Free online courseNuclear and Radiochemistry

Conteúdo do Curso

• Video class: Course Introduction - Nuclear and Radiochemistry

  0h03m

• Exercise: What is the primary focus of the nuclear and radio chemistry course mentioned?

• Video class: Week 01: Lecture 01

  0h32m

• Video class: Week 01: Lecture 02

  0h29m

• Exercise: What is the relationship between half-life and decay constant in radioactive decay?

• Video class: Week 01: Lecture 03

  0h28m

• Video class: Week 01: Lecture 04

  0h32m

• 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

  0h30m

• Video class: Week 02: Lecture 06

  0h28m

• Exercise: What influences the stability of atomic nuclei?

• Video class: Week 02: Lecture 07

  0h29m

• Video class: Week 02: Lecture 08

  0h30m

• Exercise: What does the liquid drop model predict about beta decay?

• Video class: Week 02: Lecture 09

  0h29m

• Video class: Week 02: Lecture 10

  0h33m

• Exercise: What concept does the shell model successfully explain?

• Video class: Week 03: Lecture 11

  0h31m

• Video class: Week 03: Lecture 12

  0h31m

• Exercise: What is a key difference between beta minus and beta plus decay?

• Video class: Week 3: Lecture 14

  0h32m

• Video class: Week 03: Lecture 15

  0h29m

• Exercise: What is a significant difference in the interaction mechanisms between fast electrons and heavy charged particles?

• Video class: Week 04: Lecture 16

  0h32m

• Video class: Week 04: Lecture 17

  0h32m

• Exercise: What is the principle behind detecting radiation with a detector?

• Video class: Week 04: Lecture 18

  0h31m

• Video class: Week 04: Lecture 19

  0h27m

• 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

  0h32m