Wed. November 26, 2008
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Science Daily (press release)
November 25, 2008
The most widely studied
magnetic semiconductor is
gallium arsenide (GaAs) with magnetic atoms (
manganese) taking the place of some of the
gallium atoms. ...
ITWeb
November 25, 2008
Semiconductor Today
November 25, 2008
The thin-film sector, which includes amorphous
silicon,
cadmium telluride (CdTe) and copper
indium gallium diselenide (CIGS), will represent 17.8% of the ...
Compound Semiconductors Online (press release)
November 24, 2008
... reportedly able to catch more sun light energy due to their composition of different materials, including
gallium,
phosphorus,
indium, and
germanium. ...
TMCnet
November 24, 2008
RF Power Devices report is a highly segmented
market-based analysis of the
silicon,
gallium nitride,
gallium arsenide and Silicon Carbide high power RF ...
PR Web (press release)
November 23, 2008
Instead of using a
germanium wafer as the bottom junction of the device, the new design uses compositions of
gallium indium phosphide and
gallium indium ...
Washington Post
November 22, 2008
Instead of being made of costly
silicon, thin-film
solar cells are made of copper,
indium,
gallium and selenide. The cells are thinner and more flexible ...
Greentech Media
November 22, 2008
Miasolé, the sometimes troubled maker of copper
indium gallium selenide (CIGS)
solar cells, has lost its chief research officer to a rival down the road. ...
TMCnet
November 21, 2008
The study has been titled "Microwave and Millimeter Wave High-Power Vacuum Electron Devices and the gallium Nitride Threat". According to the study, ...
Science Daily (press release)
November 21, 2008
FULLSPECTRUM's multi-junction
solar cells are able to catch more sun light energy due to their composition of different materials, including
gallium, ...
MarketWatch
November 20, 2008
... but in a different form), or the polycrystalline materials:
cadmium telluride (CdTe) and copper
indium (
gallium) diselenide (CIS or CIGS). ...
Earthtoys (press release)
November 20, 2008
Instead of using a
germanium wafer as the bottom junction of the device, the new design uses compositions of
gallium indium phosphide and
gallium indium ...
Embedded Technology.com (press release)
November 19, 2008
"Nanowires of
silicon and things like
gallium arsenide,
gallium nitride or
indium arsenide, or other types of exotic semiconductors, are being investigated ...
Chemistry World
November 19, 2008
Working by the same principles, Feiner hopes to make stripy nanowires from gallium phosphide, one of the best candidates for efficient green LEDs. ...
MarketWatch
November 19, 2008
However one new RF semiconductor
technology --
gallium nitride -- may change the landscape. While it is not yet revolutionizing the microwave RF power ...
Post-Bulletin
November 18, 2008
Instead of being made of costly
silicon, thin-film
solar cells are made of copper,
indium,
gallium and selenide. The cells are thinner and more flexible ...
Compound Semiconductors Online (press release)
November 18, 2008
Ascent
solar of Littleton,
Colorado USA, a developer of flexible thin-film copper
indium gallium diselenide (CIGS) photovoltaic modules, signed a definitive ...
Compound Semiconductors Online (press release)
November 18, 2008
The NIST researchers point out that the current
technology for both applications is problematic because the high energies needed to focus
gallium for ...
Philippine Star
November 18, 2008
These are
mercury, lead,
cadmium, aluminum, nickel, tin,
uranium,
cesium,
gallium,
thorium,
thallium,
platinum,
gadolinium,
bismuth,
barium, and
antimony. ...
WTOP
November 18, 2008
Instead of being made of costly
silicon, thin-film
solar cells are made of copper,
indium,
gallium and selenide. The cells are thinner and more flexible ...
PV Tech
November 18, 2008
... to supply its proprietary cylindrical-tube-based copper-
indium-
gallium-(di)selenide (CIGS)
solar panels for rooftop applications. ...
Photonics Online (press release)
November 18, 2008
In the most widely used method, a metal-coated needle generates a narrowly focused beam of gallium ions. The high energies needed to focus gallium for ...
Trading Markets (press release)
November 17, 2008
"Nanowires of
silicon and things like
gallium arsenide,
gallium nitride or
indium arsenide, or other types of exotic semiconductors, are being investigated ...
innovations report (Pressemitteilung)
November 17, 2008
In the most widely used method, a metal-coated needle generates a narrowly focused beam of gallium ions. The high energies needed to focus gallium for ...
Azom.com
November 16, 2008
Currently there is much research into developing light-emitting diodes to operate in the ultraviolet using the gallium nitride based semiconductors and, ...
7thSpace Interactive (press release)
November 16, 2008
In the most widely used method, a metal-coated needle generates a narrowly focused beam of gallium ions. The high energies needed to focus gallium for ...
Malaysia Sun
November 15, 2008
Washington, Nov 14 : National Institute of Standards and
technology (NIST) researchers have decoded the mysterious mechanisms behind the high-temperature ...
innovations report (Pressemitteilung)
November 14, 2008
"Nanowires of
silicon and things like
gallium arsenide,
gallium nitride or
indium arsenide, or other types of exotic semiconductors, are being investigated ...
Hindu
November 14, 2008
Extremely small nanoscale particles are released by common kitchen appliances in abundant amounts, greatly outnumbering the previously detected, larger-size ...
ITWeb
November 14, 2008
Johannesburg, 14 November 2008 ] - Haydn Pinnell, MD of
gallium (an EOH company), says most
businesses fail to emphasise security testing during the ...
Hindu
November 14, 2008
Researchers at the National Institute of Standards and
technology (NIST) are decoding the mysterious mechanisms behind the high-temperature superconductors ...
Science Daily (press release)
November 13, 2008
"Nanowires of
silicon and things like
gallium arsenide,
gallium nitride or
indium arsenide, or other types of exotic semiconductors, are being investigated ...
Greentech Media
November 13, 2008
gallium-arsenide cells are much more efficient than conventional,
silicon-based cells that are found in most panels on rooftops and the ground today. ...
Science Daily (press release)
November 13, 2008
In the most widely used method, a metal-coated needle generates a narrowly focused beam of gallium ions. The high energies needed to focus gallium for ...
AZoNano.com
November 13, 2008
In the most widely used method, a metal-coated needle generates a narrowly focused beam of gallium ions. The high energies needed to focus gallium for ...
Microwaves & RF
November 12, 2008
The Version 3.0 upgrade adds several new models including chip and wire models for several popular gallium-arsenide (GaAs) MESFET transistors. ...
Greensboro News Record
November 12, 2008
Greensboro-based RF Micro Devices Inc. said today that it has signed a 12-month, $1.4 million contract with the
US Department of Defense to develop
gallium ...
IEEE Spectrum
November 11, 2008
The idea of evaporating
gallium oxide
molecules from a
gadolinium gallium garnet was originally conceived by George Zydzik at Bell Labs. ...
Semiconductor Today
November 7, 2008
Tremendous progress is being made on the scientific understanding of the internal processes in gallium nitride materials. ...
Semiconductor Today
November 7, 2008
Tyndall has initiated an ambitious 5 year research program in integrated photonics and optical
packaging combining the activities of the research groups in ...
