Temperature sensors account for approximately 80% of the world sensor market, which is expected to be worth 8 billion EUR by 2028. Even though temperature measuring devices abound, only a few thermometers can operate in contemporary environments, such as biomedicine, micro/nanofluidics, and opto/nanoelectronics, where spatial resolutions of less than 1 μm are required. There is a current unmet need for a broadly applicable technique for measuring temperatures in small fluid volumes (< 1 nL...
With the extensive research on fusion energy in the facilities worldwide, one of the most important issues is the choice of construction materials which would be used in such reactors. Among the main candidate materials are stainless steel and copper-based alloys. The proposed multidisciplinary project DisSFusionMat will cover a comprehensive research, primarily experimental, on the development of novel, dispersion strengthened materials based on copper and steel. The obtained materials are e...
АSPIRE will use various chemical and physical methods for the synthesis, modification and characterization of LDNMs and their nanocomposites to customize interplay between the components at an atomic level through careful control of composition, structure, size, surface chemistry, morphology, etc. As a result, a self-sustained devices based on LDNMs and тheir nanocomposites will be used for 24/7 monitoring of temperature, humidity and concentration of gases in Belgrade municipality.
...the list of research instruments
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