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Posts Tagged ‘NASA’

Launching the revolutionary PTR-TOF 6000 X2 trace VOC analyzer

Our next generation high-end PTR-TOFMS for real-time VOC monitoring

We proudly present our new premium PTR-TOF trace VOC analyzer. The PTR-TOF 6000 X2 outperforms all preceding systems and true to our mission as market leaders, it features utmost resolution, sensitivity and lowest real-time detection limit, in a robust, transportable platform that is smaller, lighter and even more affordable than our former flagship product. This results in an impressing mass resolution of over 6000 m/Δm and a sensitivity more than 1000 cps/ppbv with a low detection limit of below 1 pptv.

New PTR-TOF 6000 X2: incl. hexapole ION-GUIDE & ION-BOOSTER funnel

The PTR-TOF 6000 X2 is the first instrument in IONICON’s portfolio based on the new high-resolution release of the “ioniTOF” platform and our PTR technology in combination with the new “X2” features. X2 comprises the latest generation of performance tools incl. the ION-BOOSTER funnel as well as the hexapole ION-GUIDE for the ultimate PTR-TOFMS experience.

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The new PTR-TOF 4000 trace VOC analyzer: no compromises.

Discover the world’s smallest, commercial high-resolution PTR-TOFMS

You might know that our PTR-TOF 1000 is the smallest and lightest commercial PTR-TOF trace VOC analyzer available. It’s also a huge success for us with over 30 instruments sold since 2014.
You might wonder if we can do even better than this?

IONICON PTR-TOF 4000 trace VOC analyzer

PTR-TOF 4000 trace VOC analyzer

For the first time we combine high-sensitivity with a high mass resolving power in a small and lightweight PTR-TOFMS.

The PTR-TOF 4000 features our new hexapole ION-GUIDE technology and a novel high-resolution TOF. (more…)

NASA campaign KORUS-AQ: monitoring the smog above Korea

IONICON PTR-TOFMS instruments aboard the NASA research airplane

The IONICON PTR-TOFMS installed aboard the NASA research aircraft. (Picture: NASA)

The IONICON PTR-TOFMS installed aboard the NASA research aircraft. (Picture: NASA)

An international team coordinated by NASA has recently investigated air pollution over the Korean peninsula. Two of IONICON’s PTR-TOFMS instruments were used to monitor volatile organic compounds (VOCs) in real-time aboard NASA’s DC-8 Flying Laboratory. The data gathered by scientists from the University of Innsbruck and Korea’s National Institute of Environmental Research (NIER) will be used to improve satellite-based air quality monitoring over Korea. (more…)

Innovative IONICON PTR-TOF-MS technology deployed on NASA atmospheric research aircraft

Researchers on a mission for NASA use newly developed real-time trace gas analyzer from IONICON to measure air pollution in the atmosphere.

What is the quality of the air we breathe? NASA is trying to answer this question using satellite-based Earth observations. By the end of the century, satellite data shall be used for monitoring and predicting air quality, much the same as now for weather forecasting. To understand how air pollutants are distributed within the Earth’s atmosphere, NASA makes use of a new compact proton transfer reaction time-of-flight mass spectrometer (PTR-TOF-MS) which we specially developed for NASA deployment.

DISCOVER-AQ observation strategy; courtesy and (c) Armin Wisthaler

The innovative lightweight PTR-TOF-MS delivered data with unprecedented spatial and temporal resolution measuring smallest concentrations of volatile organic compounds in the atmosphere. The instrument was deployed for the first time onboard the NASA P-3B research aircraft during the DISCOVER-AQ mission in January and February 2013 to study air pollution in the San Joaquin Valley in California.

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Innsbrucker Forscher und PTR-MS waren Teil der NASA Mission DISCOVER-AQ

PTR-MS hilft dabei neue Erkenntnisse über die Schadstoffverteilung in der Atmosphäre zu gewinnen.

Armin Wisthaler und Tomas Mikoviny von der Universität Innsbruck sind das einzige ausländische Forscher-Team, das auf Einladung der NASA an 14 Messflügen mit ihrem PTR-MS Instrument teilgenommen hat.

Detaillierte Kenntnisse über die Verteilung und den Transport von Luftschadstoffen in der Atmosphäre können zuverlässig nur durch Messungen aus Luft gewonnen werden, weshalb die beiden Forscher im NASA Messflugzeug P-3B über dem Großraum Washington-Baltimore unterwegs waren. Mit ihrem Protonentausch-Reaktions Massenspektrometer (PTR-MS) wurden die Konzentration von verschiedenen Kohlenwasserstoffen ermittelt, die an der Bildung von Ozon und Feinstaub beteiligt sind. „Wir haben bereits vor drei Jahren mit dem PTR-MS an einer NASA-Kampagne sehr erfolgreich teilgenommen, weshalb man uns auch zu DISCOVER-AQ wieder eingeladen hat“, erzählt Wisthaler. „Da das Flugzeug etwa 100 Meter pro Sekunde zurücklegt, sind schnelle Messungen, wie sie das PTR-MS durchführen kann, unabdingbar“, ergänzt er. Während des Fluges wird über einen Einlass Luft eingesaugt und das PTR-MS ermittelt in Sekundenschnelle die Konzentration von Kohlenwasserstoffen.

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