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**About this book :- **
**Introductory Nuclear Physics (2E) ** written by
** Kenneth S. Krane **.

This text is written primarily for an undergraduate audience, but could be used in introductory graduate surveys of nuclear physics as well. It can be used specifically for physics majors as part of a survey of modern physics, but could (with an appropriate selection of material) serve as an introductory course for other areas of nuclear science and technology, including nuclear chemistry, nuclear engineering, radiation biology, and nuclear medicine.

It is expected that students have a previous background in quantum physics, either at the introductory level [such as the author’s text Modern Physics (New York: Wiley, 1983)] or at a more advanced, but still undergraduate level. (A brief summary of the needed quantum background is given in

2.) The text is therefore designed in a “ two-track” mode, so that the material that requires the advanced work in quantum mechanics, for instance, transition probabilities or matrix elements, can be separated from the rest of the text by skipping those sections that require such a background.

(Kenneth S. Krane)

**Book Detail :- **
** Title: ** Introductory Nuclear Physics
** Edition: ** 2nd
** Author(s): ** Kenneth S. Krane
** Publisher: ** John Wiley & Sons
** Series: ** Wiley International Editions
** Year: ** 1988
** Pages: ** 549
** Type: ** PDF
** Language: ** English
** ISBN: ** 047180553X
** Country: ** US
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**About Author :- **

The author **Kenneth S. Krane** began his undergraduate education by attending Cornell University (under an A. P. Sloan Foundation Scholarship), and then transferred to the University of Arizona (under the F. M. Life Physics Scholarship) where he obtained the Bachelor of Science degree cum laude in June 1965. In September 1965 he began his graduate work in physics at Purdue University as a National Aeronautics and Space Administration trainee. After completing his graduate courses with great distinction Ken commenced his research in nuclear physics under the guidance of Professor Rolf Steffen. In his thesis research he creatively applied the angular correlation method to the measurement of mixing amplitudes of gamma transitions between collective nuclear states.

**All Famous Books of this Author :- **

Here is list all books, text books, editions, versions or solution manuals avaliable of this author, We recomended you to download all.

** • Download PDF Introductory Nuclear Physics (2E) by Kenneth Krane **

** • Download PDF Introductory Nuclear Physics by Kenneth Krane **

** • Download PDF Modern Physics (3E) by Kenneth Krane **

** • Download PDF Modern Physics (3E Solution) by Kenneth Krane **

** • Download PDF Physics 1 by Robert Resnick, David Halliday, Kenneth Krane **

** • Download PDF Physics 1 (Soluton Manual) by Robert Resnick, David Halliday, Kenneth Krane **

** • Download PDF Physics 2 (4E) by Robert Resnick, David Halliday, Kenneth Krane **

**Book Contents :- **
**Introductory Nuclear Physics (2E) ** written by
** Kenneth S. Krane **
cover the following topics.
'

UNIT-I BASIC NUCLEAR STRUCTURE

1. BASIC CONCEPTS

2. ELEMENTS OF QUANTUM MECHANICS

3. NUCLEAR PROPERTIES

4. THE FORCE BETWEEN NUCLEONS

5. NUCLEAR MODELS

UNIT-II NUCLEAR DECAY AND RADIOACTIVITY

6. RADIOACTIVE DECAY

7. DETECTING NUCLEAR RADIATIONS

8. ALPHA DECAY

9. BETADECAY

10. GAMMA DECAY

UNIT-111 NUCLEAR REACTIONS

11. NUCLEAR REACTIONS

12. NEUTRON PHYSICS

13. NUCLEAR FISSION

14. NUCLEAR FUSION

15. ACCELERATORS

UNIT-IV EXTENSIONS AND APPLICATIONS

16. NUCLEAR SPIN AND MOMENTS

17. MESON PHYSICS

18. PARTICLE PHYSICS

19. NUCLEAR ASTROPHYSICS

20. APPLICATIONS OF NUCLEAR PHYSICS

Appendix A SPECIAL RELATIVITY

Appendix B CENTER-OF-MASS REFERENCE FRAME

Appendix C TABLE OF NUCLEAR PROPERTIES

Index

- Math Grade 4
- Math Grade 5
- Basics Algebra
- Abstract Algebra
- Algebraic Geometry
- Complex Analysis
- Calculus
- Differential Euqation
- Functional Analysis
- Numerical Analysis