Introduction to Quantum Mechanics 2

Beschreibung

Preparation for the final exam
May An van de Poll
Karteikarten von May An van de Poll, aktualisiert more than 1 year ago
May An van de Poll
Erstellt von May An van de Poll vor mehr als 2 Jahre
25
1

Zusammenfassung der Ressource

Frage Antworten
Fermi's Golden rule: transition probability per unit time and differential transition probability
Harmonic perturbation potentials: what is the transition probability?
Transition probability per unit time for absorption: total absorption rate
Harmonic potential V(t) proportional to cos(wt): Golden Rule expression for the transition probability per unit time through first order
Constant perturbation (time impulse): transition probability per unit time
Constant perturbation (time impulse): transition probability
Transition probability for a harmonic perturbation V(t)=V0*cos(wt)
Differential cross section in Born approximation
Scattering amplitude for short range potential (delta functions)
Scattering amplitude for a spherically/rotationally symmetric potential independent of phi and theta e.g. spherical square well -V0 for r<a, 0 elsewhere.
Lifetime integral for spin flip decay 2S to any 1S state of Hydrogen
Field momentum density (fmd) in CGS P/V=1/4pi*c<ExH> given. Use vector potential with photon normalization to evaluate fmd.
Exothermic reaction A+B -> a+b Golden Rule?
Topic of relative branching ratio. What is the resonance formula?
The Golden Rule expression for the spontaneous decay of an atom in initial state i to a final state f plus emission of a photon.
Total cross section singlet and triplet state of neutron-proton cross section. Key formula and total cross section formula?
s-wave scattering: show S(k) has poles at the known bound state energies of the square well.
Zusammenfassung anzeigen Zusammenfassung ausblenden

ähnlicher Inhalt

Quantum Mechanics
emmalmillar
Quantum physics
hmccain
AQA Physics P1 Quiz
Bella Statham
GCSE AQA Physics - Unit 3
James Jolliffe
Using GoConqr to study science
Sarah Egan
GCSE AQA Physics 1 Energy & Efficiency
Lilac Potato
Waves
kate.siena
Forces and their effects
kate.siena
Forces and motion
Catarina Borges
Junior Cert Physics formulas
Sarah Egan
OCR Physics P4 Revision
Dan Allibone