INSITU RAMAN INVESTIGATION OF HYDRODESULFURIZATION CATALYSTS

Müller A, WEBER T (1991)
APPLIED CATALYSIS 77(2): 243-250.

Journal Article | Published | English

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Abstract
Raman spectra of a commercial Co-Mo/Al2O3 hydrodesulphurization catalyst were recorded in an H2S/H-2 atmosphere at 400-degrees-C by means of a specially designed in-situ cell. For an improvement of the signal to noise ratio the incident laser beam was scanned over the surface of the sample by reflection from a rotating octagon. The spectra proof that the so called "Co-Mo-S" crystallites are present as an MoS2-type layered material with an average particle size of each slab being larger than sometimes proposed up to now.
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Müller A, WEBER T. INSITU RAMAN INVESTIGATION OF HYDRODESULFURIZATION CATALYSTS. APPLIED CATALYSIS. 1991;77(2):243-250.
Müller, A., & WEBER, T. (1991). INSITU RAMAN INVESTIGATION OF HYDRODESULFURIZATION CATALYSTS. APPLIED CATALYSIS, 77(2), 243-250.
Müller, A., and WEBER, T. (1991). INSITU RAMAN INVESTIGATION OF HYDRODESULFURIZATION CATALYSTS. APPLIED CATALYSIS 77, 243-250.
Müller, A., & WEBER, T., 1991. INSITU RAMAN INVESTIGATION OF HYDRODESULFURIZATION CATALYSTS. APPLIED CATALYSIS, 77(2), p 243-250.
A. Müller and T. WEBER, “INSITU RAMAN INVESTIGATION OF HYDRODESULFURIZATION CATALYSTS”, APPLIED CATALYSIS, vol. 77, 1991, pp. 243-250.
Müller, A., WEBER, T.: INSITU RAMAN INVESTIGATION OF HYDRODESULFURIZATION CATALYSTS. APPLIED CATALYSIS. 77, 243-250 (1991).
Müller, Achim, and WEBER, T. “INSITU RAMAN INVESTIGATION OF HYDRODESULFURIZATION CATALYSTS”. APPLIED CATALYSIS 77.2 (1991): 243-250.
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