Being able to offer cryogen free systems where the cooling stages that would have traditionally relied on liquid cryogens have been replaced by a closed cycle refrigerator that is powered by electricity, has enabled customers from all over the world identify new applications that were previously not possible.
During the production of a metal, the manufacturing process is marked by careful regulation of the mechanical properties of the wrought metal. However, these may undergo change later on when the wrought metal is shaped into the end product.
With the topic of HiPerNano 2018 being Clean Growth, the researchers and industrialist speakers were keen to share their findings on how nanotechnology can help to overcome environmental challenges, including nanotechnology in clean mobility and the development of environmentally friendly nanomaterials.
Graphenea are known for pushing the barriers of graphene research. They have recently developed a Graphene FET (GFET) which is ready for immediate functionalization. This will save valuable research time and eliminate human error, making graphene research simpler and more efficient.
Heat Transfer Properties of Nanoparticles
By Liji Thomas
Does the Structure of Gold Nanoparticles Change with Different Dopants?
By Benedette Cuffari
Creating More Reliable AFM Results with Intelligent Scantronic™ Software
From NT-MDT Spectrum Instruments
Cryogenics and Quantum Computing
By Kerry Taylor-Smith
Nanoparticle Manufacture - What Methods Are There?
By Liam Critchley
Nanotechnology: The Risks and Rewards
By Louise Saul
Nobel Prize Winner Novoselov to Produce Pieces of Art Using Graphene at MWC 2019
A ‘Sandwich’ Made Up of Graphene and Boron Nitride Could Be Key to New Electronics
Several Graphene-Based Technologies for Health Monitoring, Food Inspection at MWC 2019
2D Fluidics VFD Technology Programme to Run at the University of Manchester
From First Graphene Ltd
Russian Scientists Create Gold Nano-Stars to Enable Intracellular Delivery
Researchers Develop a New Way to Control and Standardize the Production of Nanowires on Silicon Surfaces
A New, Easy Way To Build A Hall System – See The Demo At APS March Meeting
From Lake Shore Cryotronics Inc.
Portable Mass Spectrometer for Peptides Becomes a Reality with Nanopores
The Graphene Council is the largest Community for graphene professionals, producers, research application developers and end-users in the world. In this interview, Terrance Barkan, Executive Director from The Graphene Council talks to AZoNano about their 2019 Bulk Graphene Market Report and what is
Dr. Michael Cuthbert
In this interview, Michael Cuthbert highlights the main challenges researchers face when performing Cryogen Free Measurements, and introduces the Cryofree™ cryostats from Oxford Instruments as a suitable solution.
In this interview, Sergei Magonov, President of NT-MDT Development, talks about the latest developments in the capabilities of NT-MDT’s range of AFMs, including new oscillatory resonance modes, and a new thermally-stable microscope cabinet, which allow expanded application opportunities.
This page details the capabilities of the Alemnis Nanoindenter with an intrinsic displacement control mode.
This is an AFM system which can be used to non-destructively analyze samples.
This product discusses precision thinning for TEM analysis.
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