ETIMOLOGI SAKA TEMBUNG GEISSLER TUBE
Named after Heinrich Geissler (1814–79), German mechanic.
APA TEGESÉ GEISSLER TUBE ING BASA INGGRIS?
Tabung Geissler
Tabung Geissler minangka tabung pambesaran gas ingkang dipunginakaken kanggé nunjuk prinsip-prinsip methik listrik. Tabung iki diciptakake dening ahli fisika Jerman lan tukang kaca Heinrich Geissler taun 1857. Iki kasusun saka silinder kaca sing diawetake kanthi macem-macem kanthi elektroda logam ing saben ujung, ngemot gas langka kaya neon, argon, utawa hawa; uap merkuri utawa cairan konduktif liyane; utawa mineral utawa logam sing bisa dianyari, kayata sodium. Nalika voltase dhuwur ditrapake antarane elektrod, arus listrik mili liwat tabung. Saiki disimpulake elektron saka molekul gas, nggawe ion, lan nalika elektron digabungake karo ion, gas ngasilake cahya kanthi fluoresensi. Werna cahya sing dipancarake minangka karakteristik materi ing tabung, lan akeh werna lan efek cahya sing bisa diraih. Lampu gas-discharge pisanan, tabung Geissler minangka barang-barang anyar, digawe ing manéka bentuk lan werna seni kanggo ngenalake èlmu anyar listrik. Ing awal abad kaping 20, teknologi iki dikomersilake lan berkembang dadi cahya neon.
Definisi saka Geissler tube ing bausastra Basa Inggris
Definisi tabung Geissler ing kamus iku sawijining kaca utawa kapal kuarsa, biasane duwe rong bolam sing ngandung elektroda dipisahake dening tabung kapiler, kanggo njaga kakean listrik ing gas tekanan rendah minangka sumber cahaya sing bisa ditemokake utawa ultraviolet kanggo spektroskopi.
BUKU BASA INGGRIS KAKAIT KARO «GEISSLER TUBE»
Temukaké kagunané saka
Geissler tube ing pilihan bibliografi iki. Buku kang kakait dening
Geissler tube lan pethikan cekak kang padha kanggo nyediyakaké panggunané ing sastra Basa Inggris.
1
Fiber Optics Illustrated Dictionary
GDG See Global Development Gateway. GDI See graphics device interface.
Geissler tube A type of sealed dual-electrode gas- filled tube that glows when
current passes through it. The color of the glow varies with the types of gases
used, and ...
2
History of Electron Tubes
Pluecker's disciple, Hittorf also made use of the Geissler tube and Ruhmkorff' s
induction coil to carry out many experiments. In 1869, Hittorf named the luminous
ray radiated straight from the cathode 'Glimmstrahlen\ Furthermore, by improving
...
Double Geissler Tube, 7 inches lung, with balls or spirals of uranium glass, to
show fluorescence, . . . . . . . . 2 25 1923. Geissler Tube. Same as No. 1923, but 12
inches long, . . . 500 1924. Geissler Tube. Same as above, but 24 inches long, .
4
Instruments of Science: An Historical Encyclopedia
Geissler Tube A Geissler tube is a partially evacuated glass tube with two or
more electrodes fitred through its walls. 1t is named after Heinrich Geissler, a
glass blower of Bonn, who began to supply the local professor of mathematics
and ...
Robert Bud, Deborah Jean Warner,
1998
The highly-refrangible rays which possess in so high a degree the power of
exciting fluorescence, are contained in large proportion in the light emitted by a
Geissler's tube filled with rarefied nitrogen. In order to expose fluorescing fluids to
the ...
A small holder and reflector is now made for a Geissler tube. The Geissler tube
should be of the plain kind with no fluorescent liquids in it. The plain type gives
more illumination than the fluorescent type. The Geissler-tube holder is
supported ...
7
The Telecommunications Illustrated Dictionary, Second Edition
The Geissler tube is useful for calibrating optical instruments and as a reference
tool. It has also been used in conjunction with imaging technologies as a low-cost
experimental rotating mirror photodetection device. Educational versions of the ...
8
Nineteenth-century Scientific Instruments
*T!*3sr " [14] Long and elaborate Geissler tube. Johann Geissler (181 5-79 ) was
a mechanic at the University of Bonn, and a particularly fine glassblower. He
made these discharge tubes from the late 1 850s onwards. c. 1875. Science ...
Gerard L'Estrange Turner,
1983
How to Make a Small Geissler Tube How to Make a Folding Canvas Cot All the
material required to make the cot as shown in Fig. 1 consists of wood 1$ in.
square of which two pieces are 6 ft. long ; two pieces 2 ft. 3 in. long; two pieces 1\
ft.
10
Evolution's Fatal Flaw: The Inevitable Consequence of the ...
Geissler had two skills that enabled him to invent an important piece of
experimental apparatus now known as the Geissler tube: the ability to blow glass
and a knowledge of physics. The Geissler tube is fabricated from blown glass
and has a ...
BABAGAN WARTA KANG NGLEBOKAKÉ ARAN «GEISSLER TUBE»
Weruhi yèn pawarta nasional lan internasional wis ngomongaké lan kepriyé aran
Geissler tube digunakaké ing babagan warta iki.
Master of electrons and photons
... weeks prior to Röntgen's famous announcement, while photographing Mark Twain using a Geissler tube (a predecessor to the Crookes tube) ... «Nature.com, Mei 15»
Neon tubes, signs were art to begin with
It was soon found to glow red in a Geissler tube. However, neon was scarce and impractical for lighting. In 1910, French businessman Georges ... «Orillia Packet & Times, Jan 15»
Recent Acquisitions of The Corning Museum of Glass
A Geissler tube is a sealed glass cylinder, often spiraled or shaped to demonstrate an interesting property of physics. These tubes take their ... «GlobeNewswire, Des 14»
The Spark of Invention
... wing/aviation, Mach speed, archaeology (Troy), medical x-rays, sound-on-film, neon signs (Geissler tube), first globe model (Erdapfel, 1492), ... «TIME, Nov 13»
Dec. 11, 1910: Neon Lights the City of Light
German physicist Heinrich Geissler created the first geissler tube in 1855 by applying electricity to a tube filled with gas at low pressure. «Wired, Des 12»