NOC:Nuclear and Radiochemistry

Lecture 1 - Radioactivity

Lecture 2 - Radioactive decay

Lecture 3 - Radioactive decay chain

Lecture 4 - Radioactive equilibria

Lecture 5 - Nuclear structure and stability

Lecture 6 - Nuclear force and nuclear properties

Lecture 7 - Liquid drop model

Lecture 8 - Applications of Liquid drop model

Lecture 9 - Nuclear Shell model

Lecture 10

Lecture 11 - Alpha decay

Lecture 12 - Beta decay

Lecture 13 - Gamma decay

Lecture 14 - Interaction of radiations with matter

Lecture 15 - Interaction of fast electrons with matter

Lecture 16 - Interaction of electromegnetic radiations with matter

Lecture 17 - Principles of radiation detectors

Lecture 18 - Gas filled detectors

Lecture 19 - Scintillator detectors

Lecture 20 - Semiconductor detectors

Lecture 21

Lecture 22

Lecture 23

Lecture 24

Lecture 25

Lecture 26 - Compound nucleus reactions

Lecture 27 - Nuclear fission

Lecture 28 - Nuclear fusion

Lecture 29 - Production of radioisotopes using neutrons

Lecture 30 - Radioisotope production using charged particles

Lecture 31 - Radiochemical practices

Lecture 32 - Radioanalytical techniques and applications

Lecture 33 - Nuclear analytical techniques

Lecture 34 - Applications of neutron activation analysis

Lecture 35 - Ion beam analysis

Lecture 36 - Nuclear reaction analysis and particle induced gamma emission

Lecture 37 - Nuclear Probes: Positron annihilation spectroscopy

Lecture 38 - Perturbed angular corelation

Lecture 39 - Radioisotope applications in healthcare

Lecture 40 - Radioisotope applications in Industry, agriculture and food technology

Lecture 41 - History of actinides

Lecture 42 - Actinide concept

Lecture 43 - Actinide ionic species in water

Lecture 44 - Actinide hydration and Hydrolysis

Lecture 45 - pH-pE concept

Lecture 46 - Ln/An absorption spectroscopy - I

Lecture 47 - Ln/An absorption spectroscopy - II

Lecture 48 - Ln/An emission spectroscopy - I

Lecture 49 - Ln/An emission spectroscopy - II

Lecture 50 - Solution chemistry Actinides

Lecture 51 - Complexation of actinides - I

Lecture 52 - Complexation of actinides - II

Lecture 53 - Solvent extraction of actinides - I

Lecture 54 - Solvent extraction of actinides - II

Lecture 55 - Actinide partitioning

Lecture 56 - Analytical chemistry of actinides

Lecture 57 - Transactinides

Lecture 58 - Fast radiochemical separations

Lecture 59 - Actinides in the environment

Lecture 60 - Actinides sorption and migration