1953
DOI: 10.1088/0950-7671/30/9/309
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A mass spectrometer ion source for solid material

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1954
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Cited by 6 publications
(3 citation statements)
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“…Barnard (17) gives a general discussion of ion sources using electron guns, and Vauthier (317) describes an electron gun that does not require an auxiliary magnetic field for collimation. Descriptions are also given of furnace sources (37,243,326) and surface ionization sources for positive ions (5, 159) and negative ions (145). Tsukada (310) gives a detailed description of an oscillator-type source for use with a spiral orbit mass spectrometer.…”
Section: Instrumentation Methods and Techniquesmentioning
confidence: 99%
“…Barnard (17) gives a general discussion of ion sources using electron guns, and Vauthier (317) describes an electron gun that does not require an auxiliary magnetic field for collimation. Descriptions are also given of furnace sources (37,243,326) and surface ionization sources for positive ions (5, 159) and negative ions (145). Tsukada (310) gives a detailed description of an oscillator-type source for use with a spiral orbit mass spectrometer.…”
Section: Instrumentation Methods and Techniquesmentioning
confidence: 99%
“…type following the original design of Nier (7). Instrument I was of glass-metal construction with a source similar to that of Palmer and Aitken (9) and gave a mass resolution of better than 1 part in 220. The exit slit of the source was made 0.075 mm.…”
Section: Literature Citedmentioning
confidence: 99%
“…to the loss of one hydrogen atom. Neglecting second-order effects, the observed spectrum may be analytically expressed as follows: 249' = 249 -p(249) -g(249) = 249(1 -pq) (9) 251' = 251 -33(251) -g(251) + g(252) = 251 (1 -pq) + g(252) (10) 252' = 252 -p(252) -q(252) + p(251) + q( 253) = 252(1 -pq) + p( 251) + g(253) (11)…”
mentioning
confidence: 99%