Course information

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Nuclear Chemistry CHEM 421 & 404 C

Nuclear chemistry is the study of nuclear reactions and their uses in chemistry.

Teacher: Dr. عبد النبي محمد سالم أحمد

Skill Level: Beginner

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Announcements

Course Information

1 st Lecture (Nuclear structure)

1 st lecture Nuclear structure

1 st Lecture (Radioactivity in nature)

1 st lecture Radioactivity in nature

1 st Lecture (Binding energy of nucleon)

1 st lecture Binding energy of nucleon

2 nd Lecture (Radioactive decay)

2 nd Lecture (Radioactive decay)

2 nd Lecture (Alpha & Beta decay or particle)

2 nd Lecture (Alpha &amp; Beta decay or particle)

2 nd Lecture (Decay energy)

2 nd Lecture (Decay energy)

2 nd Lecture (Gamma emission and internal conversion)

2 nd Lecture (Gamma emission and internal conversion)

3 rd Lecture (Interaction of radiation with matter)

3 rd Lecture (Interaction of radiation with matter)

3 rd Lecture (Absorption of γ-radiation)

3 rd Lecture (Absorption of γ-radiation)

4 th Lecture (The kinetics of radioactive decay)

4 th Lecture (The kinetics of radioactive decay)

4 th Lecture (Radioactive-equilibrium)

4 th Lecture (Radioactive-equilibrium)

5 th Lecture (Important requirements for radiation detection)

5 th Lecture (Important requirements for radiation detection)

5 th Lecture (Radiation detection)

5 th Lecture (Radiation detection)

5 th Lecture (Scintillation detectors)

5 th Lecture (Scintillation detectors)

6 th Lecture (Liquid Scintillation Counting)

6 th Lecture (Liquid Scintillation Counting)

6 th Lecture (semiconductor detectors)

6 th Lecture (semiconductor detectors)

7 th Lecture (Fission process and the nuclear reactor)

7 th Lecture (Fission process and the nuclear reactor)

7 th Lecture (Nuclear reactors)

7 th Lecture (Nuclear reactors)

7 th Lecture (Uranium enrichment)

7 th Lecture (Uranium enrichment)

7 th Lecture (Thermal diffusion)

7 th Lecture (Thermal diffusion)

8 th Lecture (Fusion)

8 th Lecture (Fusion)

8 th Lecture (Americium and curium)

8 th Lecture (Americium and curium)

8 th Lecture (Einsteinium and fermium)

8 th Lecture (Einsteinium and fermium)

9 th Lecture (Applications of radiation)

9 th Lecture (Applications of radiation)

9 th Lecture (Applications of radiation in medicine)

9 th Lecture (Applications of radiation in medicine)

9 th Lecture (Applications of radiation in geology)

9 th Lecture (Applications of radiation in geology)

9 th Lecture (Radiometric analysis)

9 th Lecture (Radiometric analysis)

9 th Lecture (Activation analysis)

9 th Lecture (Activation analysis)

10 th Lecture (Radiation safety precautions)

10 th Lecture (Radiation safety precautions)

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2 nd Lecture (Alpha & Beta decay or particle)