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Nanotechnology in the Printing Industry

Nanotechnology in the Printing Industry

In the recent years, the printing industry has begun experimenting with nanotechnology, from printing inks to the printing process. [More]
Measuring TbVO4 at Low Temperatures Using the STADI P from STOE with Closed-Cycle Helium Cryostats

Measuring TbVO4 at Low Temperatures Using the STADI P from STOE with Closed-Cycle Helium Cryostats

Phase transitions taking place at low temperatures are the subject of intense research to gain insights into material-property relationships. For instance, superconductor analysis needs to be performed at a temperature below the critical temperature of the material. [More]
Fast High-Temperature Measurements Using STOE Capillary Furnaces with the MYTHEN 1K Stripdetector

Fast High-Temperature Measurements Using STOE Capillary Furnaces with the MYTHEN 1K Stripdetector

Instruments offered by STOE are ideally suited for powder diffractometer systems for observation and evaluation of phase transitions under non-ambient conditions. [More]
Determining the Electron Density of Boroxine Compounds Using the STOE IPDS 2T

Determining the Electron Density of Boroxine Compounds Using the STOE IPDS 2T

A STOE IPDS 2T was used to acquire a high-resolution X-ray data set of 286975 reflections at 90K to derive the electron-density (ED) distribution of boroxine compound. The STOE IPDS 2T enabled 2è-movement to achieve high regions in reciprocal space. [More]
Using the STOE IPDS 2T Diffractometer for Chemical Crystallography

Using the STOE IPDS 2T Diffractometer for Chemical Crystallography

Mo Ká radiation is generally utilized to determine the structure of small molecules, but in spite of this Cu Ká radiation is more suitable for treating several applications in chemical crystallography. [More]
Using the STOE IPDS 2T Diffractometer for High-Throughput Sulfur-SAD Phasing of Elastase

Using the STOE IPDS 2T Diffractometer for High-Throughput Sulfur-SAD Phasing of Elastase

Single-wavelength anomalous diffraction (SAD) has become a widely used technique for solving protein crystal structures from sulphur atoms. [More]
Nanotechnology in Moldova: Market Report

Nanotechnology in Moldova: Market Report

With organisations like MOLD-ERA and MOLD-NANONET guiding the way, research projects have been gaining publicity and coverage in major journals. If this trend continues, Moldova will attract researchers and more funding from the EU and nations further afield, making Moldova a country poised for growth in the area of nanotechnology. [More]

Nanoscale Lithography Technologies

Nanolithography is a field of nanotechnology which deals with the study and application of fabricating nanometer-scale structures. Since 2007, nanolithography has gained a high level of research interest from academia as well as from industry. [More]

An Introduction to Nanowire Lasers

Studies on single nanowires and other nanostructures are paving the way for next-generation photonic devices such as optically and electrically pumped nanowire lasers. While the fundamentals of traditional laser technologies are well understood, a great deal of research has been focused on investigating nanowire laser technology. [More]
Nanocomposites in Aerospace

Nanocomposites in Aerospace

Nanocomposites are found in a number of places and the use of nanoparticle-rich materials predates the understanding of nature of these materials. Nanoscale organo-clays have been used to control flow of polymer solutions since the mid-1950s. Nanocomposites have even provided the aerospace industry with a variety of material solutions. [More]