Preliminary Assessment of the Capabilities of a Novel Instrument for Particulate Matter Monitoring in Space Applications
To ensure astronaut health as well as proper operation and integrity of spacecraft cabin systems, it is imperative to have reliable instruments for continuous air quality monitoring. To this end, the development of an innovative in-situ airborne particle monitoring instrument was initiated.
Characterization of the next generation of ultra-wideband uncooled microbolometer arrays at INO
INO's microbolometers with gold black coating are renowned for their exceptional sensitivity across a broad waveband ranging from the UV to the far infrared. The ultra-wideband sensitivity enables a wide array of cutting-edge applications in Earth observation and planetary exploration. Learn more about the recent development of the next generation ultra-wideband uncooled microbolometer arrays.