chemRIXS Experimental Methods
NEH 2.2 will host a wide range of experimental methods with flexible instrumentation. The high repetition rate of LCLS-II will provide outstanding signal-to-noise ratio. All of these methods will be compatible with ultrafast time resolved pump-probe studies.
- X-ray Absorption Spectroscopy (XAS): XAS will be carried out either directly in transmission, in Total Fluorescence Yield (TFY) mode via in-vacuum single-photon sensitive detectors, or in Partial Fluorescence Yield (PFY) mode via wavelength-dispersing grating spectrometer.
- Resonant Inelastic X-ray Scattering (RIXS) and X-ray Emission Spectroscopy (XES): Resonant or non-resonant RIXS/XES will be carried out with the use of a grating spectrometer.
chemRIXS INSTRUMENT TEAM
Kristjan Kunnus
ChemRIXS Instrument Lead Scientist
(650) 926-2829
kristjan@slac.stanford.edu
David J. Hoffman
Scientist
(650) 926-3530
djhoff@slac.stanford.edu
Douglas Garratt
Scientist
(650) 926-2968
dgarratt@slac.stanford.edu
Georgi Dakovski
Scientist
(650) 926-5703
dakovski@slac.stanford.edu
Christina Hampton
Sample Delivery Scientist
(650) 926-2081
cyh0824@slac.stanford.edu
Giacomo Coslovich
Laser Scientist
(650) 926-5091
gcoslovich@SLAC.Stanford.EDU
Matt Bain
Laser Scientist
(650) 926-4782
mattbain@SLAC.Stanford.EDU
Frank O’Dowd
Instrument Engineer
(650) 926-3332
fodowd@slac.stanford.edu
Kayla Ninh
Instrument Area Manager
(650) 926-2934
kninh@slac.stanford.edu
Jyoti Joshi
Instrument Controls Engineer
(650) 926-3065
jjoshi@slac.stanford.edu
ChemRIXS Hutch
(650) 926-7943
(650) 926-7947
ChemRIXS Control Room
(650) 926-7468