1051_COMBUSTION THEORY
Course Period：FromNow ~ Any Time
Course Intro
Course Plan
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Syllabus
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Lecture Note 1
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Lecture Note 2
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Lecture Note 3
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Lecture Note 4
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Lecture Note 5
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Lecture Note 6
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Lecture Note 7
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Lecture Note 8
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Lecture Note 9
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Notes for Ex 1 and 2 (Lecture note 7)
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HW#1
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HW#2
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HW#3
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HW#4
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HW#5
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HW#6
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HW#7
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HW#8
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HW#9
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HW#10
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HW#11
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HW#12
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Pressure-dependent rate constants
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Binary diffusion coefficient HW#8
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Pressure dependent rxns lecture note
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k units in Chemkin Format
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SIMPLIFIED REACTION MECH FOR OXIDATION OF HYDRO FUEL FLAMES
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Appendix-Combustion
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Video Links
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Adiabatic Flame T code
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Thermal_Data_Calculations
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Thermal_Data_Input
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Transport Data
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ch2o example
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Binary diffusion coefficient
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Thermodynamics databse
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Midterm Exam#2012 Fall
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Midterm Exam#2013 Spring
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Midterm Exam#2013 Fall
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Midterm Exam#2015 Fall
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Midterm Grades
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Data of Fig. 6.4
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Data of Fig. 6.7 and 6.8
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Final_Exam_2017_Fall
Co-Instructor(s)
林洸銓
林洸銓
Co-Instructor(s)
王信堯
王信堯
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