Fluorescent efficiency of energetic electrons in the 3914-Å band

S. Frankenthal; O. P. Manley; Y. M. Treve

doi:10.1063/1.1726455

Fluorescent efficiency of energetic electrons in the 3914-Å band

S. Frankenthal^*, O. P. Manley, Y. M. Treve

^*Corresponding author for this work

American Science and Engineering, Inc.

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Abstract

This paper presents a computation of the efficiency of excitation of the state B ²∑_u⁺ in N₂⁺, which is responsible for radiation in the 3914-Å band, by energetic electrons which are slowing down in a thick target. The computed efficiency includes corrections for the Auger effect. In addition, the corresponding fluorescent efficiency of soft x rays is estimated. The calculations appear to be in good agreement with the limited experimental data available. The method of computation is applicable to the treatment of other energy-exchange phenomena associated with the stopping of electrons in thick targets.

Original language	English
Pages (from-to)	257-264
Number of pages	8
Journal	The Journal of Chemical Physics
Volume	44
Issue number	1
DOIs	https://doi.org/10.1063/1.1726455
State	Published - 1966
Externally published	Yes

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abstract = "This paper presents a computation of the efficiency of excitation of the state B 2∑u+ in N2+, which is responsible for radiation in the 3914-{\AA} band, by energetic electrons which are slowing down in a thick target. The computed efficiency includes corrections for the Auger effect. In addition, the corresponding fluorescent efficiency of soft x rays is estimated. The calculations appear to be in good agreement with the limited experimental data available. The method of computation is applicable to the treatment of other energy-exchange phenomena associated with the stopping of electrons in thick targets.",

author = "S. Frankenthal and Manley, {O. P.} and Treve, {Y. M.}",

year = "1966",

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N2 - This paper presents a computation of the efficiency of excitation of the state B 2∑u+ in N2+, which is responsible for radiation in the 3914-Å band, by energetic electrons which are slowing down in a thick target. The computed efficiency includes corrections for the Auger effect. In addition, the corresponding fluorescent efficiency of soft x rays is estimated. The calculations appear to be in good agreement with the limited experimental data available. The method of computation is applicable to the treatment of other energy-exchange phenomena associated with the stopping of electrons in thick targets.

AB - This paper presents a computation of the efficiency of excitation of the state B 2∑u+ in N2+, which is responsible for radiation in the 3914-Å band, by energetic electrons which are slowing down in a thick target. The computed efficiency includes corrections for the Auger effect. In addition, the corresponding fluorescent efficiency of soft x rays is estimated. The calculations appear to be in good agreement with the limited experimental data available. The method of computation is applicable to the treatment of other energy-exchange phenomena associated with the stopping of electrons in thick targets.

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Fluorescent efficiency of energetic electrons in the 3914-Å band

Abstract

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