Метод расчета апланатической сферической линзы…
11
Method for calculating an aplanatic spherical lens
with an axial linear refractive index
© T.S. Rovenskaya
1
, A.E. Alimov
2
, K.E. Kvitkina
1
1
Bauman Moscow State Technical University, Moscow, 105005, Russia
2
Moscow Scientific Research Television Institute, Moscow, 105094, Russia
The article proposes a method for the synthesis of aplanatic gradient lenses, which are
limited by spherical surfaces. Gradient lenses with the axial linear refractive index were
derived from homogeneous lenses with the corrected third-order coma at the location of
the entrance pupil in the plane of the lens. The effectiveness of this method of synthesis is
shown on the basis of two types of gradient aplanatic lenses. One type had a gradient
layer adjacent to the first surface, the other type had a gradient layer on the entire axial
thickness of the lens.
Keywords
: gradient lens, aplanatic correction of aberrations, a gradient layer, the re-
fractive index, the axial distribution.
REFERENCES
[1]
Alimov A.E.
Svoistva bazovykh sfericheskikh linz s osevym raspredeleniem
pokazatelya prelomleniya.
Kand. Diss
.
[Properties of basic spherical lenses with axial re-
fractive index. Ph.D. Diss.], Moscow, 2012, 265 p.
[2]
Rovenskaya T.S., Alimov A.E.
Inzhenernyi zhurnal: nauka i innovatsii — Engi-
neering Journal: Science and Innovation
, 2013, iss. 7. Available at:
/
catalog/pribor/optica/942.html
[3]
Zakaznov H.P., Kiryushin S.I., Kuzichev V.I. Teoriya opticheskikh sistem [The
theory of optical systems]. 4th ed. Sankt-Petersburg, «Lan'» Publ., 2008, 448 p.
[4]
Rovenskaya T.S.
Metody proektirovaniya opticheskikh sistem s gradientnymi
elementami
[Methods of designing optical systems with gradient elements]. Moscow,
Bauman MSTU Publ., 1994, 39 p.
[5]
Paket programm avtomatizirovannogo proektirovaniya opticheskikh sistem
OPAL-PK.: Ruk. dlya pol'zovatelya. Optimizatsiya tsentrirovannykh opticheskikh sistem
(raboty OPT, OPTW, OPTZ).
[Package of computer-aided design of optical systems
OPAL PC: User Manual. Optimization of centered optical systems (work OPT, OPTW,
OPTZ). El. prog., Leningrad, Institute of Precision Mechanics and Optics, Sankt-
Petersburg, 1992.
[6]
ZEMAX Optical Design Program. User’s Guide. Version 10.0. Focus Software,
Incorporated, Tucson, Arizona, USA, 2003, 478 p.
Rovenskaya T.S.
graduated from Bauman Moscow Higher Technical School in 1970.
Ph.D., Assoc. Professor of the Laser and Optoelectronic Systems Department at Bauman
Moscow State Technical University. Scientific interests include optoelectronic devices
and systems, engineering, aberration calculations. e-mail:rovts@yandex.ru
Alimov A.E.
(b. 1982) graduated from Bauman Moscow State Technical University in
2006. Ph.D., Deputy Head of the Optical Department of Moscow Scientific Research
Television Institute. He is the author of 21 scientific publications. Scientific interests in-
clude engineering of optical systems with gradient optical media, designing of optical
systems of different purpose with heightened characteristic. e-mail:
Kvitkina K.E.,
a student of the Laser and Optoelectronic Systems Department at Bau-
man Moscow State Technical University. e-mail:
