| FREE ELECTRON LASERS | ||||
| LOCATION | NAME | WAVELENGTHS | TYPE | STATUS |
|---|---|---|---|---|
| RIKEN (Japan) | SACLA FEL | 0.63 - 3 Å | Linac | operating user facility |
| SLAC-SSRL (USA) | LCLS FEL | 1.2 - 15 Å | Linac | operating user facility |
| DESY (Germany) | FLASH FEL | 4.1 - 45 nm | SC Linac | operating user facility |
| ELETTRA Trieste, Italy | FERMI | 4 - 100 nm | Linac | operating user facility |
| SDL(NSLS) Brookhaven (USA) | HGHG FEL | 193 nm | Linac | operating experiment |
| Duke Univ. NC (USA) | OK-4 | 193 - 400 nm | storage ring | operating user facility |
| iFEL (Japan) | 3 2 1 4 5 |
230 nm - 1.2 µm 1 - 6 µm 5 - 22 µm 20 - 60 µm 50 - 100 µm |
linac | operating user facility |
| Univ. of Hawaii (USA) | MK-V | 1.7 - 9.1 µm | linac | operating experiment |
| Vanderbilt TN (USA) | MK-III | 2.1 - 9.8 µm | linac | no longer operating |
| Radboud University (Netherlands) | FLARE FELIX1 FELIX2 |
327 - 420 µm 3.1 - 35 µm 25 - 250 µm |
linac | operating user facility |
| Stanford CA (USA) | SCA-FEL FIREFLY |
3-10 µm 15-65 µm | SC-linac | no longer operating |
| LURE - Orsay (France) | CLIO | 3 - 150 µm | linac | operating user facility |
| Jefferson Lab VA (USA) |
3.2 - 4.8 µm 363 - 438 nm |
SC-linac | operating user facility |
|
| Science Univ. of Tokyo (Japan) |
FEL-SUT | 5 - 16 µm | linac | operating user facility |
| FZ Rossendorf (Germany) |
FELBE | 4-22 µm 18-250 µm |
SC-linac | operating user facility |
| UCSB CA (USA) | FIR-FEL MM-FEL 30 µ-FEL |
63 - 340 µm 340 µm - 2.5 mm 30 - 63 µm |
electrostatic | operating user facility |
| ENEA - Frascati (Italy) |
3.6 - 2.1mm | microtron | operating user facility |
|
| ETL - Tsukuba (Japan) | NIJI-IV | 228 nm | storage ring | operating experiment |
| IMS - Okazaki (Japan) | UVSOR | 239 nm | storage ring | operating experiment |
| Dortmund, Univ. (Germany) | Felicita 1 | 470 nm | storage ring | operating expriment |
| LANL NM (USA) | AFEL RAFEL |
4 - 8 µm 16 µm | linac | operating experiment |
| Darmstadt Univ. (Germany) | IR-FEL | 6.6 - 7.8 µm | SC-linac | operating experiment |
| IHEP (China) | Beijing FEL | 5 - 25 µm | linac | operating experiment |
| CEA - Bruyeres (France) | ELSA | 18-24 µm | linac | operating experiment |
| ISIR - Osaka (Japan) | 21-126 µm | linac | operating experiment |
|
| JAERI (Japan) | 22 µm 6 mm | SC-linac induction linac |
operating experiment |
|
| Univ. of Tokyo (Japan) | UT-FEL | 43 µm | linac | operating experiment |
| ILE - Osaka (Japan) | 47 µm | linac | operating experiment |
|
| LASTI (Japan) | LEENA | 65 - 75 µm | linac | operating experiment |
| KAERI (Korea) | 80 - 170 µm 10 mm | microtron electrostatic |
operating experiment |
|
| Budker Inst. Novosibirsk, Russia | 110 - 240 µm | linac | operating experiment |
|
| Univ. of Twente (Netherlands) |
TEU-FEL | 200-500 µm | linac | operating experiment |
| FOM (Netherlands) | Fusion FEM |
1.5 mm | electrostatic | no longer operating |
| Tel Aviv Univ. (Israel) | 3 mm | electrostatic | operating experiment |
|
| 1So far only operating FEL oscillators with wavelength < 10 mm are included. 2"user facility" means a dedicated scientific research facility open to outside researchers. 3Order is first by type of facility and second roughly by wavelength. |
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Last modified: 3-Feb-15
Maintained by: G. Ramian (ramian@sbFEL3.ucsb.edu)