Gasmet FTIR gas analyzers have been used for high-quality hazardous gas-related research for more than a decade. Gasmet analyzers have been used to measure hazardous gases e.g. from cargo containers, submarines, and industrial fires.

Military

Advanced Adsorbents for Ammonia Control in Enclosed Environments C. Y. Cummings and E. A. Harris 2023

Volatile Organic Compounds (VOC) interaction with high and low temperature carbon monoxide/hydrogen oxidation catalysts.

Toft, G., Cummings, C., & Goodall, T. 2020

24 Hour Test of the Fuel Cell System for an Autonomous Underwater Vehicle.

Gilljam, M., Weydahl, H., Lian, T., Johannessen, T. C., Holm, S. I., & Hasvold, J. Ø 2016

Vurdering av helserisiko fra eksponering av kruttgasser under avfyring av Javelin-missil.

Johnsen, A. M., Voie, Ø. A., & Johannessen, T. C 2015

Health effects after firing small arms comparing leaded and unleaded ammunition.

Voie, Ø., Borander, A. K., Sikkeland, L. I. B., Grahnstedt, S., Johnsen, A., Danielsen, T. E., … & Kongerud, J. 2014

Emergency Response

Griffiths, S. D., Chappell, P., Entwistle, J. A., Kelly, F. J., & Deary, M. E. 2018

On-site detection of chemical warfare agents

Seto, Y. 2015

Analysis of hydrogen cyanide in air in a case of attempted cyanide poisoning.

Magnusson, R., Nyholm, S., & Åstot, C. 2012

Assessment of Portable HAZMAT Sensors for First Responders

Huffman, C., Ericson, L., ManTech Advanced Systems International, Inc., & United States of America. 2012

Industrial Hygiene

Concerns of Airborne Ammonia in Ice-Production Facilities: Enhancing Protection Of Workers In Malaysia
Yon, H. 2023
Risk assessment of inhalation exposure to formaldehyde among workers in medical laboratories Sunisa Chaiklieng1, Umakorn Tongsantia and Herman N. Autrup 2021
Geldenhuys, G. L., Mason, Y., Dragan, G. C., Zimmermann, R., & Forbes, P. 2021
Arnold, S., Ramachandran, G., Kaup, H., & Servadio, J 2020
Ilić, P., Markić, D. N., & Farooqi, Z. U. R 2020
McCoy, M. J., Parr, K. A. H., Anderson, K. E., Cornish, J., Haapala, M., & Greivell, J. 2017
Perkins, M. W., Wong, B., Tressler, J., Rodriguez, A., Sherman, K., Andres, J., … & Sciuto, A. M. 2017
Thunéll, M., Appelblad, A., Hägglund, L., Örebrand, L., Thorpsten, J., & Wingfors, H. 2017
Choosong, T., Pakpirom, J., Sakolprakaikit, K., Punlamai, C., & Jitjamnong, A. 2015
Hopf, N. B., Vernez, D., Berthet, A., Charriere, N., Arnoux, C., & Tomicic, C. 2012

Exposure Assessment for carbon dioxide gas: full shift average and shortterm measurement approaches.

Hill, R. J., & Smith, P. A. 2015

Space Missions

Analytical Methods and Testbeds for Characterizing Adsorbents and Catalysts for Atmosphere Revitalization of Crewed Spacecraft Monje, Oscar, Finn, J. Riley, Perry, Jay L. , Kayatin, Matthew J 2021
Kayatin, M. J., & Perry, J. L. 2019
Perry, J. L., Abney, M. B., Conrad, R. E., Frederick, K. R., Greenwood, Z. W., Kayatin, M. J., … & Miller, L. A. 2015
Caraccio, A., Hintze, P. E., & Miles, J. D. 2014
Caraccio, A., Poulet, L., Hintze, P. E., & Miles, J. D. 2014
Monje, O., Valling, S., & Cornish, J. 2013

Fire Testing

Harmful effects of lithium-ion battery thermal runaway: scale-up tests from cell to second-life modules Rico TschirschwitzChristopher BernardyPatrick WagnerTim RappsilberChristian LiebnerSarah-K. Hahn and Ulrich Krause 2023
Composition and Explosibility of Gas Emissions from Lithium-Ion Batteries Undergoing Thermal Runaway Kofi Owusu Ansah Amano, Sarah-K. Hahn, Noman Butt, Pascal Vorwerk,Elena Gimadieva,  Rico Tschirschwitz, Tim Rappsilber  and Ulrich Krause 2023
Analysis of Flammability and Smoke Emission of Plastic Materials Used in Construction and Transport
Monika Borucka, Kamila Mizera, Jan Przybysz, Paweł Kozikowski  and Agnieszka Gajek 2023
Cheng, J. J., & Sun, S. H 2019
Rybiński, P., Syrek, B., Żukowski, W., & Bradło, D. 2019
Rybiński, P., Bradło, D., Żukowski, W., & Syrek, B. 2019
Diaz, F., Wang, Y., Weyhe, R., & Friedrich, B. 2019
Rappsilber, T., & Krüger, S. 2018
Al-Sayegh, W. A., Aljumaiah, O., Andrews, G. E., & Phylaktou, H. N. 2017
Edison, C. 2017
Magnusson, R., Hägglund, L., Gustafsson, Å., Bergström, U., & Lejon, C. 2016
Puente, E., Lázaro, D., & Alvear, D. 2016
Krüger, S., Hofmann, A., Berger, A., & Gude, N. 2016
Rybiński, P., Żukowski, W., & Bradło, D 2016
Andrews, G. E., Bell, M., Tang, L., Alarifi, A. A., & Phylaktou, H. N. 2015
Alarifi, A. A., Dave, J., Phylaktou, H. N., Aljumaiah, O. A., & Andrews, G. E. 2014
Aljumaiah, O. M. A. R., Andrews, G. E., Mustafa, B. G., Al-Qattan, H., Shah, V., & Phylaktou, H. N. 2011
Tsatsoulas, D 2010
Krüger, S., Hofmann, A., & Krause, U. 2010
Van Belle, N. J. C., van Putten, E. M., de Groot, A. C., Meeussen, V. J. A., & Banus, S. 2010

Thermal Decomposition

Decomposition of benzene using char aerosol particles dispersed in a high-temperature filter.

Morgalla, M., Lin, L., & Strand, M. 2017
Wang, D., Hui, S., & Liu, C 2017
Ku, K. W., & Hong, J. G. 2015
Olek, M., Baron, J., & Zukowski, W. 2013

Other

Zakladnoy, G. A. 2018