Document Type
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BL
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Record Number
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852535
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Main Entry
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Terebizh, V. I︠U︡., (Valeriĭ I︠U︡zefovich)
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Title & Author
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Survey telescope optics /\ V. Yu. Terebizh.
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Publication Statement
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Bellingham, Washington (1000 20th St. Bellingham WA 98225-6705 USA) :: SPIE,, 2019.
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Series Statement
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SPIE Press monograph ;; PM311
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Page. NO
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1 online resource (xii, 180 pages).
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ISBN
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1510631291
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: 1510631305
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: 1510631313
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: 9781510631298
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: 9781510631304
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: 9781510631311
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1510631283
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9781510631281
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Notes
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"The purpose of this book is to give a concise and simple, as far as possible, description of the ideas underlying the basic wide-field astronomical systems"--Page viii.
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Bibliographies/Indexes
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Includes bibliographical references (pages 133-144) and index.
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Contents
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Preface -- 1. Introduction: 1.1. Preliminary definitions; 1.2. Cursory review of modern wide-field telescopes; 1.3. Some attendant issues of optics; 1.4. Matching of optics and detector with atmospheric image quality -- 2. Reflective telescopes: 2.1. Single paraboloid; 2.2. Two-mirror systems; 2.3. Selected three-mirror telescopes -- 3. Catadioptric systems with a lens corrector in converging beam: 3.1. Lens corrector at a prime telescope focus; 3.2. Lens corrector in a secondary telescope focus; 3.3. Three-mirror paul telescope with a lens corrector -- 4. Catadioptric systems with a full-aperture lens corrector: 4.1. Singlet full-aperture corrector; 4.2. Doublet full-aperture corrector; 4.3. Triplet full-aperture corrector; 4.4. All-spherical system with an extremely large field -- Afterword -- Appendices: A. Limiting stellar magnitude and sky survey rate; B. Schwarzschild aplanats; C. The complexity of optical surfaces; D. Base prime-focus lens corrector with a 2.5° field; E. List of referenced VT designs; F. New algorithm for calculating anastigmatic three-mirror telescopes -- Bibliography -- Index.
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Abstract
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"This book presents astronomical optical systems in the simplest form, with an emphasis on clear explanations of the ideas that underpin various systems. At the same time, it explains the deep connection between classical and contemporary telescopes, as well as the continuity of ideas for telescope construction. A number of new designs are described, including those recently proposed and those already operational, that provide a previously unattainable field of view"--
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Subject
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Astronomical instruments.
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Subject
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Astronomy.
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Subject
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Imaging systems in astronomy.
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Subject
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Optics, Adaptive.
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Subject
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Telescopes.
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Subject
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Astronomical instruments.
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Subject
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Astronomy.
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Subject
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Imaging systems in astronomy.
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Subject
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Optics, Adaptive.
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Subject
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Telescopes.
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Dewey Classification
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522/.2
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LC Classification
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QB51.3.I45T47 2019
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Added Entry
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Society of Photo-optical Instrumentation Engineers,publisher.
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