Table of information on Spin-zero non-equal mass merger runs to caclculate kicks.
mass ratio X = 1.5 = (2/3)
| Seperation |
Resol.(h) |
Gauge/Etc |
various params |
Kick values |
| "2" |
M/32 |
OLD/ICN/Yo |
. |
. |
| "2" |
M/40 |
OLD/ICN/Yo |
. |
. |
| "2" |
M/48 |
OLD/ICN/Yo |
. |
For All "2" runs----115km +/-5% (rext=30,40,50M) [PS] |
| "4" |
M/40 |
OLD/ICN/Yo |
. |
95--105Km/s (rext=30,40,50M) |
| "4"(X1p5_4_Mo32) |
M/32 |
NEW/RK4/Yo |
dump-dt=0.5M |
95--105km/s (rext=30,40M) |
| "4"(X1p5_4_Mo32_t1) |
M/40 |
NEW/RK4/Yo |
dump-dt=0.5M |
95--105km/s (rext=30,40,50M) [PS] |
| "6" |
M/32 |
NEW/RK4/Yo |
J/dump-dt=0.5M |
90-95km/s (rext=30,40M) |
| "6" |
M/32 |
NEW/RK4/Yo |
0.96J/dump-dt=0.5M |
rext=30,40,50M, very strong slope late time |
| "6" |
M/32 |
NEW/RK4/NoYo |
0.96J/dump-dt=0.125M |
slopes late time strongly reduced (rext=30,40,50M) [PS] |
- Some of TODO stuff (not complete)
- look at px and py separately and vary initial px, py to see the
dependence of final kick on them. (Michael?)
- waveform analysis between "4" and "6", etc.
- do we need to increase Pdot dump freq. even more (the latest was
~ 0.125M)?
- next runs to do