Desorption of doubly excited autoionizing Li from LiF/Si(1 0 0) under electron bombardment

Markowski, L.

doi:10.1016/s0042-207x(01)00167-1

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Cited by 4 publications

(2 citation statements)

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“…As extensively discussed in [8] such a delayed emission is due to desorption of thermal neutrals being in highly excited quartet states. Due to the selection rules for L-S coupling these atoms are metastable with respect to the radiative transitions.…”

Section: Resultsmentioning

confidence: 92%

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Multi‐peak structure of the kinetic‐energy distribution of Na⁺ desorbed from NaCl during electron irradiation

Markowski¹

2003

Physica Status Solidi (b)

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Results of electron-stimulated desorption of positive ions measured by the time-of-flight method from thin NaCl layers deposited onto Si(111) crystal are presented. The kinetic-energy distribution of Na þ is characterized by at least a double-peak structure suggesting desorption by the wave packet squeezing process, proposed recently for Li þ desorption from LiF. Moreover, a delayed Na þ signal is observed, indicating desorption of core-excited Na ** atoms being in metastable autoionizing states.

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Section: Resultsmentioning

confidence: 92%

“…by core-electron excitation followed by an inter-atomic Auger transition. Positive ions can also be created by autoionization of desorbed atoms being in highly excited metastable states [8]. Moreover, it has been suggested that positive ions may be produced by gas-phase ionization of ground-state neutral atoms and molecules [3] as well.…”

Section: Introductionmentioning

confidence: 99%

Multi‐peak structure of the kinetic‐energy distribution of Na⁺ desorbed from NaCl during electron irradiation

Markowski¹

2003

Physica Status Solidi (b)

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ESD thresholds for NaCl

Gołek

2004

Applied Surface Science

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Emission of core-excited autoionizing sodium atoms from NaCl induced by electron bombardment

Markowski

2004

Vacuum

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Desorption of doubly excited autoionizing Li from LiF/Si(1 0 0) under electron bombardment

Cited by 4 publications

References 41 publications

Multi‐peak structure of the kinetic‐energy distribution of Na⁺ desorbed from NaCl during electron irradiation

Multi‐peak structure of the kinetic‐energy distribution of Na⁺ desorbed from NaCl during electron irradiation

ESD thresholds for NaCl

Emission of core-excited autoionizing sodium atoms from NaCl induced by electron bombardment

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Desorption of doubly excited autoionizing Li from LiF/Si(1 0 0) under electron bombardment

Cited by 4 publications

References 41 publications

Multi‐peak structure of the kinetic‐energy distribution of Na+ desorbed from NaCl during electron irradiation

Multi‐peak structure of the kinetic‐energy distribution of Na+ desorbed from NaCl during electron irradiation

ESD thresholds for NaCl

Emission of core-excited autoionizing sodium atoms from NaCl induced by electron bombardment

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Product

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Multi‐peak structure of the kinetic‐energy distribution of Na⁺ desorbed from NaCl during electron irradiation

Multi‐peak structure of the kinetic‐energy distribution of Na⁺ desorbed from NaCl during electron irradiation