ATOMIC STRUCTURE THEORY: LECTURES ON ATOMIC PHYSICS

Book Details

• Author: W. R. Johnson

• Publisher: Springer

• Edition: Standard Edition

• Binding: Hardcover

• Format: Illustrated

• Number of Pages: 312

• Release Date: 05-02-2007

• ISBN: 9783540680109

• Languages: English

• Package Dimensions: 9.5 x 6.5 x 1.0 inches

About The Book

Atomic Structure Theory: Lectures on Atomic Physics by W. R. Johnson offers an in-depth exploration of atomic structure, addressing both fundamental theories and the complexities of atomic physics. This work presents a collection of lectures that provide a detailed, rigorous foundation in atomic physics, focusing on the principles behind atomic structure theory.

With illustrations to aid understanding, the book is structured to appeal to both advanced students and professionals in physics, especially those with an interest in atomic and molecular physics. The author delves into quantum mechanical aspects of atomic theory, including multi-electron atoms and the application of advanced mathematical methods to understand atomic structure.

Key Topics Covered:

1. Foundations of Atomic Theory

   • Classical and quantum mechanical views of atomic structure.

   • Introduction to the Schrödinger equation and its implications for atomic systems.

2. Quantum Mechanics in Atomic Physics

   • Treatment of the hydrogen atom and multi-electron systems.

   • Quantum defects and perturbation theory in atomic structure calculations.

3. Atomic Spectra

   • Discussion on the atomic spectra and their relevance to atomic structure.

   • Spectral line analysis and energy level transitions.

4. Relativistic Effects and Fine Structure

   • Exploration of relativistic corrections and their effect on atomic energy levels.

   • The fine structure of atomic spectra.

5. Applications of Atomic Theory

   • Real-world applications in spectroscopy, chemistry, and advanced technology.

This book provides a rigorous, advanced treatment of atomic structure theory, making it an essential resource for researchers, graduate students, and professionals seeking to deepen their understanding of atomic physics.