Приклади вживання Gallium Англійська мовою та їх переклад на Українською
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silicon, gallium and the rare earths.
It is a metal composed of gallium, indium and tin,
magnesium alloy, and gallium.
high density), gallium arsenide has undoubted advantages over silicon.
Besides them in the manufacture of solar batteries are increasingly used components such as arsenide, gallium, copper, cadmium telluride,
the researchers used a nanostructure made from gallium arsenide and gallium aluminum arsenide, in which the energies of
And because gallium ions are so heavy(comparatively speaking),
Gallium melt when held in the hand- the melting temperature is 29,5° C and to melt tungsten,
establishing that other elements besides gallium can achieve the brightness
Solutions based on silicon carbide(SiC) and gallium nitride(GaN) possess the best properties for building modern microwave amplifiers(UWB Tech, Qorvo, TriQuint).
that has allowed us to create these ground-breaking carbon nanotube transistors that surpass silicon and gallium arsenide transistors,” said Arnold.
Braunstein observed infrared emission generated by simple diode structure based on gallium antimonide(GaSb), gallium arsenide, indium phosphide(InP),
though gallium participates in semi-conductors such as gallium arsenide.
that has allowed us to create these groundbreaking carbon nanotube transistors that surpass silicon and gallium arsenide transistors," says Arnold.
But in years past, gallium(atomic number 31)
Santech manufactures a range of Gallium alloys that can be tailored to customers specific needs and applications, typically GaInSn, GaIn, GaAl, GaSn and Copper Indium Gallium Selenide(CIGS).
Thin film structures on the base of rare earth aluminum and gallium garnets that are intended for utilization as active media of subminiature microchip lasers, high-power industrial disk lasers, passive Q-switches, thin film solid state scintillators.
it's been made from a material such as silicon or gallium arsenide, which is not only rigid, but would also be expensive for large areas.
The CZTS approach produces an efficient photo-absorber using earth-abundant materials that cost around a thousand times less than rare-earth elements like indium, gallium and selenium.
Gallium arsenide(GaAs) is also widely used in high-speed devices