Chapter 1. Introduction and Basic concepts Chapter 2. Radiation Chapter 3. Basic Instrumentation for Nuclear Technology Chapter 4. Power From Fission Chapter 5. Thermonuclear Fusion Chapter 6. Nuclear Weapons Chapter 7. Nuclear Waste Chapter 9. Nuclear Analysis Methods Chapter 10. Nuclear Technology in Industry and Agriculture Chapter 11. Medical Applications of Nuclear Technology Chapter 12. Impact, Issues and Future of Nuclear Technology
1) Fundamentals of Nuclear Science and Engineering, J.Kenneth Shultis and Richard E.Faw (Marcel Dekker) 1) Fundamentals of Nuclear Science and Engineering, J.Kenneth Shultis and Richard E.Faw (Marcel Dekker) 2) Nuclear Physics - Principles and Applications, J.S.Lilley, (John Wiley & Sons, Ltd ) 3) Nuclear Technology, Joseph A. Angelo,Jr (Greenwood Press) 4) Nuclear Energy – Principles, Practices, and Prospects, David Bodansky (Springer) 5) Introduction to Nuclear Technology, Lecture notes by Chung Chieh
Class discussion and home work 40% Midterm report 10% Final Exam 50%
medicine, basic research, agriculture, industry, archaeology, geology, environmental science, and space exploration medicine, basic research, agriculture, industry, archaeology, geology, environmental science, and space exploration nuclear technology has played a dominant role in national security and geopolitics GDP 4.7% (USA)
Atomic Bomb - the age of nuclear weaponry. Atomic Bomb - the age of nuclear weaponry. Human beings were capable of unleashing wholesale destruction on planet Earth Pandora Box deliver misfortune into the house of man
1803, J.Dalton, suggested that each chemical element was composed of a particular type of atom. 1803, J.Dalton, suggested that each chemical element was composed of a particular type of atom. 1811, A.Avogadro, Avogadro’s Law. 1869, Mendeleev,
Atom - smallest unit of a chemical element Atom - smallest unit of a chemical element - Size on the order of 10-8 cm (1 Angstrom)
- Contains Z electrons (Qe = -1e, me = 0.511 MeV/c2)
- e = 1.602x10-19 Coulomb
- and
- Nucleus –
- Size on the order of 10-13 cm (1 Fermi )
- Contains more than 99.9% of the mass of the atom
- Made of Z protons and N neutrons
- Proton (Qp = +1e, mp = 938.28 MeV/c2 )
- Neutron (Qn = 0, mn = 939.57 MeV/c2 )
- A = Atomic mass = Z + N
- Held together by strong nuclear force
- ZXN where X = chemical symbol
- The Significance of Nuclear Technology
- Early Discoveries
- Basic Facts and Definitions
- 4.Units
- SI system, Physical constants, natural unit
- 5.Nuclear Reactions
1) The nucleus and its constituents 1) The nucleus and its constituents
Nuclide核素: a term used to refer to a particular atom or nucleus with a specific neutron number N and atomic (proton) number Z. Nuclide核素: a term used to refer to a particular atom or nucleus with a specific neutron number N and atomic (proton) number Z. Isotopes同位素: atoms of the same element with different number of neutron isobar同量异位素: nuclides with the same mass number A = N + Z but with different number of neutrons N and protons Z. Isotone同中子异位素: nuclides with the same number of neutrons N but different number of protons Z. isomer同质异能素 : the same nuclide (same Z and N) in which the nucleus is in different long lived excited states.
- The Significance of Nuclear Technology
- Early Discoveries
- Basic Facts and Definitions
- 4.Units
- Grammar, SI system, Physical constants, natural unit
- 5.Nuclear Reactions
Grammar
"International System of Units“ "International System of Units“ (1) Base units (2) derived units which are combinations of the base units, (3) supplementary units (4) temporary units which are in widespread use for special applications. (5) Special Nuclear Units
- The Significance of Nuclear Technology
- Early Discoveries
- Basic Facts and Definitions
- 4.Units
- 5.Nuclear Reactions
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