Beamline 9.0
Chemical Transformations
- Endstation 9.0.1 - Soft X-ray branch, open port. Photon energy 15-750 eV
- Endstation 9.0.2 - Vacuum Ultraviolet (VUV) branch, 4 open ports. Photon energy 7.5-24 eV
| Status | Varies by endstation |
|---|---|
| Source | U10 |
| Minimum energy (eV) | 7.50 |
| Maximum energy (eV) | 750 |
| Research areas |
|
| Technique category |
|
| Flux/Brightness | 9.0.1: up to 2x1013 photons/s at 100 eV 9.0.2: up to 1016 photons/s, 2.5%BW |
| Resolving power | 9.0.1: up to 7,000 at 65 eV 9.0.2: up to 1,650 at 10 eV |
| Access modes |
|
| Primary contact(s) | Oleg Kostko Bruce Rude |
| Other beamline staff | Kevin Wilson Musahid (Musa) Ahmed |
| Beamline website | http://sites.google.com/lbl.gov/chemical-dynamics-beamline |
| Beamline phone number | 510-495-2092 |
Endstation 9.0.1
Soft X-ray branch, open port. Photon energy 15-750 eV
| Status | Operational; limited access |
|---|---|
| Research areas |
|
| Technique category |
|
| Spot size | 200 (h) x 30 (v) µm2 |
| Additional Notes | Soft X-ray branch delivers 15-750 eV photons with resolving power up to 7000. Current VMI endstation can perform XPS and NEXAFS on gas-phase unsupported nanoparticles |
| Primary contact(s) | Oleg Kostko |
| Endstation website | https://doi.org/10.1063/1.4982822 |
Endstation 9.0.2
Vacuum Ultraviolet (VUV) branch, 4 open ports. Photon energy 7.5-24 eV
| Status | Operational; open to general users |
|---|---|
| Research areas |
|
| Spot size | Terminal 1: 170 (h) x 50 (v) µm2 Terminal 2: 360 (h) x 240 (v) µm2 Terminal 3: 400 (h) x 350 (v) µm2 Terminal 4: 560 (h) x 350 (v) µm2 |
| Sample information | Gas-phase samples |
| Additional Notes | Two open ports deliver monochromatized light, two - undulator radiation. Different endstations can be attached to open ports. Most of them use mass-spectrometry to collect photoionization curves of unknown gas-phase species. |
| Primary contact(s) | Oleg Kostko Bruce Rude |
