Quantum mechanics / Leonard I. Schiff

By: Schiff, Leonard IPublisher: London McGraw-Hill 1955Edition: 2nd edDescription: 417 pSubject(s): Quantum mechanicsDDC classification: 530.12,SCH
Contents:
The Physical Basis of Quantum Mechanics (Page-1), The Schrodinger Wave Equation (Page-17), Eigenfucation and Eigen values (Page-41), Discrete Eigen values Energy Levels (Page-60), Continuous Eigen values Collision Theory (Page-92), Matrix Formation of Quantum Mechanics (Page-122), Approximation Methods for Station Problems (Page-151), Approximation Methods for Time Dependent Problems (Page-195), Identical Particles and Spin (Page-222), Atoms Molecules and Nuclei (Page-277), Relativistic Wave Equations (Page-318), The Quantization of Wave Fields (Page-342), Quantum Electrodynamics (Page-373).
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Item type Current location Home library Collection Shelving location Call number URL Status Notes Date due Barcode Item holds
Book Bank Book Bank Military College of Signals (MCS)
Military College of Signals (MCS)
General Stacks 530.12,SCH (Browse shelf) Available Almirah No.112, Shelf No.3 MCS22291
Book Book Military College of Signals (MCS)
Military College of Signals (MCS)
NFIC 530.12 SCH (Browse shelf) Link to resource Available MCS6259
Book Book Military College of Signals (MCS)
Military College of Signals (MCS)
NFIC 530.12 SCH (Browse shelf) Link to resource Available MCS6325
Book Book Military College of Signals (MCS)
Military College of Signals (MCS)
NFIC 530.12 SCH (Browse shelf) Link to resource Available MCS6330
Total holds: 0

The Physical Basis of Quantum Mechanics (Page-1), The Schrodinger Wave Equation (Page-17), Eigenfucation and Eigen values (Page-41), Discrete Eigen values Energy Levels (Page-60), Continuous Eigen values Collision Theory (Page-92), Matrix Formation of Quantum Mechanics (Page-122), Approximation Methods for Station Problems (Page-151), Approximation Methods for Time Dependent Problems (Page-195), Identical Particles and Spin (Page-222), Atoms Molecules and Nuclei (Page-277), Relativistic Wave Equations (Page-318), The Quantization of Wave Fields (Page-342), Quantum Electrodynamics (Page-373).

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