A research team led by Professor Mohamed Babiker and Professor Jun Yuan from the University of York is pioneering the advancement of electron microscopes, which will facilitate researchers to study a broad array of materials in innovative ways.
A research team at the Luleå University of Technology has developed an economical and eco-friendly process to manufacture cellulose nanofibers by recycling cellulose sludge released by Domsjo Fabrikerna, a Swedish company manufacturing special cellulose for use in the production of viscose fibers.
A research study by Jeffrey Myers from the University of Texas MD Anderson Cancer Center and James Tour from the Rice University has reported that a combination of carbon nanoparticles and existing drugs has the capability to improve head-and-neck cancer treatment, particularly when coupled with radiation therapy.
A team of international scientists led by Pat Thiel from the Ames Laboratory of the U.S. Department of Energy has revealed a new kind of structural irregularity or defect that can be found in quasicrystals, which are materials that have crystal-like properties but with a more intricate structure.
According to a research study reported in Industrial & Engineering Chemistry Research, a journal of the American Chemical Society, dust formed during manufacturing of nanomaterials has more chance to get exploded when compared to dust from cornstarch, wheat flour and any other usual dust explosion hazards.
ZEN software was launched by Carl Zeiss for confocal laser scanning microscopes in 2007. Carl Zeiss is now expanding ZEN to drive all ZEISS light microscope systems.
Engineers from the University of Georgia and the University of South Carolina (USC) have generated uniform dispersions of carbon nanotubes by combining ultrasonication and hydrogen passivation methods. This development can aid in easier harnessing of the power of carbon nanotubes.
The Pittcon Organizing Committee is pleased to announce more than 940 exhibitors, including more than 100 new exhibitors, will be in attendance for Pittcon's 2012 Conference & EXPO in Orlando, Fla., at Orange Cou...
A research team from the University of Bristol in partnership with researchers from the US Office of Naval Research has detected and measured internal friction, stress and strain shear modulus of graphene sheets for the first time.
A research team led by Yong-Hang Zhang from the Arizona State University is involved in the development of novel ways using nanoscale materials for optimizing infrared photodetector technology used in national security and defense systems.
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