University :Mansoura University |
Faculty :Faculty of Science |
Department :Physics Department |
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| 1- Course data :- |
| | Code: | 41402 | | Course title: | Biophysics(1B | | Year/Level: | رابعة فيزياء حيوية | | Program Title: | | | Specialization: | | | Teaching Hours: | Theoretical: | 4 | Tutorial: | | Practical: | |
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| 2- Course aims :- |
| - Aims at introducing students to the basics and fundamentals of Molecular Spectroscopy including different types of spectroscopic analysis methods and applications.Understanding the interaction of E.M.Waves with matter.Comprehension of the mutual relation between.molecular spectrum and molecular structure. Application in our daily life (ex. microwave Oven) and other scientific fields (ex.Astronomy)
- Aims at introducing the students to the basics and fundamentals of biophysical radiations, including studying the different types of radiations and its effects on the biological systems. This study leads to find the qualitative and quantitative relations which describe these effects.
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| 3- Course Learning Outcomes :- |
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| 4- Course contents :- |
| | No | Topics | Week |
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| 1 | Electronic Spectroscopy of Molecules | | | 2 | Spin Resonance Spectroscopy, NMR Spectroscopy, MRI . | | | 3 | Matter,Energy and Radiation. Elementary Particles.Excitation & Ionization. | | | 4 | Electromagnetic Waves. Quantum nature of energy exchange. Interaction of Radiation (charged particles) with matter. Energy loss by inelastic collision. | | | 5 | Energy loss of fast electrons by radiation. X-ray spectra, Bremsstrahlung prodution. | | | 6 | Dosimetry of Ionizing Radiation, Definitions, Calculationof Exposure Dose-Rates. | | | 7 | Absorbed Dose from radioa isotopes within the body. MaximumPermissible Levels of Radiation Dose. | | | 8 | Maximum Permissible Annual Intake. Maximum Permissible Concentration. Estimation of internal contamination. | | | 9 | Biological effects of radiation. Effects of radiation on biological molecules. | | | 10 | Revesion for all the course, Problems and excercises. | | | 11 | Characterization of EMR&Quantization of energy levels,Spectral regions, Basics of practical spectroscopy. Microwave Spectroscopy,Rotational energy levels,Spectra of diatomic and polyatomic molecules. | | | 12 | Microwave oven, Analysis by microwave spectroscopy, Techniques & loboratory Instrumentation. Infrared Spectroscopy,Vibrating diatomic molecules,Diatomic Vibrating-Rotator,an ex.. CO2 Spectrum. | | | 13 | Breakdownof Born-Oppenheimer Approx Interaction Rotation-Vibration. Polyatomic molecules, Analysis by Infrared techniques. | | | 14 | Raman Spectroscopy, Pure Rotational Raman Spectra, Vibrational Raman Spectra, Light Polarizn & Raman. | | | 15 | Structural Determination by Raman & IR. | |
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| 5- Teaching and learning methods :- |
| | S | Method |
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| Class lectures using board. Transparencies. Drawing structrures and using some pictures. resentation of some molecular spectrograms. | | Lecture Presentation. Homework. Assignments.
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| 6- Teaching and learning methods of disables :- |
| No data found. |
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| 7- Student assessment :- |
| A. Timing |
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| B. Degree |
| | No | Method | Degree |
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| 1 | Mid_term examination | | | 2 | Final_term examination | 90 | | 3 | Oral examination | 10 | | 4 | Practical examination | | | 5 | Semester work | | | 6 | Other types of asessment | | | Total | 100% |
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| 8- List of books and references |
| | S | Item | Type |
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| 1 | Fundamentals of Molecular Spectroscopy,Colin N.Banwell& Elaine M.McCash,McGraw-Hill | | | 2 | Molecular Structure & Molecular Spectra, Vol.1,Spectra of diatomic molecules, G.Herzberg | | | 3 | Radiation Biophysics, Howard L. Andrews | | | 4 | Nuclear Raiation Physics, Lapp, R.E. and H. L. Andrew | | | 5 | Egyptian Journal of Biophysics….. | |
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| 9- Matrix of knowledge and skills of the course |
| | S | Content | Study week |
|---|
| Electronic Spectroscopy of Molecules | | | Spin Resonance Spectroscopy, NMR Spectroscopy, MRI . | | | Matter,Energy and Radiation. Elementary Particles.Excitation & Ionization. | | | Electromagnetic Waves. Quantum nature of energy exchange. Interaction of Radiation (charged particles) with matter. Energy loss by inelastic collision. | | | Energy loss of fast electrons by radiation. X-ray spectra, Bremsstrahlung prodution. | | | Dosimetry of Ionizing Radiation, Definitions, Calculationof Exposure Dose-Rates. | | | Absorbed Dose from radioa isotopes within the body. MaximumPermissible Levels of Radiation Dose. | | | Maximum Permissible Annual Intake. Maximum Permissible Concentration. Estimation of internal contamination. | | | Biological effects of radiation. Effects of radiation on biological molecules. | | | Revesion for all the course, Problems and excercises. | | | Characterization of EMR&Quantization of energy levels,Spectral regions, Basics of practical spectroscopy. Microwave Spectroscopy,Rotational energy levels,Spectra of diatomic and polyatomic molecules. | | | Microwave oven, Analysis by microwave spectroscopy, Techniques & loboratory Instrumentation. Infrared Spectroscopy,Vibrating diatomic molecules,Diatomic Vibrating-Rotator,an ex.. CO2 Spectrum. | | | Breakdownof Born-Oppenheimer Approx Interaction Rotation-Vibration. Polyatomic molecules, Analysis by Infrared techniques. | | | Raman Spectroscopy, Pure Rotational Raman Spectra, Vibrational Raman Spectra, Light Polarizn & Raman. | | | Structural Determination by Raman & IR. | |
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| Course Coordinator(s): - |
| - Mohamed Mohamed Mansour Gabr
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| Head of department: - |
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