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Online Theses Library of MG University
Category Title / Sections Scholar Branch of Study Year
Page Fig.3.1. The flow diagram of successive procedures followed in the Monte carlo simulation,. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io ) Marykutty Michael Physics 2001
Page Fig.3.12. Efficiencies of various loss channels grouped into important processes. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io Marykutty Michael Physics 2001
Page 3.7.1. Dissociation cross Sections. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io ) Marykutty Michael Physics 2001
Page Fig.3.13. Dissociation cross sections estimated using the dissociation to excitation cross section (DEcS) ratios of O2, (line with solid circles), N2 (line with crosses), and H2O (line with open diamonds). (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io Marykutty Michael Physics 2001
Page Fig.3.14. Efficiency of the dissociation process calculated using all the three estimated cross sections.. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io ) Marykutty Michael Physics 2001
Page Fig.3.15. Efficiencies of various important loss channels after including dissociation as a separate process.. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io Marykutty Michael Physics 2001
Page 4.2. cross Sections. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io ) Marykutty Michael Physics 2001
Page 4.2.1. Photo absorption cross Section. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io Marykutty Michael Physics 2001
Page 4.2.2. Photo ionization cross Section. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io ) Marykutty Michael Physics 2001
Page Fig.4.1 Photoabsorption cross sections of SO2 reported by Wu and Judge (1981), Hamdy ct al. (1991)cooper (1991) and Holland (1995). (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io Marykutty Michael Physics 2001
Page Fig.4.2 The photoabsorption (ABS) and photoionization cross sections of SO2 forming SO2+, SO+, S+, O2+ and O+ ions.. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io ) Marykutty Michael Physics 2001
Page Table 4.1. Photoabsorption and Photoionization cross sections of SO2 averaged at 37 wavelengths. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io Marykutty Michael Physics 2001
Page 4.6. conclusions. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io ) Marykutty Michael Physics 2001
Page Fig.5.2. Photoelectron flux calculated using Monte carlo (solid lines) and Analytical Yield Spectra (dotted lines) models at 3 altitudes in the Ios atmosphere.. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io Marykutty Michael Physics 2001
Page 5.5. calculated UV Emissions and Discussion. (Thesis: Model for electron degradation and production of emissions in the atmosphere of Io ) Marykutty Michael Physics 2001



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