Subject: Subject Sylbus: Quantum Scattering Theory and Its Applications - 127423

Quantum Scattering Theory and Its Applications - 127423
Will not be given the year
Credit
Points
3.0
 
  Lecture Exercise Laboratory Project or
Seminar
House
Work
Weekly
Hours
2 2     5

Determination of the grade according to progress during the semester and a final examination.

Formalism: Evolution Operators for Time Independent and Time Dependent Hamiltonian, Green'S Functions, Lippman-Schwinger Equation, the S- (Scattering) Matrix, the T-(Transition) Matrix for Reactive and Non Reactive Scattering Processes. Born Approximation. Application to Reactive Scattering: the Use of Quantum Scattering Theory for the Determination of Cumulative Reaction Probability, Quantum Mechanical Thermal Rate Constants, Transition States in Chemical Reactions, and of the Effects of Electromagnetic Field on Chemical Reactions. Applications to Nonreactive Scattering: Neutron Scattering from Solids: Neutron Diffraction, Inelastic Scattering and the Study of Lattice Vibrataions (Phonons) in Solids, Correlation Function, Recoilless Emission, Debye-Waller Factor. Molecular Beam Scattering from Solid Surfaces, Diffraction, Rainbow Scattering and Selective Adsorption.




Textbooks
Compulsory
Book
PublishedPublisherAuthorsBook
Compulsory1972john wiley and sons inc, new yorkj.a. tailorscattaering theory: the quantum theory of non- relativstic collisions
 1987john willey and sonsc. kittelquantum theory of solids

Created in 08/03/2021 Time 12:07:28