The adsorption of NO2 on Ag {111} : a low temperature RAIRS study

W. A. Brown; P. Gardner; D. A. King

The adsorption of NO2 on Ag {111} : a low temperature RAIRS study

W. A. Brown, P. Gardner, D. A. King

Research output: Contribution to journal › Article › peer-review

Abstract

Initial adsorption of NO2 on Ag{111} at 86 K is dissociative and gives rise to the formation of adsorbed O and (NO)2 dimers. Subsequent adsorption is complex leading to the formation of NO3, NO and N2O3 which coexist on the surface with the O and (NO)2. Further adsorption then leads to the formation of multilayers of N2O4. The multilayers are seen to desorb at 140 K, in agreement with previous observations. © 1995.

Original language	English
Pages (from-to)	41-47
Number of pages	6
Journal	Surface Science
Volume	330
Issue number	1
Publication status	Published - 1 Jun 1995

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title = "The adsorption of NO2 on Ag {111} : a low temperature RAIRS study",

abstract = "Initial adsorption of NO2 on Ag{111} at 86 K is dissociative and gives rise to the formation of adsorbed O and (NO)2 dimers. Subsequent adsorption is complex leading to the formation of NO3, NO and N2O3 which coexist on the surface with the O and (NO)2. Further adsorption then leads to the formation of multilayers of N2O4. The multilayers are seen to desorb at 140 K, in agreement with previous observations. {\textcopyright} 1995.",

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T1 - The adsorption of NO2 on Ag {111} : a low temperature RAIRS study

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AU - King, D. A.

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N2 - Initial adsorption of NO2 on Ag{111} at 86 K is dissociative and gives rise to the formation of adsorbed O and (NO)2 dimers. Subsequent adsorption is complex leading to the formation of NO3, NO and N2O3 which coexist on the surface with the O and (NO)2. Further adsorption then leads to the formation of multilayers of N2O4. The multilayers are seen to desorb at 140 K, in agreement with previous observations. © 1995.

AB - Initial adsorption of NO2 on Ag{111} at 86 K is dissociative and gives rise to the formation of adsorbed O and (NO)2 dimers. Subsequent adsorption is complex leading to the formation of NO3, NO and N2O3 which coexist on the surface with the O and (NO)2. Further adsorption then leads to the formation of multilayers of N2O4. The multilayers are seen to desorb at 140 K, in agreement with previous observations. © 1995.

M3 - Article

SN - 0039-6028

VL - 330

SP - 41

EP - 47

JO - Surface Science

JF - Surface Science

IS - 1

ER -

The adsorption of NO2 on Ag {111} : a low temperature RAIRS study

Abstract

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