The lithium-ion batteries that power our laptops and electric vehicles could store more energy and run longer on a single charge with the help of a sponge-like silicon material.
Materials Science
Jul 8, 2014
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Fujitsu Semiconductor today announced that it successfully achieved high output power of 2.5kW in server power supply units equipped with gallium-nitride (GaN) power devices built on a silicon substrate. Fujitsu Semiconductor ...
Electronics & Semiconductors
Nov 8, 2012
1
0
Fujitsu Semiconductor announced that it achieved high output power of 2.5kW in server power supply units equipped with gallium-nitride (GaN) power devices built on a silicon substrate. Fujitsu Semiconductor aims to start ...
Electronics & Semiconductors
Nov 22, 2012
1
0
A new study will help researchers create longer-lasting, higher-capacity lithium rechargeable batteries, which are commonly used in consumer electronics. In a study published in the journal ACS Nano, researchers showed how ...
Nanomaterials
Dec 2, 2014
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0
Imec announces that it has successfully fabricated implant-free quantum-well (IF-QW) pFETs with an embedded silicon-germanium (SiGe) source/drain. These devices show an excellent short channel control and a record logic performance. ...
Electronics & Semiconductors
Jul 12, 2011
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Researchers from the National Institute for Materials Science and Tokyo Metropolitan University have succeeded in measuring the volumetric expansion of single particles of silicon, which is a negative electrode material for ...
General Physics
Apr 26, 2013
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0
Scientists at the California Institute of Technology (Caltech) have created a remote-controlled robot that is able to simulate the "visual" experience of a blind person who has been implanted with a visual prosthesis, such ...
Computer Sciences
Oct 19, 2009
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0
Chinese researchers have succeeded in transferring gallium nitride (GaN) light-emitting diodes (LEDs) grown on a layer of silicon to a layer of copper.
General Physics
Jun 14, 2012
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0
Sharp Corporation has developed and will introduce into the global market the new LR0GC02 Solar Module for Mobile Devices that features a thickness of 0.8 mm, the industry's thinnest level.
Energy & Green Tech
May 26, 2009
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0
A paperlike battery electrode developed by a Kansas State University engineer may improve tools for space exploration or unmanned aerial vehicles.
Nanomaterials
Mar 31, 2016
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