「germanium」の共起表現一覧(1語右で並び替え)
該当件数 : 77件
Tetraethylgermanium (common name tetraethyl | germanium), abbreviated TEG, is an organogermanium com |
the determination of | germanium and arsenic |
It is widely replacing | germanium as a detector material mainly due to lower d |
enzene ring with a carbon atom replaced by a | germanium atom. |
her heavy aromatic compounds with silicon or | germanium atoms have been reported. |
vated pressure up to approximately 9 GPa the | germanium average coordination number steadily increas |
Cu,Zn)11(Ge,As)2Fe4S16 is a rare copper zinc | germanium bearing sulfide mineral. |
nductor industry for the epitaxial growth of | germanium by MOVPE or chemical beam epitaxy. |
rs cannot be thicker than a few millimeters, | germanium can have a depleted, sensitive thickness of |
Yunnan Chihong Zinc and | Germanium Company Limited (SSE: 600497) is the state-o |
eads to ash containing extractable levels of | germanium compounds such as germanium dioxide. |
of limited synthetic value are the costs of | germanium compounds. |
up elemental impurities in epitaxially grown | germanium comprising layers such as Ge, SiGe, SiGeC, s |
r pressures, up to approximately 15 GPa, the | germanium coordination number increases to 6 and the d |
EDELWEISS uses high purity | germanium cryogenic bolometers cooled to ~20mK tempera |
h a tunability of more than one octave was a | germanium crystal laser. |
he detector is a photodiode made of a 1.2 kg | germanium crystal, reverse biased to about 3 kilovolts |
It is made by slabs of [113] oriented | Germanium crystals which are inclined towards each oth |
Therefore, | Germanium crystals were doped with Lithium ions (Ge(Li |
urrent purification techniques were refined, | Germanium crystals could not be produced with purity s |
These detectors are also called High-Purity | Germanium detectors (HPGe) or Hyperpure Germanium dete |
Germanium detectors are mostly used for spectroscopy i | |
Compton-suppressed large volume, high-purity | germanium detectors arranged in a spherical shell. |
These simulate the outputs of | Germanium detectors, plastic scintillators and their P |
Germanium dichloride is a chemical compound of germani | |
1k word for other machines, and the MAC used | germanium diodes in replacement of many tubes. |
Germanium dioxide is used as a germanium supplement in | |
Germanium dioxide can be prepared in both crystalline | |
Germanium dioxide has low toxicity, but in higher dose | |
process for manufacture of germane gas using | germanium dioxide and sodium borohydride. |
demonstrated that the growth of high quality | germanium films at temperatures as low as 350 °C can b |
CNRS have developed a novel process to grow | germanium films on germanium at low temperatures in a |
recursor has eliminated the memory effect of | germanium in III-V materials. |
It is a solid and contains | germanium in the +2 oxidation state. |
Germanium iodide is a chemical compound of germanium a | |
Most commercial production of | germanium is from treating flue-dusts of zinc- and cop |
On the other hand | germanium is advocated as a non-toxic alternative to m |
The p-Ge (p-type | germanium) laser is a tunable, solid state, far infrar |
Zinc commonly occurs with the iron and trace | germanium may be present. |
Appreciable gallium and | germanium may also be incorporated into the crystal st |
uction method involves applying voltage to a | germanium metal cathode immersed in an aqueous electro |
plasma synthesis method involves bombarding | germanium metal with hydrogen atoms (H) that are gener |
Germanium monoxide, GeO, is a chemical compound of ger | |
anometallic compounds containing a carbon to | germanium or hydrogen to germanium chemical bond. |
CDMS detectors are disks of | germanium or silicon, cooled to millikelvin temperatur |
t concentrations of materials like titanium, | germanium, or boron. |
Argutite (GeO2) is a rare | germanium oxide mineral. |
"New Phenomenon in Narrow | Germanium p-n Junctions". |
doses of these resulted in several cases of | germanium poisonings. |
Germanium selenide is a chemical compound with the for | |
Germanium shares group 14 in the periodic table with s | |
Czochralski method to produce extremely pure | germanium single crystals used in making greatly impro |
Argyrodite is an uncommon silver | germanium sulfide mineral with formula Ag8GeS6. |
Germanium telluride exists in three major crystalline | |
allium tin telluride (Tl2SnTe5) and thallium | germanium telluride (Tl2GeTe5) and of bismuth-telluriu |
Germanium telluride (GeTe) is a chemical compound of g | |
lic system germanium-antimony-tellurium with | germanium telluride, GeTe. |
of refraction, so by varying the flowrate of | germanium tetrachloride the overall index of refractio |
Germanium tetrachloride is an intermediate for the pur | |
Germanium tetrachloride is a colourless liquid used as | |
sised by Winkler in 1887, by the reaction of | germanium tetrachloride with diethylzinc. |
Overall, silicon tetrachloride, SiCl4 and | germanium tetrachloride, GeCl4 are introduced with oxy |
Germanium tetrachloride, GeCl4, a colourless liquid us | |
ed the compound in 1887 from diethylzinc and | germanium tetrachloride, shortly after germanium was d |
to the surfaces, and coated (typically with | germanium) to minimise water damage from short term at |
Collier's Encyclopedia, Volume 11 | Germanium to Heath Hen, p. 372-3. |
hat uses a semiconductor (usually silicon or | germanium) to detect traversing charged particles or t |
The | germanium to carbon bond in this compound is shielded |
A similar detector design uses a gallium → | germanium transformation which is sensitive to lower e |
In 1955, a Motorola | germanium transistor for car radios was the world's fi |
The 608 contained more than 3,000 | germanium transistors. |
nated with relatively (compared to Si) heavy | germanium up to concentrations of 10-15 %. |
m, antimony, manganese, beryllium, chromium, | germanium, vanadium, gallium, hafnium, indium, niobium |
s it was described shortly after the element | germanium was isolated, 15 years after it had been pos |
The | germanium was then chemically extracted and concentrat |
e, unlike some other materials (particularly | germanium) which require liquid nitrogen cooling. |
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