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120:. War time secrecy kept Bouwers and Maksutov from knowing about each other's designs and Bouwers' design was not published until after World War II. Bouwers original design (based on an earlier catadioptric telescope,
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132:" all with a common radius of curvature (a concentric or monocentric design) resulting in a perfectly spherical symmetry of the whole optical device. Like the Schmidt camera, the meniscus telescope has the
242:"Tensions within an Industrial Research Laboratory: The Philips Laboratory's X-Ray Department between the Wars", by Kees Boersma, Vrije Universiteit Amsterdam. Boersma Enterprise Soc. 2003; 4: 65-98
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coincide with the center of curvature. It also shares the
Schmidt's curved image plane. The design has an ultrawide field of view with no spherical aberration but does not correct
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in a cathode-ray tube, to brighten images by over 1,000 times. Unlike active infrared systems, it did not require an infrared flashlight. The design was initially produced by
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ING - Den Haag. Bronvermelding: H.A.M. Snelders, 'Bouwers, Albert (1893-1972)', in
Biografisch Woordenboek van Nederland
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Reflecting
Telescope Optics: Basic design theory and its historical development, By Ray N. Wilson page 150
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for viewing in low light conditions, called the "night eye". The design used a photosensitive layer of
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In August 1940 Albert
Bouwers built a prototype for a design for a wide field concentric
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310:"Dmitri Maksutov: The Man and His Telescopes By Eduard Trigubov and Yuri Petrunin"
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69:. He was also the director of the Philips Laboratory's X-ray department.
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to form the meniscus corrector shell to correct chromatic aberration.
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meniscus telescope design similar to but slightly predating the
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and various optical technologies as a high-level researcher at
108:(patented February 1941) similar to, and slightly predating,
148:. Bouwers came up with a later design that used a cemented
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research labs. He is lesser known for patenting in 1941 a
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Reflecting
Telescope Optics, by Ray N. Wilson, page 498.
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and was only suitable as a monochromatic astronomical
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100:Albert Bouwers 1941 concentric meniscus telescope
67:Over het meten der intensiteit van Röntgenstralen
338:", Irish Astronomical Journal, vol. 1(2), p. 48
65:in 1924, with a dissertation entitled in Dutch
232:Mathematics Genealogy Project "Albert Bouwers"
29:. He is known for developing and working with
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57:in the Netherlands in 1893. He obtained his
128:") had the spherical mirror and spherical "
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336:Geometrical Optics and the Schmidt Camera
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376:Google Dutch to English translation
171:Ian Ridpath, "Bouwers telescope",
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195:Evolution of the Maksutov design
53:Bouwers was born in the town of
277:. June 21, 1963. Archived from
368:Google Books: "Albert Bouwers"
1:
296:By Henry C. King, page 360;
294:The History of the Telescope
114:Dmitri Dmitrievich Maksutov
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92:Bouwers meniscus telescope
86:Olde Delft Optical Company
406:Utrecht University alumni
244:Oxford Journals abstract
177:first sentence of article
173:A Dictionary of Astronomy
348:D. J. Schroeder (2000).
130:meniscus corrector shell
269:"The View in the Dark"
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16:Dutch optical engineer
401:People from Coevorden
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88:in the Netherlands.
221:Google Books, pg 498
144:working at a single
138:chromatic aberration
72:Bouwers developed a
351:Astronomical Optics
334:Armstrong, E. B., "
146:wavelength of light
142:astrographic camera
74:night vision device
249:2009-09-23 at the
118:Maksutov telescope
106:meniscus telescope
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63:Utrecht University
43:Maksutov telescope
22:(1893–1972) was a
411:Optical engineers
281:October 17, 2007.
20:Albert A. Bouwers
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27:optical engineer
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318:. Retrieved
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279:the original
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39:catadioptric
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396:1972 deaths
391:1893 births
385:Categories
320:2009-07-23
156:References
112:optician
49:Biography
247:Archived
116:'s 1941
82:antimony
175:, 1997
150:doublet
110:Russian
35:Philips
78:cesium
31:X-rays
61:from
59:Ph.D.
55:Dalen
24:Dutch
274:Time
124:'s "
80:and
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286:^
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257:^
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