University of Illinois Researchers Develop Device That Detects TATP Vapor
Meghan Young — October 21, 2010 — World
References: illinois.edu & fastcompany
Scientists continue to refine travel safety measures, and the shoe bomb sensor is one way they're doing it. University of Illinois researchers Kenneth Suslick and Hengwei Lin developed the sensor, and recently published their findings in 'The Journal of the American Chemical Society.'
Their shoe bomb sensor "can detect tiny amounts of TATP vapor, even when in concentrations as low as two parts per billion," according to Fast Company. The compound TATP (Triacetone triperoxide) is found in shoe bombs. Although there is a functional prototype, it hasn't been ordered for mass production yet.
Their shoe bomb sensor "can detect tiny amounts of TATP vapor, even when in concentrations as low as two parts per billion," according to Fast Company. The compound TATP (Triacetone triperoxide) is found in shoe bombs. Although there is a functional prototype, it hasn't been ordered for mass production yet.
Trend Themes
1. Travel Safety Measures - The development of shoe bomb sensor is a trend that indicates the need for more advanced travel safety measures.
2. Vapor Detection Technology - Shoe bomb sensor is a trend that highlights the potential of vapor detection technology in the field of security.
3. Chemical Compound Detection - Shoe bomb sensor is a trend that shows the importance of chemical compound detection in the creation of advanced security measures.
Industry Implications
1. Airport Security - The shoe bomb sensor trend presents disruptive innovation opportunities in the airport security industry to implement advanced detection methods.
2. Security Technology - The shoe bomb sensor trend presents disruptive innovation opportunities in the security technology industry for the development of advanced detection devices.
3. Chemical Detection Industry - The shoe bomb sensor trend presents disruptive innovation opportunities in the chemical detection industry for developing new inventions and detection technologies for improved security measures.
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