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Title
Quantum mechanics Yoav Peleg, Reuven Pnini, Elyahu Zaarur, Eugene Hecht
Edition
2nd ed
Published
New York : McGraw-Hill, [2012]
Click on the following:
AccessEngineering
Copies
Description
1 online resource (ix, 361 p.) : ill
Series
McGraw-Hill's AccessEngineering
Schaum's outline series
McGraw-Hill's AccessEngineering.
Schaum's outline series.
Notes
Print version c2010
Description based on cover image and table of contents, viewed on Jan. 25, 2012
Subject
Quantum theory -- Outlines, syllabi, etc
Schrödinger equation -- Outlines, syllabi, etc
Particles (Nuclear physics) -- Outlines, syllabi, etc
Harmonic oscillators -- Outlines, syllabi, etc
Angular momentum -- Outlines, syllabi, etc
Potential theory (Physics) -- Outlines, syllabi, etc
Quantum scattering -- Outlines, syllabi, etc
Angular momentum
Harmonic oscillators
Particles (Nuclear physics)
Potential theory (Physics)
Quantum scattering
Quantum theory
Schrödinger equation
Genre/Form
Internet resources
Outlines and syllabi
Form
Electronic book
Author
Peleg, Yoav
Pnini, Reuven
Zaarur, Elyahu
Hecht, Eugene
LC no.
2011284308
ISBN
9780071623582
0071623582
Other Titles
Online index title: Schaum's outline of quantum mechanics, second edition
Introduction
Mathematical background
Schrodinger equation and its applications
Foundations of quantum mechanics
Harmonic oscillator
Angular momentum
Spin
Hydrogen-like atoms
Particle motion in an electromagnetic field
Solution methods in quantum mechanics -- part A
Solution methods in quantum mechanics -- part B
Numerical methods in quantum mechanics
Identical particles
Addition of angular momenta
Access Engineering
Semiclassical treatment of radiation
Introduction
Mathematical background
Schrodinger equation and its applications
Foundations of quantum mechanics
Harmonic oscillator
Angular momentum
Spin
Hydrogen-like atoms
Particle motion in an electromagnetic field
Solution methods in quantum mechanics -- part A
Solution methods in quantum mechanics -- part B
Numerical methods in quantum mechanics
Identical particles
Addition of angular momenta
Access Engineering
Semiclassical treatment of radiation
Introduction
Mathematical background
Foundations of quantum mechanics
Harmonic oscillator
Angular momentum
Spin
Hydrogen-like atoms
Particle motion in an electromagnetic field
Solution methods in quantum mechanics -- part A
Solution methods in quantum mechanics -- part B
Numerical methods in quantum mechanics
Identical particles
Addition of angular momenta
Semiclassical treatment of radiation
Schrodinger equation and its applications
Access Engineering
Addition of angular momenta
Angular momentum
Foundations of quantum mechanics
Harmonic oscillator
Hydrogen-like atoms
Identical particles
Introduction
Scattering theory
Mathematical background
Numerical methods in quantum mechanics
Particle motion in an electromagnetic field
Schrödinger equation and its applications
Semiclassical treatment of radiation
Solution methods in quantum mechanics -- part A
Solution methods in quantum mechanics -- part B
Spin
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