News : Research
February 03 2014
LMGP explores ALD at ambient pressure
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Atomic layer deposition (ALD) expert David Muñoz-Rojas joined LMGP in November as a CNRS researcher. He uses a spatial atomic layer deposition method at low temperature and ambient pressure in order to eliminate the constraints of using a vacuum chamber and more easily scale up processes for industrial rollout. This new approach to ALD—very versatile […] >>
February 03 2014
Lithium-ion batteries undergo graphene doping
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Lithium-ion batteries’ energy-storing capacity can be boosted tenfold when the batteries’ electrodes are doped with silicon nanoparticles. Until now, the enhanced performance has only lasted a few cycles. This is because the electrode cannot withstand the tripling in volume the nanoparticles undergo during charging. Researchers at INAC and IMN Nantes recently maintained the doped performance […] >>
February 03 2014
Testing system picks up 3 ppb of benzene in indoor air in just 15 minutes
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A new indoor-air-quality regulation will come into force in France on January 1, 2016. All buildings open to the public will have to prove that their indoor air contains less than 1 ppb of benzene. However, current portable testing systems are neither sensitive enough nor suitable for on-site testing. A research project backed by the […] >>
February 03 2014
GaN wires for LEDs offer brilliant electrical properties
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The geometry of gallium nitride (GaN) wires makes it tough to characterize a single wire’s electrical properties and n and p doping. Researchers from Leti and Institut Néel have found a solution. Using electronic lithography, the researchers connected a wire attached to an insulating substrate to four metal blocks and created a source of heat […] >>
February 03 2014
Spintronics: diffusion barriers make cooperation easier
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To optimize the magnetic coupling in memory-type spintronic systems, the ferromagnetic (FM) and antiferromagnetic (AFM) parts must be very close to each other. Surprisingly, researchers at Spintec achieved a jump in performance by doing the opposite when they separated the FM and AFM parts with a diffusion barrier. Their unexpected results can be explained by […] >>