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Indium antimonide, an example of a high mobility semiconductor, could have an electron mobility above 4 m < sup > 2 </ sup >· V < sup >− 1 </ sup >· s < sup >− 1 </ sup > at 300 K. So in a 0. 25 T field, for example the magnetoresistance increase would be 100 %.
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Indium and antimonide
* Indium antimonide, Indium arsenide, Lead selenide, QWIP, QDIP.
# REDIRECT Indium antimonide
Indium and high
This brings the advantage that practically any Indium concentration in the channel can be realized, so the devices can be optimized for different applications ( low indium concentration provides low noise ; high indium concentration gives high gain ).
Indium and semiconductor
Indium gallium phosphide ( InGaP ), also called gallium indium phosphide ( GaInP ), is a semiconductor composed of indium, gallium and phosphorus.
Indium gallium arsenide ( InGaAs ) is a semiconductor composed of indium, gallium and arsenic.
Indium and have
Other III-V technologies, such as Indium Phosphide ( InP ), have been shown to offer superior performance to GaAs in terms of gain, higher cutoff frequency, and low noise.
Indium and <
< ol >< li > polarizer | Polarizing filter film with a vertical axis to polarize light as it enters .</ li > < li > Glass substrate with Indium tin oxide | ITO electrode s. The shapes of these electrodes will determine the shapes that will appear when the LCD is turned ON.
Indium tin oxide ( ITO, or tin-doped indium oxide ) is a solid solution of indium ( III ) oxide ( In < sub > 2 </ sub > O < sub > 3 </ sub >) and tin ( IV ) oxide ( SnO < sub > 2 </ sub >), typically 90 % In < sub > 2 </ sub > O < sub > 3 </ sub >, 10 % SnO < sub > 2 </ sub > by weight.
* Indium ( III ) oxide, In < sub > 2 </ sub > O < sub > 3 </ sub >
Indium and sup
Indium ( In ) consists of two primordial nuclides, with the most common (~ 95. 7 %) nuclide (< sup > 115 </ sup > In ) being measurably radioactive ( although with a very long half-life ).
Indium and at
Indium ( III ) oxide is formed at hot temperatures during reaction between indium and oxygen, with blue flame.
Indium ( I ) sulfide is the product of reaction between indium and sulfur or indium and hydrogen sulfide, and can be received at 700 — 1000 ° C.
Indium ( I ) oxide black powder is received at 850 ° C during reaction between indium and carbon dioxide or during decomposition of indium ( III ) oxide at 1200 ° C.
Indium is 61st most abundant element in the Earth's crust at approximately 49 ppb, making indium approximately as abundant as mercury.
Indium and .
Indium ( ) is a chemical element with symbol In and atomic number 49.
Indium was discovered in 1863 and named for the indigo blue line in its spectrum that was the first indication of its existence in zinc ores, as a new and unknown element.
Indium is not known to be used by any organism.
Indium is a very soft, silvery-white, relatively rare poor metal with a bright luster.
Indium has a low melting point, 156. 60 ° C ( 313. 88 ° F ); it is higher than that of its lighter homologue, gallium, but lower than that of the heavier homologue, thallium.
Indium is a post-transition metal and chemically, is the intermediate element between its group 13 neighbors gallium and thallium.
Indium does not react with water, but it is oxidized by stronger oxidizing agents, such as halogens or oxalic acid, to give indium ( III ) compounds.
Indium ( III ) compounds are not well-soluble, similarly to thallium ( III ) compounds ; however, indium ( III ) salts of strong acids, such as chloride, sulfate and nitrate are soluble, hydrolyzing in water solutions.
Indium ( I ) compounds are not as common as indium ( III ) ones ; only chloride, bromide, iodide, sulfide and cyclopentadienyl are well-characterized.
Indium occurs naturally on Earth only in two primordial nuclides, indium-113 and indium-115.
Indium has 39 known isotopes, ranging in mass between 97 and 135.
Indium also has 47 meta states, out of which indium-114m1 is the most stable, being more stable than ground state of any indium isotope, except for the primordial ones.
Indium is created via the long-lasting, ( up to thousands of years ), s-process in low-medium mass stars ( which range in mass between 0. 6 and 10 masses of Sun ).
Indium forms intermetallics as well.
* Global Reserves of natural resources such as Silver and Indium will diminish to where demand vastly outpaces availability.
The opposite also applies ; for instance, 96 % of the element Indium in nature is the In-115 radioisotope, but it is considered non-toxic in pure metal form and mainly like a stable element because its multi-trillion-year half-life means that a relatively minuscule portion of its atoms decay per unit of time.
Indium and T
Indium gallium arsenide was synthesized by T. P.
Indium and for
The colors available for sedan are: Calcite White, Black, Cuprit Brown Metallic, Diamond White BRIGHT Metallic, Indium Grey Metallic, Iridium Silver Metallic, Obsidian Black, Palladium Silver Metallic, Pearl Beige Metallic, Tanzanite Blue Metallic and Tenorite Grey Metallic.
* indium: Indium is commonly used as a deformable gasket material for vacuum seals, especially in cryogenic apparatus, but its low melting point prevents use in baked systems.
Indium and be
Indium tin oxide is one of the most widely used transparent conducting oxides because of its two chief properties, its electrical conductivity and optical transparency, as well as the ease with which it can be deposited as a thin film.
antimonide and semiconductor
Gallium arsenide, indium phosphide, gallium antimonide, and gallium nitride are all examples of compound semiconductor materials that can be used to create junction diodes that emit light.
A Hall probe contains an indium compound semiconductor crystal such as indium antimonide, mounted on an aluminum backing plate, and encapsulated in the probe head.
He invented the SPRITE detector, and contributed to the development of indium antimonide as an industrial semiconductor.
antimonide and <
The antimonide ion is Sb < sup > 3 −</ sup >.
antimonide and 1
* Manganese-doped indium antimonide, which becomes ferromagnetic even at room temperature and even with less than 1 % Mn.
antimonide and at
Braunstein observed infrared emission generated by simple diode structures using gallium antimonide ( GaSb ), GaAs, indium phosphide ( InP ), and silicon-germanium ( SiGe ) alloys at room temperature and at 77 kelvin.
antimonide and .
The dispersed spectrum of light was focused on detectors of indium antimonide and silicon.
Various indium compounds ( indium arsenide, indium antimonide, and indium phosphide ) are also being used in LEDs and solid state laser diodes.
* The transition between differently ordered, commensurate or incommensurate, magnetic structures, such as in cerium antimonide.
Lead sulfide ( PbS ) and indium antimonide ( InSb ) LDRs ( light dependent resistor ) are used for the mid infrared spectral region.
*** Semiconductors with a band gap less than 0. 6eV, such as indium antimonide in infrared detectors ( rarely used ), or
It was not until the development of the bialkali antimonide photocathodes ( potassium-cesium-antimony and sodium-potassium-antimony ) discovered by A. H. Sommer and his later multialkali photocathode ( sodium-potassium-antimony-cesium ) S20 photocathode discovered in 1956 by accident, that the tubes had both suitable infra-red sensitivity and visible spectrum amplification to be useful militarily.
The second thread is set in the University of California, San Diego, in La Jolla, California, in 1962 where a young scientist, Gordon Bernstein, discovers anomalous noise in a physics experiment relating to spontaneous resonance and indium antimonide.
An experiment called Berolina used the Splav furnace to process an ampoule of bismuth and antimonide with the material between two plates in the ampoule.
** Bismuth metal and compounds ( e. g., bismuth trioxide, bismuth subcarbonate, bismuth nitrate, bismuth antimonide ); the bismuth compounds are favored as copper dissolves in molten bismuth, forming brittle and easily removable alloy
The term " sulfide " often includes selenide, telluride, arsenide, and antimonide minerals.
Subsequently it was studied in semiconductors such as indium antimonide ( InSb ), germanium ( Ge ) and indium arsenide ( InAs ) by workers in West Germany, Ukraine ( Institute of Semiconductor Physics, Kiev ), Japan ( Chiba University ) and the USA.
* Galvanomagnetic luminescence of indium antimonide, P. Berdahl and L. Shaffer, Applied Physics Letters vol.
Aurostibite is an isometric gold antimonide mineral which is a member of the pyrite group.
See antimonide for definition.
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