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第05巻 (1984) >

Please use this identifier to cite or link to this item: http://hdl.handle.net/10087/1890

Title: NO^+W^1△電子状態に収束する812Åリドベリー吸収帯の解析
Other Titles: Rotational Analysis of the 812 Å Rydberg Band Converging to the W^1 △ State of NO^+
Authors: 竹澤, 賛三
Keywords: Rotational Analysis
NO
812 Å Received for publicaiton
Issue Date: 30-Mar-1985
Publisher: 群馬大学医療技術短期大学部
Citation: 群馬大学医療技術短期大学部紀要. 5, 101-110 (1985)
Abstract: The rotational structure of the 812 Å absorption band, of which the upper state was assigned to be the v'=3 level of the Rydberg band converging to the W^1△ state of NO^+, is analyzed and its internuclear distance of the upper state is determined to be 1.33 Å from the rotational constant B=1.27cm^<-1>. The value is found to be supportive of the previous assumption that the band belongs to the first member of the Rydberg series mentioned above, because the internuclear distance of the W^1△ state is theoretically determined to be 1.34 Å. Since most of the bands observed in the region below 1000 Å are extremely diffuse because of autoionization. Any rotationally well-resolved band has not been observed except the author's previos work by means of the high resolution spectroscopy with the reciprocal dispersion of 0.6cm^<-1>/mm.
URI: http://hdl.handle.net/10087/1890
ISSN: 0389-7540
Appears in Collections:第05巻 (1984)

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