Interaction of Water with the Surface of SrF2. 1. Strongly Adsorbed Water on SrF2

Yasushige Kuroda; Tetsuo Morimoto

doi:10.1021/la00080a029

Interaction of Water with the Surface of SrF₂. 1. Strongly Adsorbed Water on SrF₂

Yasushige Kuroda, Tetsuo Morimoto

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13 Citations (Scopus)

Abstract

Infrared absorption spectra were measured to make clear the adsorbed state of strongly adsorbed H₂O on SrF₂. The IR spectra of the strongly adsorbed H₂O involve three absorption peaks at 2561, 1947, and 1000 cm^-1, which did not appear on metal oxides, besides the peaks characteristic of H₂O adsorbed on the latter substances. These three peaks can be elucidated to originate from molecularly adsorbed H₂O on the (100) plane of SrF₂, the molecule being located at the F^- ion-vacant site and hydrogen-bonded to the neighboring F^- ion. A model for the H₂O molecule adsorbed at the special site on SrF₂ is postulated.

Original language	English
Pages (from-to)	425-429
Number of pages	5
Journal	Langmuir
Volume	4
Issue number	2
DOIs	https://doi.org/10.1021/la00080a029
Publication status	Published - Mar 1 1988

ASJC Scopus subject areas

Materials Science(all)
Condensed Matter Physics
Surfaces and Interfaces
Spectroscopy
Electrochemistry

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title = "Interaction of Water with the Surface of SrF2. 1. Strongly Adsorbed Water on SrF2",

abstract = "Infrared absorption spectra were measured to make clear the adsorbed state of strongly adsorbed H2O on SrF2. The IR spectra of the strongly adsorbed H2O involve three absorption peaks at 2561, 1947, and 1000 cm-1, which did not appear on metal oxides, besides the peaks characteristic of H2O adsorbed on the latter substances. These three peaks can be elucidated to originate from molecularly adsorbed H2O on the (100) plane of SrF2, the molecule being located at the F- ion-vacant site and hydrogen-bonded to the neighboring F- ion. A model for the H2O molecule adsorbed at the special site on SrF2 is postulated.",

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N2 - Infrared absorption spectra were measured to make clear the adsorbed state of strongly adsorbed H2O on SrF2. The IR spectra of the strongly adsorbed H2O involve three absorption peaks at 2561, 1947, and 1000 cm-1, which did not appear on metal oxides, besides the peaks characteristic of H2O adsorbed on the latter substances. These three peaks can be elucidated to originate from molecularly adsorbed H2O on the (100) plane of SrF2, the molecule being located at the F- ion-vacant site and hydrogen-bonded to the neighboring F- ion. A model for the H2O molecule adsorbed at the special site on SrF2 is postulated.

AB - Infrared absorption spectra were measured to make clear the adsorbed state of strongly adsorbed H2O on SrF2. The IR spectra of the strongly adsorbed H2O involve three absorption peaks at 2561, 1947, and 1000 cm-1, which did not appear on metal oxides, besides the peaks characteristic of H2O adsorbed on the latter substances. These three peaks can be elucidated to originate from molecularly adsorbed H2O on the (100) plane of SrF2, the molecule being located at the F- ion-vacant site and hydrogen-bonded to the neighboring F- ion. A model for the H2O molecule adsorbed at the special site on SrF2 is postulated.

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Interaction of Water with the Surface of SrF₂. 1. Strongly Adsorbed Water on SrF₂

Abstract

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