• QCL and MEMS device enables real-time monitoring and sensing of atmospheric explosive vapors

    Researchers have developed a multimodal sensing system for explosive vapors that uses a microthermometer/microheater device (see figure) and a widely tunable quantum cascade laser (QCL). To further enhance the sensitivity and selectivity of the MEMS devices, they will integrate a compact micro preconcentrator in the same chip to achieve higher vapor collection efficiency for target explosive vapors.

    Feb. 29, 2016
    Researchers have developed a multimodal sensing system for explosive vapors that uses a microthermometer/microheater device and a widely tunable quantum cascade laser (QCL). To further enhance the sensitivity and selectivity of the MEMS devices, they will integrate a compact micro preconcentrator in the same chip to achieve higher vapor collection efficiency for target explosive vapors.

    Sign up for Laser Focus World Newsletters
    Get the latest news and updates.

    Voice Your Opinion!

    To join the conversation, and become an exclusive member of Laser Focus World, create an account today!