Synopsis:
Nanotechnology: Nanomaterials: Graphene: Graphene device:
futurity_sci_tech 00985.txt
#Compact graphene device could shrink supercapacitors Monash University rightoriginal Studyposted by Emily Walker-Monash on August 5 2013monash U. AUS)# A new strategy to engineer graphene-based supercapacitors could make them viable
phys_org 00165.txt
This new method of graphene fabrication by self-assembly is a stepping stone toward the production of self-assembled graphene devices that will vastly improve the performance of data storage circuits batteries and electronics.
Our method opens the possibility for self-assembling single-graphene devices at desired locations because of the length and the direction control l
phys_org 00245.txt
To develop a viable bionsensor the researchers from the University of Swansea had to create patterned graphene devices using a large substrate area
The researchers then patterned graphene devices using semiconductor processing techniques before attaching a number of bioreceptor molecules to the graphene devices.
phys_org 00280.txt
and length distribution, is a stepping stone towards future graphene device fabrication by self-assembly. Graphene, with its low dimensionality, high stability, high strength,
"Our method opens the possibility for self-assembling single graphene devices at desired locations, because of the length and of the direction control. t
R_spectrum.ieee.org 2015 00873.txt.txt
The temperature the graphene device operates at is high enough that a lab could accurately measure resistance without needing liquid helium as a refrigerant. hese results support graphene as the material of choice for the next generation of easy-to-use, helium-free,
R_www.gizmag.com 2015 00001153.txt
#Graphene device makes ultrafast light to energy conversion possible Converting light to electricity is one of the pillars of modern electronics, with the process essential for the operation of everything from solar cells and TV remote control receivers through to laser communications
And, given that the basic operating principles of hot-carrier graphene devices are substantially different from traditional silicon or germanium semiconductors,
www.livescience.com 2015 01533.txt.txt
This new graphene device, however, is so efficient and tiny, the resulting technology could offer new ways to make displays or study high-temperature phenomena at small scales,
www.nanomagazine.co.uk_category&id=172&Itemid=158 2015 00038.txt.txt
Sanchez-Yamagishi, 28, says he has grown from initially spending months to make good quality graphene to now making very intricate graphene devices and combining then with other materials.
www.nanotech-now.com 2015 000036.txt
2015discoveries Stable long term operation of graphene devices achieved (Kopie 1 march 17th, 2015maps predict strength of structures:
2015stable long term operation of graphene devices achieved (Kopie 1 march 17th, 2015four Scientists With Major Contributions to Research at Brookhaven Lab Named American Physical Society Fellows March 17th, 201
www.nanotech-now.com 2015 00690.txt.txt
and calorimetry and could have a strong impact in the performance of conventional graphene devices. Due to the weak electron-phonon coupling in graphene, 2d Dirac massless carriers can present a much more elevated temperature than the graphene lattice.
This fact, apart from having a strong impact the performance of conventional graphene devices, creates new opportunities for nanoscale bolometry and calorimetry.##
www.nanowerk.com 2015 04670.txt.txt
NIST researchers used their STM to systematically alter the number of electrons moving through their graphene device.
The high purity graphene device was fabricated by NIST researcher Y. Zhao in the Center for Nanoscale Science and Technology's Nanofab, a national user facility available to researchers from industry, academia and government t
www.sciencedaily.com 2015 09668.txt.txt
Top-down approaches to graphene device fabrication such as mechanical and chemical exfoliation would not work on a commercial scale,
the result shown by Roelver centred on a direct comparison between the sensitivity of a silicon-based Hall sensor with that of the Bosch-MPI graphene device.
whereas with the boron nitride and graphene device the figure is 7, 000. That is a two orders of magnitude improvement.
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