"Scientific Research Methods"

Lecture 1. The Concept of Science. Classification of Sciences.

     Lecture 1_Presentation. The Concept of Science. Classification of Sciences.

Lecture 2. The Nature of Scientific Cognition: Sensory and Rational Knowledge.

     Lecture 2_Presentation. The Nature of Scientific Cognition: Sensory and Rational Knowledge.

Lecture 3. The Essence of Research Methodology.

     Lecture 3_Presentation. The Essence of Research Methodology.

Lecture 4. Scientific Methods of Cognition in Research.

     Lecture 4_Presentation. Scientific Methods of Cognition in Research.

Lecture 5. Methods of Empirical Research.

     Lecture 5_Presentation. Methods of Empirical Research.

Lecture 6. Methods of Theoretical Research.

     Lecture 6_Presentation. Methods of Theoretical Research.

Lecture 7. Fundamental Methods of Information Retrieval for Scientific Research.

     Lecture 7_Presentation. Fundamental Methods of Information Retrieval for Scientific Research.

Lecture 8. Methods for Processing Experimental Research Results.

     Lecture 8_Presentation. Methods for Processing Experimental Research Results.

Lecture 9. Methods of Graphical Processing of Measurement Results.

     Lecture 9_Presentation. Methods of Graphical Processing of Measurement Results.

Lecture 10. Fundamentals of Scientific Ethics.

     Lecture 10_Presentation. Fundamentals of Scientific Ethics.

Lecture 11. Specific Features of Scientific Activity. The Role and Importance of Innovation in Contemporary Scientific Research.

     Lecture 11_Presentation. Specific Features of Scientific Activity. The Role and Importance of Innovation in Contemporary Scientific Research.

 

"Radiological measurements"

Lecture 1. Sources of Ionizing Radiation.

     Lecture 1_Presentation. Sources of Ionizing Radiation.

Lecture 2. Fundamentals of Nuclear Physics.

     Lecture 2_Presentation. Fundamentals of Nuclear Physics.

Lecture 3. Radioactivity.

     Lecture 3_Presentation. Radioactivity.

Lecture 4. Nuclear Reactions.

     Lecture 4_Presentation. Nuclear Reactions.

Lecture 5. Interaction of Radiation with Matter.

     Lecture 5_Presentation. Interaction of Radiation with Matter.

Lecture 6. Physical Principles of Dosimetry.

     Lecture 6_Presentation. Physical Principles of Dosimetry.

Lecture 7. Methods of Measuring Ionizing Radiation.

     Lecture 7_Presentation. Methods of Measuring Ionizing Radiation.

Lecture 8. Standards and Regulatory Documents in Radiation Monitoring.

     Lecture 8_Presentation. Standards and Regulatory Documents in Radiation Monitoring.

Lecture 9. Operating Principle of Radiometric Radiation Monitoring Instruments.

     Lecture 9_Presentation. Operating Principle of Radiometric Radiation Monitoring Instruments.

Lecture 10. Operating Principle of Spectrometric Radiation Monitoring Instruments.

     Lecture 10_Presentation. Operating Principle of Spectrometric Radiation Monitoring Instruments.

Lecture 11. Radiation Monitoring.

     Lecture 11_Presentation. Radiation Monitoring.

 

"Fundamentals of production of radioactive isotopes"

Lecture 1. Fundamental Nuclear-Physical Terms and Definitions.

     Lecture 1_Presentation. Fundamental Nuclear-Physical Terms and Definitions.

Lecture 2. General Physical and Chemical Properties of Radioactive Compounds.

     Lecture 2_Presentation. General Physical and Chemical Properties of Radioactive Compounds.

Lecture 3. Radioactivity and the Law of Radioactive Decay.

     Lecture 3_Presentation. Radioactivity and the Law of Radioactive Decay.

Lecture 4. Fundamentals of Nuclear Reactions.

     Lecture 4_Presentation. Fundamentals of Nuclear Reactions.

Lecture 5. Radiolabeling of Chemical Compounds.

     Lecture 5_Presentation. Radiolabeling of Chemical Compounds.

Lecture 6. Production of Radionuclides in a Cyclotron.

     Lecture 6_Presentation. Production of Radionuclides in a Cyclotron.

Lecture 7. Production of Radionuclides in a Reactor.

     Lecture 7_Presentation. Production of Radionuclides in a Reactor.

Lecture 8. Application of Medical Radionuclide Generators.

     Lecture 8_Presentation. Application of Medical Radionuclide Generators.

Lecture 9. Quality Control of Radioactive Isotopes.

     Lecture 9_Presentation. Quality Control of Radioactive Isotopes.

Lecture 10. Application of Radioactive Isotopes.

     Lecture 10_Presentation. Application of Radioactive Isotopes.

Lecture 11. Radiation Safety and Handling of Radioactive Materials.

     Lecture 11_Presentation. Radiation Safety and Handling of Radioactive Materials.