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X-Ray Optics Calculator
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Table Data
Refractive Optics
Main Formulae
Refraction Index decrement
Compound Refractive Lens (cylindrical)
Compound Refractive Lens (parabolical)
Planar Parabolic Refractive Lens
Planar Kinoform Refractive Lens
Compound Refractive Parabolical Lens
Lens Parameters
Radius at parabola apex, μm
Number of single lenses
Full Aperture, μm
Space between apexes, μm
Lens Length, mm
Lens characteristics
Thin lens Focus Distance, cm
Thick lens Focus Distance, cm
Focus Depth, mm
Image distance, cm
Effective Aperture, μm
Full Aperture Intensity Transmission, %
Intensity Loss on bridges, %
Resolution, μm
Diffraction limit
+ Horizontal source size limit
+ Vertical source size limit
Ideal Gain
+ Source account
++ Roughness account
Total RMS Roughness, μm
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Lens Material
Material Name
Chemical Formula
Select element
H
He
Li
Be
B
C
N
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P
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Cl
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V
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Mn
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Zn
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Ge
As
Se
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In
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Sb
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I
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Pr
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Ho
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Yb
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Hf
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W
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Hg
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Pb
Bi
Po
Rd
Ra
Ac
Th
Pa
U
Np
Pu
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Single Element
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Source
Photon energy, 0.01 - 10000 keV
Wavelength, Å
Source-Lens Distance, m
Source vertical size, μm
Source horizontal size, μm
Serguei Kuznetsov
, IMT RAS, Chernogolovka, Russia.