The main challenges when analyzing nanostructures come down to your sensitivity and your accuracy. With nanostructures especially, you can be looking at trace amounts of material and you want to be able to capture what's truly there. If you're analyzing down to individual atoms, you want to make sure that you are fully capturing that single atom, of Sulfur, for example.
Performing In Situ EDS in the TEM
By Alina Shrourou
How Graphite Can Help to Get the Most Energy Out of Your Battery?
By Matt Rafferty
What are the Effects of the Aspect Ratio and Tip Sharpness of an AFM Probe
From Nu Nano Ltd.
Quantum Computing - Is it the Future?
By Meet A. Moradiya
Thin Film Measurement on Angled Surfaces
How Does Buckminsterfullerene Allow for Greater Mechanical Strength in Different Objects?
By Isabelle Robinson
Queen Mary University of London and Paragraf Awarded £500,000 to Explore Using Graphene to Replace the Rare Metal Indium
From Paragraf Ltd.
Nanomaterials Can Help Develop New Computer Technologies and Medical Equipment
Researchers Confirm Theory of Powerful Magneto-Optical Resonance in Graphene
Combination Technique Improves Polysaccharide Characterization
From Postnova Analytics
Kansai University Research: Development of IRON Oxide Nanoparticle Catalyst for Producing Organosilicon Compounds
Carbon Nanotube Tape Stays Sticky in Extreme Temperatures
Organic Porous Structures on 2D Defect Networks
DNA-Like Twisted Crystal Structure Created with Germanium Sulfide Nanowire
Dr Sam Marks
Dr Sam Marks discusses the ability to study nanostructures in situ in the TEM with Oxford Instruments' silicon drift detectors.
This is in a interview in which we speak to Richard Baxter from Novocarbon about the optimum materials and methods to create battery storage that lasts.
In this interview, Erik Runge, Director of Engineering at Minus K Technology talks to AZoNano about their range of Negative-Stiffness Vibration Isolators and why they are the preferred solution for Nanotechnology applications.
This page details the capabilities of the Jr25, a 3D non-contact profilometer.
This product profile describes THz-Raman® Spectroscopy Benchtop Module for Terahertz Spectroscopy.
Hysitron TI 950 TriboIndenter nanoindenter developed by Bruker is a high throughput instrument to support nanomechanical tests.