Program
for
Invited and Contributed Sessions
at the
9th International Fast Ignition Workshop
November 3-5, 2006
Boston Marriott Cambridge Hotel
Cambridge MA, USA
FRIDAY, NOVEMBER 3 (SALON 3)
SATURDAY, NOVEMBER 4
| Time | Title | Format | File Size |
|---|---|---|---|
7:45 | Continental Breakfast |
||
Invited session (Chair: R. Betti, Salon 3) |
|||
8:30–8:55 | E.I. Moses (LLNL) – Fast ignition program at the Lawrence Livermore National Laboratory |
1.8 MB |
|
8:55–9:20 | 3.8 MB |
||
9:20–9:45 | 1.7 MB |
||
9:45–10:05 | Break |
||
10:05–10:30 | R.P.J. Town (LLNL) – Integrated modeling of fast ignition experiments |
7.4 MB |
|
10:30–10:55 | 3 MB |
||
10:55–11:20 | 14.5 MB |
||
11:20–12:10 | Discussion |
||
2:30–5:20 | Contributed poster session (Salon 4) | ||
3:30–3:45 | Break |
||
1. | 5.9 MB |
||
2. | 6.9 MB |
||
3. | A. Debayle (Université Bordeaux) – Transport of high current electron beams in dielectric targets |
PPT |
684 KB |
4. | PPT |
6.1 MB |
|
5. | C. Deutsch (Université Paris XI) – Onset of electromagnetic instabilities in the REB–supercompressed fuel interaction of FIS concern |
Not |
Available |
6. | PPT |
292 KB |
|
7. | M. Wei (UCSD) – LSP modeling of the electron beam propagation in the nail target |
PPT |
2.2 MB |
8. | J. King (UCSD) – Fast electron heating in cone–wire targets |
Not |
Available |
9. | W.M. Sharp (LLNL) – A novel method for using an arbitrary EOS in PIC simulations |
1.2 MB |
|
10. | 964 KB |
||
11. | 848 KB |
||
12. | 1.3 MB |
||
13. | B. Chrisman (University of Nevada) – Integrated 1D simulation of fast ignition |
740 KB |
|
14. | C. Zhou (University of Rochester) – Fast–ignition fuel–assembly scaling laws |
832 KB |
|
15. | K. Anderson (University of Rochester) – 2–D simulations of OMEGA fast–ignition cone targets |
1.3 MB |
|
16. | 864 KB |
||
17. | C.D. Chen (MIT) – Comparison of solid and plasma linear energy deposition for electron preheat and fast ignition scenarios |
Not |
Available |
18. | G. Rodriguez (LANL) – Quasi–DC electrical conductivity probing of warm dense matter |
400 KB |
|
19. | K. Highbarger (Ohio State University) – Improving laser/plasma coupling with rough surfaces |
PPT |
2.3 MB |
20. | PPT |
2.5 MB |
|
21. | B. Zhang (University of California, Davis) – Petawatt laser generated proton beam focusing and isochoric heating |
Not |
Available |
22. | Le Pape (LLNL) – Proton radiography of megagauss electromagnetic fields generated by the irradiation of a solid target by an ultraintense laser pulse |
Not |
Available |
23. | H. Takabe (Osaka University) – Anomalous transport of high energy electrons in ion acoustic turbulence driven by return current |
Not |
Available |
24. | PPT |
596 KB |
|
25. | PPT |
1.2 MB |
|
26. | PPT |
2.4 MB |
|
27. | H. Nagatomo (Osaka University) – Target designs of cone–guided implosion for fast ignition |
Not |
Available |

