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Thumbnail for entry Core level EELS simulations

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Core level EELS simulations

Core level EELS simulations

Core level EELS simulations

2017 PARADIM Core level EELS simulations Frank deGroot

element specific
completely dominated
dipole approximation
electoral vote
e.g.
fine structure
spin orbit
small peak
i.t.c.
density function
tradition metal
transfer system
operator
crystal feel
field splitting
crystal field splitting
nano reactors
choose numbers
primary energy
spin ground
operating condition
atomic physics
nano particles
starting point
nice thing
atomic calculation
room temperature
particle calculation
i.t.c. superconductor
empirical parameter
field theory
electron microscope
open shell systems
group theory
spectral shape
empty density
caption complete
1st principles
high spin
p.c.
low spin
model hamiltonian
manganese oxide
e.d.s.
electron electron interaction
position metal
perfect fit
chemical reactor
energy difference
atomic resolution
energy loss
core electron
metal oxides
density functional
crystal field larger
ray absorption
crystal field
small momentum transfer
final phase
core level
functional calculation
atomic spectrum
electron volts
hard experience
single particle
fine tune
selection rule
single particle calculation
golden rule
From  James Overhiser 179 plays