Bauman MSTU scientific school “Zoom lens design”: features of theory and practice
Rozhkov O.V., Piskunov D.E., Nosov P.A., Pavlov V.Yu., Khorokhorov A.M., Shirankov A.F.

 

Bauman Moscow State Technical University, Moscow, Russia

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Abstract:
Key theoretical concepts advanced by the Bauman MSTU scientific school 'Zoom lens design' are discussed. These include  methods for design of both classical and laser zoom lenses, systems with linear and nonlinear relations between the displacements of components, basics of professor I. I. Pakhomov's theory of generalized parameters, a method of paraxial synthesis of multicomponent zoom systems, a method of aberration synthesis of zoom systems in the approximation of the third- and fifth-order aberrations. The effectiveness of the described methods is illustrated by examples of designing zoom systems with superior optical characteristics.

Keywords:
optical system, zoom lens, pancratic system, varifocal system, automated design, structural layout, generalized parameters, Chebyshev fractions, Chebyshev polynomials, aberrations, resolution of zoom lens.

Citation:
Rozhkov OV, Piskunov DE, Nosov PA, Pavlov VYu, Khorokhorov AM, Shirankov AF. Bauman MSTU scientific school “Zoom lens design”: features of theory and practice. Computer Optics 2018; 42(1): 72-83. – DOI: 10.18287/2412-6179-2018-42-1-72-83.

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