Gold Datas in eV
EK ΔEK EL1 ΔEL1 EL2 ΔEL2 EL3 ΔEL3 ELα1 ELα2 ELß1 ΔELα1 ΔELα2
80725 52.0 14353 10.5 13734 6.00 11919 5.41 9713.3 9628.0 11442.3 7.85 8.54

Main beamline parameters at L3 -edge
Bending Magnet Monochromator Mirrors
Vertical div. (mrad) Cristal type Angle (°) Resolution (eV) Angle (mrad) Cut-off energy (keV)
0.163 Si(220) 15.74 0.611 3.3 17.9
Si(111) 9.56 1.63

Main crystal analyzer spectrometer parameters at L3-edge
Line Crystal
Name E (eV) Type Bragg angle (°)
ELα1 9713.3 Si(660) 85.707



 

Experiments already done with this element / available references

 

Earth & Environmental Sciences

Liu W., Etschmann B., Testemale D., Hazemann J.-L., Rempel K., Müller H., Brugger J., “Gold transport in hydrothermal fluids: Competition among the Cl−, Br−, HS− and NH3(aq) ligands”, Chemical Geology 376 (2014) 11-19

Pokrovski G.S., Akinfiev N.N., Borisova A.Y., Zotov A.V., Kouzmanov K. “Gold speciation and transport in geological fluids: insights from experiments and physical-chemical modeling”, in: Geological Society of London Special Publication “Gold-transporting fluids in the Earth’s crust” (eds. P. Garofalo, E. Ripley), 402 (2014) 9-70

Pokrovski G. S., Tagirov B. R., Schott J., Bazarkina E. F., Hazemann J.-L., Proux O., “An in situ X-ray absorption spectroscopy study of gold-chloride complexing in hydrothermal fluids”, Chemical Geology 259 (2009) 17-29

Pokrovski G. S., Tagirov B. R., Schott J., Hazemann J.-L., Proux O., “A new view on gold speciation in sulfur-bearing hydrothermal fluids from in situ X-ray absorption spectroscopy and quantum-chemical modeling”, Geochimica Cosmochimica Acta 73 (2009) 5406-5427