صفحة عضو هيئة التدريس

The lab is to conduct electricity experiments (including Ohm`s law, Kirchhoff`s law, Coulomb`s law, and capacitors) and Mechanics experiments that include linear and circular motion.

The course Studies nuclear properties including Nuclear characteristics, nuclear stability, and nuclear decay. Nuclear models: Liquid drop model. Shell model, Fermi gas Model, and collective model. Radioactivity and radioactive decay of Alpha, Beta, and Gamma radiation. Nuclear reactions; Types of reactions, Fission and Fusion reactions, reaction cross-section, and conservation laws. Nuclear reactors and accelerators.

The course Studies nuclear properties including Nuclear characteristics, nuclear stability, and nuclear decay. Nuclear models: Liquid drop model. Shell model, Fermi gas Model, and collective model. Radioactivity and radioactive decay of Alpha, Beta, and Gamma radiation. Nuclear reactions; Types of reactions, Fission and Fusion reactions, reaction cross-section, and conservation laws. Nuclear reactors and accelerators.

The course Studies nuclear properties including Nuclear characteristics, nuclear stability, and nuclear decay. Nuclear models: Liquid drop model. Shell model, Fermi gas Model, and collective model. Radioactivity and radioactive decay of Alpha, Beta, and Gamma radiation. Nuclear reactions; Types of reactions, Fission and Fusion reactions, reaction cross-section, and conservation laws. Nuclear reactors and accelerators.

The course Studies nuclear properties including Nuclear characteristics, nuclear stability, and nuclear decay. Nuclear models: Liquid drop model. Shell model, Fermi gas Model, and collective model. Radioactivity and radioactive decay of Alpha, Beta, and Gamma radiation. Nuclear reactions; Types of reactions, Fission and Fusion reactions, reaction cross-section, and conservation laws. Nuclear reactors and accelerators.

The course Studies nuclear properties including Nuclear characteristics, nuclear stability, and nuclear decay. Nuclear models: Liquid drop model. Shell model, Fermi gas Model, and collective model. Radioactivity and radioactive decay of Alpha, Beta, and Gamma radiation. Nuclear reactions; Types of reactions, Fission and Fusion reactions, reaction cross-section, and conservation laws. Nuclear reactors and accelerators.

The course Studies nuclear properties including Nuclear characteristics, nuclear stability, and nuclear decay. Nuclear models: Liquid drop model. Shell model, Fermi gas Model, and collective model. Radioactivity and radioactive decay of Alpha, Beta, and Gamma radiation. Nuclear reactions; Types of reactions, Fission and Fusion reactions, reaction cross-section, and conservation laws. Nuclear reactors and accelerators.