1950
DOI: 10.1007/bf00622954
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Chemische und physikalische Ionenadsorption aus w��riger L�sung an ?-Aluminiumoxyd

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1951
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Cited by 17 publications
(1 citation statement)
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“…Stone proposed (298) that the semiconductivity of the solid be used to study chemisorption, since the adsorbed atom or molecule in general acts like a lattice defect near the surface. Sundry other studies on oxides were made as follows: water vapor on zinc oxide (221,222); ammonia on various oxides (262); carbon monoxide and hydrogen on zinc oxide-chromium oxide mixtures (100); and ion adsorption on alumina (89). Hydrogen on tungsten disulfide was studied by Friz (90) who found that be-tween 20°and 450°C.…”
Section: Chemisorptionmentioning
confidence: 99%
“…Stone proposed (298) that the semiconductivity of the solid be used to study chemisorption, since the adsorbed atom or molecule in general acts like a lattice defect near the surface. Sundry other studies on oxides were made as follows: water vapor on zinc oxide (221,222); ammonia on various oxides (262); carbon monoxide and hydrogen on zinc oxide-chromium oxide mixtures (100); and ion adsorption on alumina (89). Hydrogen on tungsten disulfide was studied by Friz (90) who found that be-tween 20°and 450°C.…”
Section: Chemisorptionmentioning
confidence: 99%