personnel profile

Research Statement

Madix studies the chemical reactivity of molecules on solid surfaces which are well-characterized in structure and composition. His work with reactions between organic molecules and both metal and metal oxide surfaces helps determine the interrelationships between the electronic structure of the surface and the manner in which chemical bonds are broken and formed in catalytic reactions.

Degree	Discipline	Year	School
PhD		1964	UC Berkeley

Publication Title	Author(s)/Speaker(s)	Open Document
An STM investigation of sulfur and alkoxide adsorption on Ni(100)	Madix, RJ, et. al.
Reaction of sulfur dioxide with Ni(1 0 0) and Ni(1 0 0)-p(2 MU 2)-O	Madix, RJ, et. al.
Reaction of sulfur dioxide with Ni(100) and Ni(100)-p(2x2)-O	Madix, RJ, et. al.
Surface reorganization accompanying the formation of sulfite and sulfate by reaction of sulfur dioxide with oxygen on Ag(111)	Madix, RJ, et. al.
Reactivity of methanol on TiO{sub 2} nanoparticles supported on the Au(1 1 1) surface	Madix, RJ, et. al.
Title: An STM investigation of sulfur and alkoxide adsorption on Ni(100) Author(s): Madix, RJ, et. al. Journal: Journal of Physcial Chemistry Date Published: 2005-6-9 [Close Box] Title: Reaction of sulfur dioxide with Ni(1 0 0) and Ni(1 0 0)-p(2 MU 2)-O Author(s): Madix, RJ, et. al. Journal: SURFACE SCIENCE Date Published: 2005-11-1 [Close Box] Title: Reaction of sulfur dioxide with Ni(100) and Ni(100)-p(2x2)-O Author(s): Madix, RJ, et. al. Journal: SURFACE SCIENCE Date Published: 2005-11-1 [Close Box] Title: Surface reorganization accompanying the formation of sulfite and sulfate by reaction of sulfur dioxide with oxygen on Ag(111) Author(s): Madix, RJ, et. al. Journal: SURFACE SCIENCE Date Published: 2005-11-1 [Close Box] Title: Reactivity of methanol on TiO{sub 2} nanoparticles supported on the Au(1 1 1) surface Author(s): Madix, RJ, et. al. Journal: SURFACE SCIENCE Date Published: 2005-10-20 [Close Box]
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