
- Instructor: Victoria Spencer
- Lectures: 47
- Students: 12663
- Duration: 10 weeks
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CONTENTS | ||
This module deals with the basics of nuclear physics, in terms of nuclear dimension, constituent particles, mass, magnetic moment, electric moment, nuclear shape, nuclear binding energy and stability. (3 lectures + 1tutorial).. The structure of the nucleus is discussed in the light of liquid drop and nuclear shell model. (3 lectures + 1 tutorial) | ||
Lecture 1: | ||
In this lecture some of the basic properties like, constituent particles, mass, dimension, of an atomic nucleus are discussed. | ||
Lecture 2: | ||
In this lecture the electric moment of a nucleus and different nuclear shapes is discussed in detail. | ||
Lecture 3: | ||
This lecture deals with the binding energy of a nucleus and its implication in nuclear stability. | ||
Lecture 4 (Examples with hints for lectures 1 to 3): | ||
This is equivalent to lecture 4. Problems related to the above three lectures and hints of the answers are provided in this section. | ||
Lecture 5 and 6: | ||
In this lecture a detail discussion on liquid drop model of nucleus and its significance to understand nuclear stability is made. | ||
Lecture 7: | ||
In this lecture nuclei with magic numbers and nuclear shell model have been discussed in a simple manner. | ||
Lecture 8 (Examples with hints for lectures 5 to 7): | ||
This is equivalent to lecture 8. Problems related to the mass formula and nuclear stability are given and hints of the answers are provided.Free CertificationAcademy Europe presents high-quality formal diplomas, certificates and e-certificates which are formal proof and recognition of accredited online courses. It shows all student’s abilities to learn and achieve high results and is very useful to promote personal career including with CVs, job applications and self improvements. How can you get your certificate at Academy Europe?
Samples: Horizantal Diploma – Horizantal Certificate – Vertical E-Certificate
PrerequisitesThe basic knowledge of Graphical User Interface, Object Oriented Programming and software tools and menus are the only prerequisite for this tutorial. Before you start proceeding with this course on Academy Europe, we are assuming that you have a good aptitude and can think logically. You should want to try something different. Ideal candidates for the course would typically possess: – Discipline and attentiveness – Ability to conduct research – Ability to perform tasks with speed, efficiency, and accuracy – Analytical judgment – Patience to interpret technical/scientific data – A willingness to learn, roll up your sleeves and work toward your dream! – A computer, tablet or smartphone and an internet connection – Basic computer skills AudienceThis tutorial has been intended for the users willing to take the human computer interactions as a next level of study in their career. This course by Academy Europe aims at imparting quality education and training to students. Academy Europe is dedicated to its students, their specific learning requirements, and their overall learning success. This course is directed toward a student-centered, independent study, asynchronous learning approach. After completing this course on Academy Europe, students will get self improvement and promotion in their careers. This course is based on at least two learning skills which are provided to the users through audio & visuals, videos, verbal presentations and articles, all of which are asynchronized with distance education approach. |
Curriculum
- 5 Sections
- 47 Lessons
- 10 Weeks
- Introduction :Basic Properties of an Automic Nucleus10
- 2.1Introduction
- 2.2Constituent particles in a nucleus
- 2.3Nuclear Dimension
- 2.4Shape of the Nucleus: Electric Moments and magnetic Moment
- 2.5Binding Energy of a Nucleus
- 2.6Examples with hints
- 2.7Liquid Drop Model: Nuclear Stability
- 2.8Liquid Drop Model: Nuclear Stability (Contd.)
- 2.9Magic Nuclei and Nuclear Shell Model
- 2.10Examples with hints10 Minutes
- Interaction of Nuclear Radiation with Matter and Nuclear Detection Technology9
- Nuclear Reaction - Nuclear Energy - Nuclear Model9
- 4.1Contents
- 4.2Fundamentals of Nuclear Reactions, Energy and Model
- 4.3Reaction Cross section and Examples of various Nuclear Reactions
- 4.4Fission Reaction Mechanism, Energy in Fission Reaction and Basic Formulation on Fission Reactor
- 4.5Basic Design Aspects of a Fission Reactor
- 4.6Basic Design Aspects of a Fission Reactor (Contd.)
- 4.7Basic Fusion Process, Stellar Evolution and Fusion Reaction Rate
- 4.8Fusion Reactions in the Plasma and Reactor Design Aspects of Fusion Reactor
- 4.9Various issues related to Tokamak and the present status
- Formation of Radioactivity9
- 5.1Contents
- 5.2Basic Formulation of Radioactivity
- 5.3Theory of Successive Transformation and Radioactive Equilibrium
- 5.4Basic Formulation on Radioactive Dating process
- 5.5Accelerator Mass Spectrometry
- 5.6Radiation Dosimetry and Interaction of Nuclear Radiation with Biological Specimen
- 5.7Radioisotopes and Their Use in Medical Diagnostics
- 5.8Nuclear Radiation Based Therapy
- 5.9Practical Examples Related To Above Topics
- Analytical Process Based on Nuclear Techniques10
- 6.1Contents
- 6.2Neutron Activation Analysis (NAA)
- 6.3Neutron Activation Analysis (NAA) (Cont.)
- 6.4Rutherford Back Scattering Spectrometry (RBS)
- 6.5Rutherford Back Scattering Spectrometry (RBS)(Cont.)
- 6.6Nuclear reaction Analysis (NRA)
- 6.7Nuclear reaction Analysis (NRA) (Continued)
- 6.8Particle induced X-ray emission (PIXE)
- 6.9Particle induced X-ray emission (PIXE) (Continued)
- 6.10Bibliography