In this application note, Granutools discusses how to characterize powdered spices in order to improve their processability. They also show information on the mix properties and how these can affect the applications.
Researchers in the Civil Engineering Departments at Covenant University and Delta State University have presented modifications to the content of concrete, facilitating easier compliance and workability.
By John McAleese
22 Jul 2021
The science and physics of how liquids flow and solids are deformed form the basis of what is known as rheology. Here, we explain what makes a fluid either “newtonian” or “non-newtonian” while the use and importance of rheology in the pharmaceutical industry are explored.
By John McAleese
21 Jul 2021
In copper plating baths, breakdown products such as MPS accelerate copper electrode position. These breakdown products can be detected by CVS analysis, and thus how efficiently a electrode position is acting can be deduced.
In this interview, Georges Kotrosios talks to AZoM about preventing global imbalances with data and technology.
Learn more about the machine vision in smart agriculture.
Researchers believe that rheological characterization is essential for the development, optimization, and processing of foods.
By Dr. Priyom Bose
15 Jul 2021
An efficient, compact diode-laser-pumped 2.94µm Er:YAG laser operating at 1.5 W continuous output power in a TEM00 beam with M²<1.2 has demonstrated pulsed operation in the quasi-cw regime with energies up to 9 mJ
In 2015, Sheaumann worked with Tesat-Spacecom in order to create a laser that has now seen use in
many LEO and GEO satellites. The project resulted in the enhancement of Sheaumann's flagship 2-pin module into a form able to operate in the extreme conditions of space for an extended period of time.
Raman Spectroscopy sees use in a wide range of industries and processes. The technique requires very specific instruments, with single-mode laser diodes being the most commonly used. Sheaumann offers a wide range of customisable Near-Infrared Laser Diodes.