
  
• Results of running GE Reduced Problem with L&K X-secs and different Initial Conditions 1:
  Reduced Problem with different I.C. 1
  
  
• Results of running GE Reduced Problem with L&K X-secs and different Initial Conditions 2:
  Reduced Problem with different I.C. 2
  
  

• Results of running GE Full Problem with different number of particles:
  GE Full Problem with diff. num. particles
  
  
• More Results of running GE Full Problem with 2M particles:
  GE Full Problem with 2M particles
  
  
• Results of running GE Proposed Problems:
  
  a) Ng=3E14 cm-3, I = 2.85 mA
  
  b) Ng=1E15 cm-3, I = 0.54 mA
  
  c) Ng=1E15 cm-3, I = 10 mA
  
  d) Ng=3E15 cm-3, I = 10 mA
  
  e) Ng=1E15 cm-3, I = 100 mA
  
  f) Ng=3E15 cm-3, I = 100 mA
  
  

• Results of running more GE Proposed Problems:
  
  g) Ng=1E14 cm-3, I = 10 mA
  
  h) Ng=3E14 cm-3, I = 10 mA
  
  i) Ng=3E14 cm-3, I = 100 mA
  
  j) Ng=1E14 cm-3, I = 100 mA
  
  
• Graph of PIC Results
  
  
• Results of running GE Full Problem to Equilibrium using John Verboncoeur's Multi-Pass Digital Filter:
  GE Full Problem to Equilibrium
  
  
• Results of running GE 2 Torr and 1 cm problem:
  GE 2 Torr, 1 cm
  
  

• Results of running GE 0.5 Torr and 1.8 cm problem:
  GE 0.5 Torr, 1.8 cm
  
  
• Results of Power and Particle Balance on Reduced Problem with L&K X-sec:
  Power Balance.
  
  

• Comparison of new and old axial field solves:
  
  For Reduced Problem
  
  For Full Problem
  
  

• Comparison of PIC, Fluid, Monte-Carlo and Reduced Problem Diagnostics:
  
  PIC, Fluid, MC and Reduced Problem
  
  
• PIC results for I=10 mA and comparisons with fluid and experiment:
  
  PIC results for I = 10 mA and comparisons
  
  
• PIC results for I=100 mA and comparisons with experiment:
  
  PIC results for I = 100 mA and comparisons
  
  
• Effect of differential cross-section and nsmoothing on Full Problem:
  
  Full Problem comparisons