The storage ring characteristics condition part of the performance of the whole facility. SOLEIL storage ring is extremely compact and however reserves a very large part to the most powerful Light sources. It was also designed to satisfy all categories of users, first by the choice of the nominal energy for machine operation, but also thanks to the five possible operating modes.
| Magnetic structure |
Modified Chassman-Green Double Bend Achromat) |
|
| Energy (GeV) | E | 2.75 |
|
Circumference (m) Revolution period (ns) Revolution frequency (MHz) |
354.097 1 181.40 0.84664 |
|
|
Number of cells; number of superperiods |
16. 4 |
|
|
Betatron tunes |
vx; vz |
18.18; 10.23 |
|
Momentum compaction factor |
α1 |
4.16 10-4 |
| Energy dispersion | σE/E | 1.025 10-3 |
| Damping dispersion (ms) |
Ts Tx = Tz |
3.27 6.56 |
|
Horizontal emittance (nm.rad) Controlled coupling (%) |
εx |
3.9 1.0 |
|
Radiation loss per turn (keV) |
944 (dipoles) + 205 (insertions) |
|
|
Total power loss (kW) |
585 | |
|
RF voltage (MV) Number of cavities |
2.9 4 |
|
|
Hybrid filling mode |
|
|
| Bunch length RMS (ps) 1.3 mA ; 5 mA | 18; 25 | |
| Average Pressure (mbar) at 430 mA | 6.0 10-10 | |
|
Lifetime (h) 430 mA in hybrid filling mode |
18 | |
|
Injection efficiency (%) |
95 |
