Researchers have developed a technique to visualize the complete evolution of micro- and nanoscale structural formation on a material’s surface, both during and after the application of a laser pulse.
Micro- and nanoscale structures within a material’s surface are invisible to the naked eye, but play a big role in determining a material’s physical, chemical, and biomedical properties. Over the past few years, Chunlei Guo and his research team at the University of Rochester have found ways to manipulate those structures by irradiating laser pulses to a material’s surface.
JEOL USA recently introduced a new scanning electron microscope (SEM) that reportedly combines the performance of a field emission SEM with the simplicity of the JEOL InTouchScope™ SEM series.
Successful ceramic manufacturing requires the correct identification of phases and an understanding of microstructure in starting powders and finished products.
Powder X-ray diffraction (XRD) techniques can trace their origin to the pioneering work of Debye and Scherrer in Europe (1916) and Hull in the U.S. (1917).1 Their results dispelled the belief that grinding a single crystal to a powder would destroy crystallinity.
Rigaku Corp. recently announced its attendance at the 2017 Ceramics Expo, taking place April 25-27 at the International Exposition Center in Cleveland, Ohio.
The new NETZSCH GABO EPLEXOR HT series dynamic mechanical analyzer (DMA) is reportedly designed for the thermomechanical characterization of ceramics, ceramic composites, glass, and metals that often require higher forces than traditional DMA tests.
Our annual R&D Directory is a buyers’ resource that provides supplier* details for equipment, instruments, and services targeted for research and development applications.
Our annual R&D; Directory is a buyers’ resource that provides supplier* details for equipment, instruments, and services targeted for research and development applications. Use this guide as a handy way to find suppliers throughout the year