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2. "Vector Aberration Theory and the Design of Off-Axis Systems," SPIE, Vol. 554, p. 76, 1985. G 5T{*
3. "Aberrations of Optical Systems with Large Tilts and Decentrations," SPIE, Vol. 399, p. 272, 1983. 9r efv
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4. Paraxial and Aberration Analysis of Off-Axial Optical Systems 2j UEL=+Y
Journal Optical Review C;EC4n+s
Publisher The Optical Society of Japan, co-published with Springer-Verlag GmbH )qL UHE=
ISSN 1340-6000 (Print) 1349-9432 (Online) C~r(*nr
Subject Engineering and Physics and Astronomy @uJ^k
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Issue Volume 12, Number 3 / May, 2005 z87_/(nu
DOI 10.1007/s10043-005-0219-3 ,ezC}V0M
Pages 219-222 oQS_rv\Ber
SpringerLink Date Friday, June 03, 2005 / p PSo
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5. Optimization of an unobscured optical system using vector aberration theory eBs4:R_i
SPIE Proceedings. Volume 679, 1986, p. 21-24. vK10p)ZV
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6.Vector aberration theory on a spreadsheet: analysis of tilted and decentered systems ,2R7AHk
Proc. SPIE Vol. 1752, p. 184-195, Current Developments in Optical Design and Optical Engineering II, Robert E. Fischer; Warren J. Smith; Eds. @N% /v*
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7. Kevin Thompson.Practical methods for the optical design of systems without symmetry.SPIE,1996,2774:2~7 keMfK]9
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8.Rogers J R. Design techniques for systems containing tilted components. SPIE,1999,3737:286~300 f-BEfC,}'
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9. Figoski J W. Aberration characteristics of nonsymmetric systems. SPIE,1985,554: 104~111