Nanotechnology, Dec22 Updates
Learning about the most recent advancements in nanotechnology is always interesting. For example, knowing how more and more nanoparticles are being employed as catalysts to speed up chemical reactions. As a result, less catalytic material is required to achieve the desired effects, saving money and lowering pollution. With this perspective, petroleum refinement and car catalytic converters are two major applications. So here are a few scientific laboratory equipment December 2022 updates.
Hydrogen gas is an environmentally friendly fuel because it produces water when burned in the presence of oxygen. And you would like to know that hydrogen can provide nearly three times the energy as gasoline for the same weight. Read more.
Imitating nature’s liquid-repellent surfaces – Natural liquid-repellent surfaces can be found on a variety of flowers, vegetables, leaves, and animal skins.
More examples are lotus leaves, rose petals, watermelon skin, butterfly wings, fish and shark skins, beetle backs, bird feathers, gecko feet, and so on…
Do you know what “stick-on solar panels” or “flexible solar panels” are? Both fall within the more general category of thin-film solar panels, which is a class of solar panel technology renowned for being portable. Thin-film solar panels have layers that produce power that are hundreds of times thinner than regular silicon cells compared to solar cells with more conventional architectures. Even though it has been around for a while, it is difficult to produce a low-cost film with proper features.
Spray pyrolysis, however, is one of the most effective ways to deposit affordable, highly scalable, and appropriate CISe thin films for roll-to-roll production. (Ref: nature .com/articles/s41598-022-18579-w)
Manufacturing semiconductors requires millions of dollars to be invested up front, and it takes years to set up semiconductor foundries. Additionally, these foundries are unable to produce chips at a high rate because to the lengthy and expensive production process. However demand is growing fast.
And wearable medical gadgets or other upcoming technologies could benefit from the development of soft, elastic semiconductors and circuitry. Hence a new and simpler approach to produce stretchy semiconductors is being developed by a research team led by Pennsylvania State University. (Ref: nature .com/articles/s41928-022-00874-z)
Nanotechnology companies in India and abroad are demanding more from nanotechnology research laboratory equipment manufacturers in India, see why.