Full name: Aziz Hamaraheem Fatah
Gender: Male
Phone Number: 07701581362
Certificate type : PhD , in : Physics ,in :Iraq
Academic title: Lecturer
College: Science
Department: Physics
Date of starting teaching: 2000-11-14
Number of years experience: 21
Administration Position: , from :
Working type of UOH: Parttime
Date of birthday: 1970-01-01
Teaching Philosophy: The aim of this course is to give a BSc-student the required and important idea and features in nuclear physics which can be abbreviated to introduce: 1. The constituents, size (volume), density and structure of the atomic nucleus. 2. The static nuclear properties: nuclear masses, magnetic dipole moment, electric quadrapole moment, spin and parity, nuclear binding energy with their representation. 3. Separation energy of proton, neutron, and alpha particle from the nucleus. 4. Important role of the liquid drop model in describing nuclear binding energy and nuclear stability corresponding to the isobaric (beta) transitions. And showing the failure of this model in describing the stability of the magic number nuclei. 5. The role of the nuclear shell model especially with using the spin-orbit interaction to produce all magic numbers, as well as, to predict the spin and parity for the ground state with the magnetic dipole moment. 6. The appearing the collective model as the result of failure of nuclear shell model in the description of the excitation in the even-even nuclei. 7. The deuteron nucleus and mirror nuclei to show that the nature of nuclear force is spin-dependent and charge independent with a tensor type and saturates. 8. Types of nuclear reactions with their Q-value equation and how the kinetic energy and rest mass energy is converted each to other in the exoergic and endoergic reactions. 9. The concepts of the nuclear radioactivity with the half-life (and mean) time, decay constant, and activity of the radioactive sources. 10. The main source of the radioactivity can be classified into two types; natural series and artificial sources. 11. The alpha, beta, and gamma decays represent the nuclear radiations. They can be treated as the spontaneous reaction to find their Q-value reaction. Alpha decay is a charged nuclear radiation (Helium nucleus) that happens in the heavy nuclei and happens to create the stability of the nuclear charge and volume.
Gender: Male
Phone Number: 07701581362
Certificate type : PhD , in : Physics ,in :Iraq
Academic title: Lecturer
College: Science
Department: Physics
Date of starting teaching: 2000-11-14
Number of years experience: 21
Administration Position: , from :
Working type of UOH: Parttime
Date of birthday: 1970-01-01
Teaching Philosophy: The aim of this course is to give a BSc-student the required and important idea and features in nuclear physics which can be abbreviated to introduce: 1. The constituents, size (volume), density and structure of the atomic nucleus. 2. The static nuclear properties: nuclear masses, magnetic dipole moment, electric quadrapole moment, spin and parity, nuclear binding energy with their representation. 3. Separation energy of proton, neutron, and alpha particle from the nucleus. 4. Important role of the liquid drop model in describing nuclear binding energy and nuclear stability corresponding to the isobaric (beta) transitions. And showing the failure of this model in describing the stability of the magic number nuclei. 5. The role of the nuclear shell model especially with using the spin-orbit interaction to produce all magic numbers, as well as, to predict the spin and parity for the ground state with the magnetic dipole moment. 6. The appearing the collective model as the result of failure of nuclear shell model in the description of the excitation in the even-even nuclei. 7. The deuteron nucleus and mirror nuclei to show that the nature of nuclear force is spin-dependent and charge independent with a tensor type and saturates. 8. Types of nuclear reactions with their Q-value equation and how the kinetic energy and rest mass energy is converted each to other in the exoergic and endoergic reactions. 9. The concepts of the nuclear radioactivity with the half-life (and mean) time, decay constant, and activity of the radioactive sources. 10. The main source of the radioactivity can be classified into two types; natural series and artificial sources. 11. The alpha, beta, and gamma decays represent the nuclear radiations. They can be treated as the spontaneous reaction to find their Q-value reaction. Alpha decay is a charged nuclear radiation (Helium nucleus) that happens in the heavy nuclei and happens to create the stability of the nuclear charge and volume.