Initial interaction of sulfur dioxide with water covered metal surfaces: An in situ iras study
In situ infrared reflection absorption spectroscopy (IRAS) has been used to study the initial
interaction of sulfur dioxide with water adlayer covered copper, nickel, and zinc surfaces.
Each metal was exposed to 0.21 ppm SQ in flowing air at 80% relative humidity and the
formation of sulfite was followed from submonolayer thickness to layers of corrosion
products of a few nanometers thickness. From the positions of sulfite bands in the
experimentally obtained IRAS spectra and from considerations of optically induced …
interaction of sulfur dioxide with water adlayer covered copper, nickel, and zinc surfaces.
Each metal was exposed to 0.21 ppm SQ in flowing air at 80% relative humidity and the
formation of sulfite was followed from submonolayer thickness to layers of corrosion
products of a few nanometers thickness. From the positions of sulfite bands in the
experimentally obtained IRAS spectra and from considerations of optically induced …
[引用][C] Erratum:“Initial Interaction of Sulfur Dioxide with Water Covered Metal Surfaces: An In Situ IRAS Study”[J. Electrochem. Soc., 142, 1459 (1995)]
D Perrson, C Leygraf - Journal of The Electrochemical Society, 1995 - iopscience.iop.org
… Surface water cover mediates how tundra and boreal ecosystems respond to climate
warming Jing Li, Milena Holmgren and Chi Xu … time on (a) copper, (b) nickel, and (c) zinc
surfaces, at 80% RH and 0.21 ppm SO2, calculated from the intensity of the sulfite band in
the in situ IRAS spectra. … In the paper "Coulometry of a Mass-Transfer Limited Reaction
with a Membrane-Covered …
warming Jing Li, Milena Holmgren and Chi Xu … time on (a) copper, (b) nickel, and (c) zinc
surfaces, at 80% RH and 0.21 ppm SO2, calculated from the intensity of the sulfite band in
the in situ IRAS spectra. … In the paper "Coulometry of a Mass-Transfer Limited Reaction
with a Membrane-Covered …
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