1 3
Topics in Current Chemistry (2019) 377:11
Fig. 11
Results of the first-shell fitting of the EXAFS spectra obtained during electrochemical oxidation of ethanol on the PtRhSnO
2 /C electrocatalyst:
a, b Rh K-edge;
c,
d Pt L
3 edge. The fits are presented in k-space
(a,
c), and Fourier transform magnitudes (b,
d) for the catalyst held at 0.41 V vs. RHE. The Rh K-edge and Pt L
3 -edge data
were fitted concurrently to the theoretical signals while applying physically reasonable constraints. Reprinted from Ref. [23] with permission from Springer Nature
Reprinted from the journal
21
Topics in Current Chemistry (2019) 377:11
Fig. 11
Results of the first-shell fitting of the EXAFS spectra obtained during electrochemical oxidation of ethanol on the PtRhSnO
2 /C electrocatalyst:
a, b Rh K-edge;
c,
d Pt L
3 edge. The fits are presented in k-space
(a,
c), and Fourier transform magnitudes (b,
d) for the catalyst held at 0.41 V vs. RHE. The Rh K-edge and Pt L
3 -edge data
were fitted concurrently to the theoretical signals while applying physically reasonable constraints. Reprinted from Ref. [23] with permission from Springer Nature
Reprinted from the journal
21