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This is the gallium arsenide - GaAs.
gallium and arsenic
Gallium has more in common with indium as they are both metals whereas germanium is a metalloid.
Gallium arsenide is used to make LEDs and LASER diodes. Best not to "bump" into it.
Mendeleev predicted that gallium belonged to the R2O3. Gallium was not discovered until 1874. The noble gases weren't discovered until 1894 through 1899.
A: Because the element has different property as gallium arsenide.
In inorganic chemistry, an aluminium gallium arsenide is a mixed arsenide of aluminium and gallium, used as a semiconductor.
Gallium arsenide, but it's more covalent than ionic- its a semiconductor
Gallium is a metal, not a semiconductor. You cannot build a transistor or even a diode with a piece of metal, forget an IC chip containing several transistors.To create a gallium based semiconductor, it must be ALLOYED with one or more of the following elements: nitrogen, phosphorus, arsenic, or antimony. The simplest semiconductor alloys are: gallium nitride, gallium phosphide, gallium arsenide, and gallium antimonide. Examples of other semiconductor alloys are: gallium nitride phosphide, gallium phosphide arsenide, etc. (these are used in some types of LEDs).The most common gallium alloy semiconductor for making transistors and IC chips is gallium arsenide. Compared to both silicon and germanium, transistors made of gallium arsenide are significantly faster, and additional speed can be obtained by using nonsaturating logic circuits like ECL.
* silicon * germanium * gallium arsenide * etc.
Silicon and Germanium are not used to make LEDs.They are opaque to visible lightThey have the wrong type of band gap (direct instead of indirect).LEDs are made with binary semiconductors, like:Indium Gallium NitrideSilicon CarbideIndium PhosphideGallium Indium Arsenide NitrideIndium Gallium Aluminum Phosphideetc.
It reacts with Arsenic to form Gallium Arsenide which is a semiconductor
A supercomputer using gallium arsenide instead of silicon for its semiconductor components. Gallium arsenide is much faster than silicon so it helps significantly in getting the performance needed by a supercomputer, but it is much harder to fabricate resulting in an increase in price.
Power diodes are made primarily of silicon, though small quantities of other materials, such as boron, gallium arsenide, germanium or phosphorous are also used.
This is the gallium arsenide - GaAs.
Richard Carl Eden has written: 'Photoemission studies of the electronic band structures of gallium arsenide, gallium phosphide, and silicon' -- subject(s): Silicon, Electrons, Gallium arsenide, Gallium Phosphide, Emission
I think because GaAs has a direct band gap transition but Si and Ge has indirect band gap transition. Both silicon and germanium are opaque and thus cannot be used to make LASERs.