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Fundamentals of Monochromatic and Chromatic Aberrations in Optical Engineering
Advanced Level

Fundamentals of Monochromatic and Chromatic Aberrations in Optical Engineering

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Fundamentals of Monochromatic and Chromatic Aberrations in Optical Engineering

Learn about aberrations, their impact on optical systems, and how to correct them with this free online course.
Aberrations in optical systems and engineering fall into two categories named monochromatic and chromatic aberrations and this free online engineering course provides an in-depth study on how to identify aber... Aberrations in optical systems and engineering fall into two categories named monochromatic and chromatic aberrations and this free online engineering course provides an in-depth study on how to identify aberrations, the components of each category of aberrations, how to trace rays using optical pupils as well as how to optimize aberrations using the optics software for layout and optimization (OSLO).

What You Will Learn In This Free Course

  • Discuss the processes involved in r...
  • Explain the concept of aberration a...
  • Define the numerical aperture and i...
  • Identify the different components o...
  • Discuss the processes involved in ray tracing using optical pupils
  • Explain the concept of aberration as well as the components of aberration
  • Define the numerical aperture and its function in optical systems
  • Identify the different components of monochromatic aberrations in optical systems
  • Explain the parameters used in calculating ray aberration polynomial
  • Discuss the concept of chromatic aberration and the ways to correct it
  • Explain the relationship between refractive index and wavelength in aberration
  • Discuss the possible ways of correcting other forms of aberration in optical systems
  • Identify the different types of glasses in optical systems and how to use them
  • Discuss the concepts of the ray(-lens) intercept curve and anti-symmetry in a chromatic aberration
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