Oil spills resulting from fuel transportation and drilling operation have a great impact on the environment besides causing a huge loss of energy resources. It is necessary to take an appropriate action in protecting the environment and recovering oil spills.
David Cahill, Willett Professor and Department Head of Materials Science and Engineering at the University of Illinois at Urbana-Champaign, talks to AZoNano about his research into the manipulation of magnetic information with heat and how it can be used to manipulate magnetization at the nanoscale.
By Stuart Milne
15 Jun 2015
In this interview, Dr. Shiv Khanna and Dr. Everett Carpenter speak to AZoNano about why magnetic nanoparticles are important and the benefits they offer.
By Stuart Milne
10 Jun 2015
The United Arab Emirates is located between Saudi Arabia and Oman in the Middle East. The total area of the country is 83,600 km2 and it had a population of 9,68m in 2019.
In recent years nanotechnology has become a very promising field in biology and medicine. A lot of people believe that the adoption of nanotechnology in medical diagnostics will radically change the field of medicine, making it preventive and precautionary.
By Tania Borikun
4 Jun 2015
Crystalline nanoparticle arrays and superlattices can be synthesized with perfectly defined geometries using appropriate electrostatic, hydrogen bonding or biological recognition interactions.
Nanoelectronics, composite materials and hydrogen fuel cells are just a few applications a new three dimensional porous nanostructure could make possible. Researchers from Rice University have made a computer simulation of the material by stacking extremely thin sheets of boron nitride in parallel layers.
By Stuart Milne
3 Jun 2015
SP-ICP-MS characterizes AgNPs in dietary supplements, providing size, concentration, and distribution data efficiently.
SP-ICP-MS combined with TMAH digestion effectively analyzes nanoparticles in biological tissues, aiding in environmental nanoparticle impact studies.
Explore the precision of single particle ICP-MS for nanoparticle analysis, ensuring accurate sizing and counting with fast, continuous data acquisition.