Non-Linear Laser Fluence Dependence in Desorption Induced by Resonant Multiphoton Excitation of an Adsorbate Vibration: Fid-Bau Portal

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Non-Linear Laser Fluence Dependence in Desorption Induced by Resonant Multiphoton Excitation of an Adsorbate Vibration

Heidberg, Joachim

Abstract The observed non-linear fluence dependence of the desorption yield is considered when desorption is induced by resonant multiphoton excitation of an internal adsorbate vibration in the electronic ground state. The non-linearity can be due to the finite excitation time needed for the stepwise incoherent excitation above the desorption threshold. The consequences are significant for the irradiation time.

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Non-Linear Laser Fluence Dependence in Desorption Induced by Resonant Multiphoton Excitation of an Adsorbate Vibration

Heidberg, Joachim

Abstract The observed non-linear fluence dependence of the desorption yield is considered when desorption is induced by resonant multiphoton excitation of an internal adsorbate vibration in the electronic ground state. The non-linearity can be due to the finite excitation time needed for the stepwise incoherent excitation above the desorption threshold. The consequences are significant for the irradiation time.

Non-Linear Laser Fluence Dependence in Desorption Induced by Resonant Multiphoton Excitation of an Adsorbate Vibration

Heidberg, Joachim

Abstract The observed non-linear fluence dependence of the desorption yield is considered when desorption is induced by resonant multiphoton excitation of an internal adsorbate vibration in the electronic ground state. The non-linearity can be due to the finite excitation time needed for the stepwise incoherent excitation above the desorption threshold. The consequences are significant for the irradiation time.

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Title:

Non-Linear Laser Fluence Dependence in Desorption Induced by Resonant Multiphoton Excitation of an Adsorbate Vibration

Contributors:

Heidberg, Joachim (author)

Published in:

Desorption Induced by Electronic Transitions DIET II ; 230-236

Springer Series in Surface Sciences ; 4

Publication date:

1985-01-01

Size:

7 pages

ISBN:

978-3-642-82547-7 , 978-3-642-82549-1

ISSN:

DOI:

https://doi.org/10.1007/978-3-642-82547-7_30

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Rate Coefficient , Electronic Ground State , Excitation Time , Laser Pulse Shape , Desorption Yield Physics , Surface and Interface Science, Thin Films , Physical Chemistry , Surfaces and Interfaces, Thin Films

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