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Plücker owed his forthcoming success in the electric discharge experiments in large measure to his instrument maker, the skilled glassblower and mechanic Johann
Heinrich Wilhelm Geissler. He learned the art of glassblowing in the duchy of
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Luminous tube lighting, dealing with the principles of the luminous tube, with a summary of the materials and equipment involved, and technical data concerning discharge-tube light sources
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129:, the future (1864) conservator of the Physical Cabinet of Teylers Museum. After that, Heinrich Geissler made his well-known glass discharge tubes in Bonn.
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Bibliography of X-ray literature and research, 1896–1897: being a ready reference index to the literature on the subject of roentgen or X-rays
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in: NTM International
Journal of History & Ethics of Natural Sciences, Technology & Medicine, Volume 14, Issue 1, pp 26–45
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The
Geissler tube was used for entertainment throughout the 1800s and evolved around 1910 into commercial
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Electrical and electronic technologies: a chronology of events and inventors to 1900
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Roentgen rays and electro-therapeutics: with chapters on radium and phototherapy
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in: Complete
Dictionary of Scientific Biography Charles Scribner's Sons, 2008
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Flash of the cathode rays: a history of J.J. Thomson's electron
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Electrical tubes in the Museum of
Science and Industry, London
328:. Publisher: The Electrician Print. and Pub. Co., London 1897
229:"Gas discharge tube with exchangeable holder — Teylers Museum"
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Inward bound: of matter and forces in the physical world
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was discovered in 1897, and in 1906 into the amplifying
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Geissler descended from a long line of craftsmen in the
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Heinrich
Geissler 1838, page 16, Historical Retrospect
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Geissler was awarded an honorary doctorate in 1868.
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to design an apparatus for evacuating a glass tube.
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121:1862 Geißler discharge tube with holder in the
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257:(Reprint ed.). Oxford: Clarendon Press
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16:German physicist and glassblower (1814–1879)
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421:German scientific instrument makers
152:in the mid-1850's and in 1857, the
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175:. There he was asked by physicist
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366:Geissler, Johann Heinrich Wilhelm
140:– 24 January 1879) was a skilled
134:Johann Heinrich Wilhelm Geißler
411:People from Neuhaus am Rennweg
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426:19th-century German inventors
286:. CRC Press, 1997, pp.49–52 .
354:- The Cathode Ray Tube site
352:Heinrich Geissler Biography
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360:Crookes and Geissler Tubes
431:Scientists from Thuringia
347:The Cathode Ray Tube site
334:in: Charles E. S. Philips
306:Kassabian, Mihran Krikor
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315:Davis, H. B. O. (1981).
215:References and articles
123:Teylers Instrument Room
299:Miller, H. A. (1945).
253:Pais, Abraham (2002).
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303:. London: G. Newnes.
233:www.teylersmuseum.nl
372:Geisslerhaus Museum
173:University of Bonn
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264:978-0-19-851997-3
200:, with which the
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25:Heinrich Geissler
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206:vacuum tube
150:vacuum pump
142:glassblower
77:Nationality
46:26 May 1814
395:Categories
68:1879-01-25
238:March 15,
146:physicist
138:Igelshieb
50:Igelshieb
202:electron
158:electron
169:Bohemia
167:and in
106:Physics
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102:Fields
80:German
259:ISBN
240:2024
144:and
61:Died
43:Born
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