Free Course Image Nuclear and Radiochemistry

Free online courseNuclear and Radiochemistry

Duration of the online course: 31 hours and 56 minutes

New course

Dive into nuclear and radiochemistry with this free NPTEL course. Explore in-depth physics topics through structured weekly lectures with engaging content.

In this free course, learn about

  • Course Introduction and Overview
  • Radioactive Decay and Nuclear Basics
  • Nuclear Structure and Models
  • Radioactive Decay Modes and Radiation Interaction
  • Gamma Decay and Fundamentals of Radiation Detection
  • Nuclear Reactions and Cross Sections
  • Compound Nuclei, Superheavy Elements, and Accelerators
  • Radioisotope Tracers and Analytical Applications
  • Nuclear Reaction Analysis and Industrial Applications
  • Uranium Chemistry and Nuclear Fuel Cycle
  • Coordination Chemistry of f-Block Elements
  • Spectroscopic and Separation Methods in Actinide Chemistry
  • Advanced Actinide and Transactinide Chemistry

Course Description

Explore the fundamental aspects of nuclear and radiochemistry with this comprehensive course offered by NPTEL. This online program delves into intricate aspects of physics, providing insights into various topics related to nuclear processes and radiochemical techniques.

Starting with an introduction to nuclear and radiochemistry, it progresses through structured weekly lectures. In Week 1, learners engage with foundational elements that set the groundwork for more complex discussions. As the program advances, Week 2 builds upon these basics by diving deeper into specific nuclear reactions and methodologies.

Week 3 further elaborates on the topics covered, with a focus on understanding the experimental and theoretical aspects of nuclear science. In Week 4, concepts are clarified and expanded upon to offer a more thorough grasp of the subject matter. Subsequent weeks continue this pattern, presenting more advanced content and specialized topics.

The curriculum expands around the mid-point with more detailed and nuanced discussions that cover a wide array of topics. As students move into weeks 7 and 8, the complexity increases, challenging learners to integrate the knowledge they've acquired.

In the final stretch comprising Weeks 9 to 12, the course culminates with extensive coverage of advanced topics, thereby ensuring that participants can not only understand but apply their learning effectively in various real-world scenarios. This gradual progression fosters a robust understanding of nuclear and radiochemistry, readying participants for further studies or practical application in the field.

Course content

  • Video class: Course Introduction - Nuclear and Radiochemistry 03m
  • Exercise: What is the primary focus of the nuclear and radio chemistry course mentioned?
  • Video class: Week 01: Lecture 01 32m
  • Video class: Week 01: Lecture 02 29m
  • Exercise: What is the relationship between half-life and decay constant in radioactive decay?
  • Video class: Week 01: Lecture 03 28m
  • Video class: Week 01: Lecture 04 32m
  • Exercise: In a scenario where a parent isotope is much longer-lived than its daughter isotope, what type of equilibrium is described?
  • Video class: Week 01: Lecture 05 30m
  • Video class: Week 02: Lecture 06 28m
  • Exercise: What influences the stability of atomic nuclei?
  • Video class: Week 02: Lecture 07 29m
  • Video class: Week 02: Lecture 08 30m
  • Exercise: What does the liquid drop model predict about beta decay?
  • Video class: Week 02: Lecture 09 29m
  • Video class: Week 02: Lecture 10 33m
  • Exercise: What concept does the shell model successfully explain?
  • Video class: Week 03: Lecture 11 31m
  • Video class: Week 03: Lecture 12 31m
  • Exercise: What is a key difference between beta minus and beta plus decay?
  • Video class: Week 3: Lecture 14 32m
  • Video class: Week 03: Lecture 15 29m
  • Exercise: What is a significant difference in the interaction mechanisms between fast electrons and heavy charged particles?
  • Video class: Week 04: Lecture 16 32m
  • Video class: Week 04: Lecture 17 32m
  • Exercise: What is the principle behind detecting radiation with a detector?
  • Video class: Week 04: Lecture 18 31m
  • Video class: Week 04: Lecture 19 27m
  • Exercise: What is the main advantage of sodium iodide doped with thallium as a scintillation detector for gamma counting?
  • Video class: Week 04: Lecture 20 32m
  • Video class: Week 3: Lecture 13 32m
  • Exercise: What determines the type of gamma decay transition?
  • Video class: Week 05: Lecture 21 29m
  • Exercise: What was the first nuclear reaction carried out?
  • Video class: Week 5: Lecture 22 32m
  • Video class: Week 05: Lecture 23 32m
  • Exercise: What is a measure of the probability of occurrence of a nuclear reaction?
  • Video class: Week 05: Lecture 24 30m
  • Video class: Week 5: Lecture 25 31m
  • Video class: Week 6: Lecture 26 33m
  • Exercise: What defines the stability of a compound nucleus formed in a nuclear reaction?
  • Video class: Week 6: Lecture 27 31m
  • Video class: Week 6: Lecture 28 28m
  • Exercise: What is a significant challenge in extending the periodic table?
  • Video class: Week 6: Lecture 29 31m
  • Video class: Week 6: Lecture 30 32m
  • Exercise: Which accelerator type is mainly used for producing radioisotopes in industry?
  • Video class: Week 7: Lecture 31 34m
  • Video class: Week 7: Lecture 32 32m
  • Exercise: What is the main advantage of using radioactive tracers in chemical processes?
  • Video class: Week 7: Lecture 33 33m
  • Video class: Week 7: Lecture 34 32m
  • Exercise: What is one of the primary benefits of Neutron Activation Analysis (NAA)?
  • Video class: Week 7: Lecture 35 31m
  • Video class: Week 8: Lecture 36 29m
  • Exercise: What is NRA in nuclear reaction analysis?
  • Video class: Week 8: Lecture 37 32m
  • Video class: Week 8: Lecture 38 33m
  • Exercise: What is the main application of Perturbed Angular Correlation (PAC) spectroscopy discussed in the lecture?
  • Video class: Week 8: Lecture 39 32m
  • Video class: Week 8: Lecture 40 34m
  • Exercise: What is one use of radioisotopes in industry according to the lecture?
  • Video class: Week 9: Lecture 41 29m
  • Video class: Week 9: Lecture 42 28m
  • Exercise: What is the approximate concentration of uranium in seawater?
  • Video class: Week 9: Lecture 43 36m
  • Video class: Week 9: Lecture 44 37m
  • Exercise: Which oxidation states are most commonly found for uranium?
  • Video class: Week 9: Lecture 45 38m
  • Video class: Week 10: Lecture 46 27m
  • Exercise: Which ion forms the most stable complex with ligands through electrostatic interactions?
  • Video class: Week 10: Lecture 47 34m
  • Video class: Week 10: Lecture 48 35m
  • Exercise: What determines the starting point of hydrolysis in metal ions?
  • Video class: Week 10: Lecture 49 34m
  • Video class: Week 10: Lecture 50 32m
  • Exercise: What is one key difference between the electronic spectra of lanthanides and actinides?
  • Video class: Week 11: Lecture 51 35m
  • Video class: Week 11: Lecture 52 32m
  • Exercise: What does an excitation spectrum measure in chemistry?
  • Video class: Week 11: Lecture 53 31m
  • Video class: Week 11: Lecture 54 30m
  • Exercise: What factor causes a decrease in plutonium 4+ ion extraction at high nitric acid concentrations?
  • Video class: Week 11: Lecture 55 33m
  • Video class: Week 12: Lecture 56 28m
  • Exercise: Which actinide is used as a power source in space shuttles?
  • Video class: Week12: Lecture 57 32m
  • Video class: Week 12: Lecture 58 34m
  • Exercise: What happens to neptunium ions at higher pH levels in clay minerals?
  • Video class: Week 12: Lecture 59 26m
  • Video class: Week 12: Lecture 60 33m
  • Exercise: Which phase of chemistry is easier for studying transactinide elements?

This free course includes:

31 hours and 56 minutes of online video course

Digital certificate of course completion (Free)

Exercises to train your knowledge

100% free, from content to certificate

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