IXAS
X-ray Data for the Elements
X-ray Edges and Lines
X-ray Attenuation
Fluxes
Scattering Factors
Mirror Reflectivity
Darwin Widths
Analyzers
Transmission Samples
About
X-ray Attenuation of Materials: Enter Chemical Formula and Density
Material
Chemical Formula:
Density (g/cm^3):
Select known material:
acetone
air
aluminum
argon
benzene
beryllium
beryllium copper
bismuth
boron nitride
butanol
cadmium telluride
carbon dioxide
chlorobenzene
chromium
cobalt
copper
cristobalite
cubic boron nitride
cyclohexane
diamond carbon
dimethyl sulfoxide
ethanol
ethylene glycol
fayalite
fluorite
forsterite
galena
gallium
gallium arsenide
germanium
glycerin
gold
graphite carbon
helium
heptane
hexane
hydrogen
indium
iridium
iron
isopropanol
kapton
kimol
krypton
lead
magnesium dioxide
mercury
methane
methanol
mica
molybdenum
mylar
neon
nickel
nitrogen
osmium
oxygen
palladium
parylene-c
parylene-n
peek
platinum
pmma
polycarbonate
polyimide
polypropylene
quartz
rhenium
rhodium
ruthenium
rutile
salt
sapphire
silica
silicon
silicon nitride
silver
tantalum
teflon
tin
titanium
toluene
tungsten
ule glass
uranium
water
wustite
xenon
xylene
yag
zerodur
zinc
zirconium
Thickness (mm):
X-ray Energy
Energy Range (eV):
:
Energy Step (eV):
1
2
5
10
20
50
100
200
500
1000
Plot Mode:
Log
Linear
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