A research study conducted at the University of Illinois at Urbana-Champaign has revealed that sensors made of less-perfect graphene deliver enhanced sensitivity.
A research team led by Hui-Ming Cheng, a Professor at the Chinese Academy of Sciences’ Shenyang National Laboratory for Materials Science, and Nikhil Koratkar, a Professor at Rensselaer Polytechnic Institute, has used graphene foam as a gas sensor to detect harmful explosive chemicals, paving the way to the commercialization of the next-generation of gas sensors based on nanostructures.
A new measuring device developed by Corentium , a Norwegian company enables easier checking of radon concentration within buildings.
Georgia Institute of Technology scientists have devised a wireless sensor prototype that can sense extremely low concentrations of ammonia, a major constituent of most of the explosives.
OxySense, Inc., the leader in oxygen measurement and monitoring systems for the packaging industries, announced today a new initiative to expand its relationship with college and university level packaging schools across the United States and internationally.
A new system of sensors distributed over the urban landscape may soon takeover running a city altogether. The system called Urban OS relies on a network of sensors placed across a metropolis to gain data and analyze it.
Your Alarm Now has added an innovative advancement to its existing portfolio of home security systems. The company not only specializes in protecting homes from burglars but their latest product has an exclusive feature of sensing carbon dioxide in homes and buildings.
Battery Ventures, an investment firm company that aims at innovation and technology globally, has acquired Detcon, based in Houston. Detcon manufactures gas detection devices.
A researcher from the University of Montana has been awarded a $926,000 grant to study the effects of melting ice in the Arctic Ocean on the carbon cycle. Dr. Mike DeGrandpre is a chemistry professor who wants to use sensors to test levels of carbon dioxide and pH levels under the ice in the central Arctic Ocean.
NTM Sensors are pleased to announce that NTM SenseH2TM hydrogen sensors are now being shipped with an approved label for UL and ATEX classification for hazardous locations and that they are officially listed in the UL database. Checking the UL database from the UL website is the best way to confirm that any sensor is officially recognized by UL.
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