Chapter 14
Experimental Methods
Transition Probability Rates and Oscillator Strengths
Emission measurements
Branching fraction determinations
Hook measurements
Lifetime measurements
Thermal escape
Geometry
Gaussian migration
Migration
Closed form expression
Formulation
Detection efficiency
Thermal distortions
Coulomb explosion
Geometry
Coulomb explosion
Charge distribution
Integration
Closed form expression
Formulation
Detection efficiency
Coulomb distortions
Asymptotic forms
Multiply Excited States
Spin considerations
Doubly excited He states
Li-like quartets and differential metastability
O VI in Li sequence
Li sequence quartets
Li sequence quartets II
F VII spectrum
Ne VIII quartets
Measured wavelengths
Comparison with theory
Measured data
Parametrized intervals
Least squares constraints
Coefficients
Isoelectronic plot
Comparison with theory
Displaced levels and the Al sequence
Level scheme
Data base
Relative to MCDF
Relative to GSFS
Sommerfeld fs
Radiative decay of a negative ion
Bunge calculation
Spectrum and charge state fraction
Corrections for position and dwell
Approximation formula
Minima and crossovers
[Field(+)-Field(-)]/Field(0)
Decay curve
Higher lying doubly excited cascades
ANL ATLAS Work
ATLAS homepage
ATLAS
Allowed and forbidden lines on a PSD landscape
Three Body Decays
Two body kinematics
2-body decays
Kinematics
Kinetic energy
Momentum
CM system
Transformation
Invariant mass
Three body kinematics and phase space
3-body decays
Simultaneous vs sequential
Phase space
Jacobian determinant
Partial derivatives
Transformed volume element
Dalitz plot
Sample graph
Constrained region
Two step momentum formulation
Momenta in 3 and 2 body CM
Formulation of integrand
3-body and 2-body CM systems
Factored integral
Effective mass
Dalitz exposition of particle data
Color Dalitz plots
for proton-antiproton events
Phase space exposition of particle data
SU(3) example of isospin coupling
JP=(1/2)+ octet
JP=(3/2)+ decuplet
Four-Fermion interactions
Beta decay Dalitz plot
Two E1 Photon Decays
2s in hydrogen
Bound and continuum states
Overall factors
Angular distribution
Phase space plot
Two-photon He-like spectrum
Thinner and thicker foil
Singles decay curves
Si(Li) detectors
H- and He-like sum energies
Coincidence-gated energy vs energy plot
With prompt and random coincidence gating
Coincidence decay curves with energy sum discrimination
Metastability
Relativistic M1 decays
Hydrogenlike
M1 to 2E1 branching ratio in H-like
2S1/2
Spectral regions sampled
Detector calibration
Corrections and final results
Heliumlike
Hierarchies of relativistic corrections
Relativistic M1 for He-like 3S1
in Br
Cascade repopulation
Extension to Kr
Tabulations of results
Graphical display of experiment relative to theory
1S0 phase space
3S1 phase space
Two-photon M1-E1 decays
Grotrian diagram for He-like Uranium
Mixing angles for p2 and
p4
Level splittings
Diagram
Electron adding sequences
Screening shifts
With differences
Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 5
Chapter 6
Chapter 7
Chapter 8
Chapter 9
Chapter 10
Chapter 11
Chapter 12
Chapter 13
Chapter 14
Homepage
Absolute absorption measurements
SHO model
Cross section
Oscillator strength
Subcases
Material attenuation
Optically thin source
Line absorption
Self absorption and inversion
Line shape
Boltzmann distribution
Atomic furnace measurements
Absorption measurements
Hanle effect
Preferential excitation
Larmor precession
Effective FWHM
Limiting cases
Historic background of time resolved methods
PEB vs TOF
Becquerel
Phosphoroscope
Dunoyer
Cascades and blends