CS2 Series force testers are an excellent choice for plastic testing when accuracy, repeatability and documentation of results are important.
Gel electrodes are used for transmitting electric impulses from muscles in diagnostic techniques like electromyography (EMG) and electrocardiograms (ECG).
An international research team led by the University of Cambridge discovered that the incorporation of potassium iodide ‘healed’ the defects and immobilized ion movement, which, thus far, have restricted the efficiency of economical perovskite solar cells.
Researchers at QUT have discovered an exciting new method to control and design materials of the future at the atomic level and modify the way they act at a larger scale that paves the way to unique applications such as early cancer biomarkers.
In two latest publications, teams of researchers led by Penn State provide new insight of why synthetic 2D materials repeatedly perform orders of magnitude worse than estimated, and how to enhance their performance in future electronics, memory storage, and photonics applications.
Properties of solid surfaces (e.g. adhesion & wetting) are dependent on their structures - knowledge of sliding behavior of liquid droplets is restricted.
Using computational tools & data mining, researchers have discovered a phosphor material for white LEDs that is not only inexpensive but easy to fabricate.
Engineers at the Iowa State University have developed a novel smart, responsive material that is capable of stiffening up like a worked-out muscle.
Thermoelectric materials are known to generate electricity by using thermal differences. Now, a low-cost and environmentally friendly method is available for producing these materials with the most basic of components: a photocopy paper, a normal pencil, and a conductive paint can be used to change a temperature difference into electricity through the thermoelectric effect. This breakthrough has now been revealed by researchers at the Helmholtz-Zentrum Berlin.
Two-dimensional materials properties offer new technical possibilities. But accurately measuring internal stresses and strains has been challenging to do.
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