Physics 12
S. Coghlan
This concept map is designed to help you;
Understand how the various different
parts of atomic physics link together.
Study the whole section of work.
Main
Concepts
Linking
words
Printer friendly
version available
from my web site
S. Coghlan
Electromagnetic radiation
Bohr model(energy levels)
X-ray production
Mass spectrometer
Atomic Physics
involves
explained by
explains
application
Electromagnetic radiation
involves
Bohr model
(energy levels)
explained by
Atomic Physics
application
Mass spectrometer
explains
X-ray
production
Electromagnetic radiation
involves
Bohr model
(energy levels)
explained by
Atomic Physics
Waveapplication
Particle
Duality Photon emitted
Mass spectrometer
Electromagnetic
spectrum
Spectra IR
Vis
UV
Line absorption
Line emission
Band absorption
Band emission
Continuous
Luminescence
explains
X-ray
production
may be
may be
considered
makes up
electron transition caused by
types
may be
excited electron
IR
Duality
caused by
considered
Photon
emitted may be Vis
Spectra
Wave
Particle
may be
may be
Electromagnetic radiation
makes up
Electromagnetic
spectrum
UV
electron transition
involves
Bohr model
(energy levels)
application
Mass spectrometer
excited
electron
explained by
Atomic Physics
types
Luminescence
explains
X-ray
production
Line
absorption
Line
emission
Band
absorption
Band
emission
Continuous
IR
High energy Duality
electrons
Lower EK considered
Produces X-rays
Produces
Wave
ParticleX-ray spectrum
Characteristic of target
may be
metalmay be
F = qvB = mv2
Electromagnetic
radiation
r
makes up
Electromagnetic
spectrum
involves
Photon
may be
metal
deceleration
emitted
Vis
caused
bytarget
peaks
Spectramany collisions
scattered electrons
electron transition
Bohr model
(energy levels)
Atomic Physics
application
Mass spectrometer
types
excited
electron
explained by
Luminescence
explains
X-ray
production
UV
centripetal
Line
absorption
Line
emission
Band
absorption
Band
emission
Continuous
IR
Duality
caused by
considered
Photon
emitted may be Vis
Spectra
Wave
Particle
may be
may be
Bohr model
(energy levels)
Electromagnetic radiation
involves
makes up
Electromagnetic
spectrum
UV
electron transition
excited
electron
explained by
Atomic Physics
types
Luminescence
Line
emission
Band
absorption
explains
application
Line
absorption
X-ray
production
Mass spectrometer
Band
emission
centripetal
F = qvB =
mv2
metal target
Produces X-rays
r
Produces X-ray spectrum
Characteristic of
target metal
deceleration
many collisions
peaks
High energy
electrons
Continuous
scattered
electrons
Lower EK
Your own concept
map
Single page
concept map
S. Coghlan
Main Concepts
Electromagnetic radiation
Bohr model(energy levels)
X-ray production
Mass spectrometer
Particle
Wave
Duality Photon emitted
Electromagnetic spectrum
Spectra IR
Vis
UV
Line absorption
Line emission
Band absorption
Band emission
Continuous Luminescence
High energy electrons
Lower EK
Produces X-rays
Produces X-ray spectrum
Characteristic of target metal
F = qvB = mv2
r
You can use these Main Concepts
and Linking Words to complete your
own concept map. You can print out
the next page and use it as a
framework.
Linking Words
Printer friendly
version
available from
my web site
involves
explained by
explains
application
may be
may be
considered
makes up
types
electron transition caused by
may be
excited electron
metal target
deceleration
many collisions
centripetal
peaks
scattered electrons
Printer friendly
version available
from my web site
Atomic Physics
IR
Duality
caused by
considered
Photon
emitted may be Vis
Spectra
Wave
Particle
may be
may be
Bohr model
(energy levels)
Electromagnetic radiation
involves
makes up
Electromagnetic
spectrum
UV
electron transition
excited
electron
explained by
Atomic Physics
types
Luminescence
Line
emission
Band
absorption
explains
application
Line
absorption
X-ray
production
Mass spectrometer
Band
emission
centripetal
F = qvB =
mv2
metal target
Produces X-rays
r
Produces X-ray spectrum
Characteristic of
target metal
deceleration
many collisions
peaks
High energy
electrons
Continuous
scattered
electrons
Lower EK
Electromagnetic Spectrum
Increasing Energy
Increasing frequency
Radio
Microwaves
Infra-red
Visible
Ultra-violet
X-rays
Increasing wavelength
-rays Cosmic rays
Continuous
Glowing hot solid
…spectroscope
e.g. hot solid, hot liquid
Line absorption
source…gas…spectroscope
e.g. gaseous elements
Band absorption
source…sample…spectroscope
e.g. coloured glass or coloured
solution
Line emission
high energy gas…spectroscope
e.g. gaseous elements
Band emission
high energy gas…spectroscope
e.g. gaseous molecules or
polyatomic ions
Chemiluminescence
Photoluminescence
- exciting cause is
a photon
- exciting cause is a
chemical reaction
Bioluminescence
Electroluminescence
- exciting cause is
an electron
Phosphorescence
- luminescence persists
-exciting cause is a living
organism
Fluorescence
- luminescence does not
persist