Seidel aberrations

E879170

Seidel aberrations are the primary third-order optical aberrations that describe how lens imperfections cause image defects such as blurring, distortion, and coma in optical systems.

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Statements (48)

Predicate Object
instanceOf optical aberration classification
third-order aberration
alsoKnownAs primary aberrations
third-order Seidel aberrations
appliesTo compound optical systems
lenses
mirrors
assumes paraxial approximation
small aberrations
cause astigmatism in images
blurring of images
coma in images
distortion of images
field curvature
image defects in optical systems
spherical aberration
classificationCriterion third-order terms in ray coordinates
component astigmatism
coma
distortion
field curvature
spherical aberration
dependsOn aperture stop position
field height
refractive indices of materials
surface curvatures of optical elements
describedIn third-order aberration theory
field geometrical optics
optics
goalOfCorrection improve image quality
increase resolution
reduce image blur
historicalPeriod 19th century
mathematicalFormulation Seidel sums NERFINISHED
third-order expansion of wavefront error
namedAfter Ludwig von Seidel NERFINISHED
order third order
relatedTo Gaussian optics NERFINISHED
Zernike polynomials NERFINISHED
wavefront aberration
usedFor aberration balancing
lens design
optical system optimization
usedIn camera lens design
microscope objective design
telescope design
validityRange low numerical aperture
small field angles

Referenced by (2)

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Philipp Ludwig von Seidel knownFor Seidel aberrations
Schwarzschild criterion in optics relatedTo Seidel aberrations