LDM relevant beamlines
MAX IV currently has 6 LDM-relevant beamlines, i.e. 6 beamlines at which it is foreseen that it will be possible to perform LDM-relevant experiments.
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MAX IV Storage rings
| Accelerator name | Energy (GeV) | Photon Energy | Circumference | No. of bunches in multi-bunch mode | Bunch interval in multi-bunch mode | Bunch length (RMS) | Stored current | Single bunch mode? Yes/No | Stored current in single bunch mode (to date) | # LDM-relevant beamlines |
|---|---|---|---|---|---|---|---|---|---|---|
| R1 | 1.5 | 4.5 eV - 1500 eV | 96 m | 32 | 10 ns | ~70-213 ps | 400 mA (planned: 500mA) | Yes | 22 mA | 3: FinEstBeAMS, FlexPES, SPECIES |
| R3 | 3 | 200 eV - 35 keV | 528 m | 176 | 10 ns | ~29 ps | 350mA (planned: 500 mA) | No | - | 2: Veritas (Emax: 1500 eV), HIPPIE (E max: 2200 eV) |
MAX IV Short Pulse Facility
| Beamline | Electron source | X-ray energy | Operation | Pulse duration | Timing accuracy | Pump laser (wavelength) |
|---|---|---|---|---|---|---|
| FemtoMAX | MAX IV linac | 3-10keV | 2Hz (10Hz operation under development) | 100fs | <2 ps (jitter between laser and X-rays) | 800 nm |