Ion optical study of mass analyzers

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博士論文

CONTENTS / p2 (0004.jp2)
1.Introduction / p1 (0005.jp2)
2.Design and construction of a high performance mass spectrometer / p4 (0008.jp2)
2.1 Introduction / p4 (0008.jp2)
2.2 "MSPLEX"optimization program using simplex method / p8 (0012.jp2)
2.3 Ion optical system of a new double focussing mass spectrometer / p14 (0018.jp2)
2.4 Ion optical system of a tandem mass spectrometer / p22 (0026.jp2)
2.5 Zooming function of a mass spectrometer using quadrupole-octapole-quadrupole arrangement / p40 (0044.jp2)
3."ELECTRA"Electric field calculation and ray tracing program / p52 (0056.jp2)
3.1 Introduction / p52 (0056.jp2)
3.2 Charge density method / p53 (0057.jp2)
3.3 Integration of the equations of motion / p77 (0081.jp2)
3.4 Routines of ELECTRA / p79 (0083.jp2)
4.Examples of application of"ELECTRA"to fringing field calculations / p86 (0090.jp2)
4.1 Fringing field integrals of a electrostatic quadrupole lens / p86 (0090.jp2)
4.2 Higher order aberrations in the fringing field of an electrostatic analyzer / p94 (0098.jp2)
4.3 Influence of higher order effects and imperfect boundary shape of magnet on image aberration / p106 (0110.jp2)
5.Combination of"ELECTRA"and"MSPLEX" / p113 (0117.jp2)
5.1 Design of NMR magnet having a wide gap / p113 (0117.jp2)
5.2 Design of retardation lens system for a hybrid mass spectrometer / p117 (0121.jp2)
6.Conclusion / p125 (0129.jp2)

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Ion optical study of mass analyzers 質量分析装置に関するイオン光学的研究