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Mumbai: BMC is upgrading its rainwater logging detection systems by including GPS anti-theft tracking systems, vehicle-hit ...
The team of research scholars led by Prof. G. Krishnamoorthy from the Department of Chemistry said that the sensor changes ...
Four out of five of California’s most-destructive wildfires, and nine of the 10 largest, have occurred since 2017.
Determining how strong your drink is doesn't need to be either guesswork or lab work. New research has made it as simple as ...
Discover IIT Guwahati's new fluorescent sensor for detecting cyanide with UV light. Effective in water & cells, it's ...
The University of Texas at Arlington-based Texas Manufacturing Assistance Center, known as TMAC, is helping the state's ...
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The Brighterside of News on MSNCutting-edge AI system predicts changes in water quality before they happenThe future of clean drinking water may depend on how well science can forecast not just how water moves—but also what’s in it ...
GalaxEye Space launching first multi-sensor satellite for real-time monitoring of aquaculture water bodies globally.
IIT Guwahati researchers have developed a fluorescent sensor that detects cyanide in water and human cells using UV light.
The sensor is the first to provide on-site, accurate and repeatable results without the need for complex lab equipment or skilled labor. Arsenic contamination in water is a serious health hazard ...
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Interesting Engineering on MSN10,000× signal power: Hydrogen leak detected in 0.8 second by super sensitive sensorKAUST scientists have developed a hydrogen sensor that detects leaks in under a second, using just two microwatts of power.
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