Publikationen von Robert Schlögl

Weinberg, G., B. Beran, M. Muhler, R. Schlögl, A. Dent und T. Rayment: The micromorphology of the activated iron catalyst used for ammonia synthesis. Applied Catalysis A: General 163 (1-2), 83–99 (1997).

Weinberg, G., B. Beran, M. Muhler, R. Schlögl, A. Dent und T. Rayment: The micromorphology of the activated iron catalyst used for ammonia synthesis. Applied Catalysis A 163 (1-2), 83–99 (1997).

Werner, H., D. Herein, G. Schulz, U. Wild und R. Schlögl: Reaction pathways in methanol oxidation: kinetic oscillations in the copper/oxygen system. Catalysis Letters 49 (1-2), 109–119 (1997).

Werner, H., O. Timpe, D. Herein, Y. Uchida, N. Pfänder, U. Wild, R. Schlögl und H. Hibst: Relevance of a glassy nanocrystalline state of Mo₄VO₁₄ for its action as selective oxidation catalyst. Catalysis Letters 44 (3-4), 153–163 (1997).

Wild, U., N. Pfänder und R. Schlögl: Species analysis of automotive carbon particles: Application of XPS for integral analysis of filter samples. Fresenius' Journal of Analytical Chemistry 357 (4), 420–428 (1997).

Wohlers, M., A. Bauer, T. Rühle, F. Neitzel, H. Werner und R. Schlögl: The Dark Reaction of C₆₀ and of C₇₀ with Molecular Oxygen at Atmospheric Pressure and Temperatures between 300 K and 800 K. Fullerene Science and Technology 5 (1), 49–83 (1997).

Wohlers, M., H. Werner, T. Belz, T. Rühle und R. Schlögl: C₆₀: A host lattice for the intercalation of oxygen? Mikrochimica Acta 125 (1-4), 401–406 (1997).

Zscherpel, D., W. Weiss und R. Schlögl: Adsorption and dehydrogenation of ethylbenzene on ultrathin iron oxide model catalyst films. Surface Science 382 (1-3), 326–335 (1997).

Bao, X., M. Muhler, T. Schedel-Niedrig und R. Schlögl: Interaction of oxygen with silver at high temperature and atmospheric pressure: A spectroscopic and structural analysis of a strongly bound surface species. Physical Review B 54 (3), 2249–2262 (1996).

Belz, T. und R. Schlögl: Characterization of fullerene soots and carbon arc electrode deposits. Synthetic Metals 77 (1-3), 223–226 (1996).

Böhm, M.C., T. Schedel-Niedrig, H. Werner, R. Schlögl und J. Schulte: Solid state electronic structure of Ba₃C₆₀ — A model approach. Solid State Communications 98 (5), 463–468 (1996).

Böhm, M.C., T. Schedel-Niedrig, H. Werner, R. Schlögl und J. Schulte: The solid state electronic structure of Ba₅C₆₀. Solid State Communications 99 (8), 577–582 (1996).

Böhm, M.C., T. Schedel-Niedrig, H. Werner, R. Schlögl, J. Schulte und J. Schütt: Electronic Structure of the C₆₀ Fragment in Alkali- and Alkaline-earth-doped Fullerides. Zeitschrift für Naturforschung, A: Physical Sciences 51 (4), 283–298 (1996).

Böhm, M.C., J. Schulte und R. Schlögl: Solid state electronic structure of potassium graphite intercalation compounds; the systems KC₂₄ and KC₈. Physica Status Solidi B 196 (1), 131–144 (1996).

Francz, G., P. Kania, P. Oelhafen, T. Schedel-Niedrig, R. Schlögl und R. Locher: Valence-band photoemission of the H-plasma annealed (100) textured CVD diamond surface. Surface Science 365 (3), 825–830 (1996).

Heinze, M., M. Baenitz, K. Lüders, H. Werner und R. Schlögl: Upper critical field study of alkali-metal and Ba-doped fullerenes. Synthetic Metals 77 (1-3), 23–25 (1996).

Herein, D., A.J. Nagy, H. Schubert, G. Weinberg, E. Kitzelmann und R. Schlögl: The Reaction of Molecular Oxygen with Silver at Technical Catalytic Conditions: Bulk Structural Consequences of a Gas-Solid Interface Reaction. Zeitschrift für Physikalische Chemie 197 (1-2), 67–96 (1996).

Herzog, B., D. Herein und R. Schlögl: In situ X-ray powder diffraction analysis of the microstructure of activated iron catalysts for ammonia synthesis. Applied Catalysis A: General 141 (1-2), 71–104 (1996).

Ilkenhans, T., H. Siegert und R. Schlögl: The mechanism of the synthesis in connection with assignments for a solid reaction cycle of the HPA catalyst during catalytic reactions. Catalysis Today 32 (1-4), 337–347 (1996).

Kanowski, M., H. Werner, R. Schlögl, H.-M. Vieth und K. Lüders: ⁸⁷Rb NMR investigations on binary and ternary fullerene compounds: Rb₃C₆₀, K₂RbC₆₀ and Rb₂CsC₆₀. Applied Magnetic Resonance 11 (2), 285–292 (1996).