Share Email Print
cover

PROCEEDINGS VOLUME 3129

Zoom Lenses II
Editor(s): Ellis I. Betensky; Allen Mann; Iain A. Neil
Format Member Price Non-Member Price
Softcover $105.00 * $105.00 *

*Available as a black-and-white photocopy reprint only. Allow two weeks reprinting time plus standard delivery time. No discounts or returns apply.


Volume Details

Volume Number: 3129
Date Published: 25 September 1997
Softcover: 20 papers (256) pages
ISBN: 9780819425515

Table of Contents
show all abstracts | hide all abstracts
Survey of zoom lenses
Author(s): Arthur Cox
Show Abstract
Recent development of zoom lenses
Author(s): Kazuo Tanaka
Show Abstract
Optimizing the thermal performance of apochromatic glass-liquid optical systems
Author(s): Robert D. Sigler; Maria V. Petrova; Andrei G. Plyukin; Michael N. Tolstoy
Show Abstract
Design of compact camera zoom lenses with high zoom ratios
Author(s): Takanori Yamanashi
Show Abstract
Zoom lens design for video projector
Author(s): Rekha Doshi; Eugene O. Curatu
Show Abstract
Zoom system design of 14X using optimized lens modules
Author(s): Sung Chan Park
Show Abstract
Compact zoom lenses for photographic cameras
Author(s): Mark M. Meyers
Show Abstract
Zoom relay lens for a family of catadioptric objective lenses
Author(s): Ellis I. Betensky
Show Abstract
Design and analysis of a compact wide-field unobscured zoom mirror system
Author(s): Allen Mann; R. Barry Johnson
Show Abstract
Synthesis of first-order designs of optically compensated catadioptric zoom optical systems
Author(s): Kuang-Lung Huang
Show Abstract
High-aperture zoom optics employing diffractive surfaces in the 3-to-5-um infrared waveband
Author(s): Michael Roberts
Show Abstract
Diffraction-limited infrared zoom collimator
Author(s): Thomas H. Jamieson
Show Abstract
Active temperature compensation of an infrared zoom lens
Author(s): Eric H. Ford
Show Abstract
Design of compact zoom system for 3-to-5-um waveband thermal imager
Author(s): Ming-Wen Chang; Shin-Guo Shiue; Fu-Ming Chuang
Show Abstract
Optimization glitches in zoom lens design
Author(s): Iain A. Neil
Show Abstract
Fundamental limits of zoom systems
Author(s): James B. Lasche; Bryan D. Stone
Show Abstract
Method for solving paraxial pupil problems in zoom systems
Author(s): Tadeusz Kryszczynski
Show Abstract
Pupil aberration in zoom lenses
Author(s): Matthew T. Chang; Robert R. Shannon
Show Abstract
Variable spherical aberration generators
Author(s): Matthew T. Chang; Jose M. Sasian
Show Abstract
Zoom systems: basic configurations
Author(s): Mark L. Oskotsky; Lev Sakin
Show Abstract

© SPIE. Terms of Use
Back to Top