ISSN 0892-6298
Vol. 34, Issue 1, 2017December 31, 2017 CDT
Integrating a Toxicological Approach for Breakthrough Curves of Organic Vapor Mixtures in the Estimation of Respirator Cartridge Service Life
Integrating a Toxicological Approach for Breakthrough Curves of Organic Vapor Mixtures in the Estimation of Respirator Cartridge Service Life
Articles in Vol. 34, Issue 1, 2017
Vol. 34, Issue 1, 2017
- Project BREATHE – Prototype Respirator Evaluation Utilizing Newly Proposed Respirator Test CriteriaJung-Hyun KimRaymond J. Roberge*Ronald E. ShafferZiqing ZhuangJeffrey B. PowellMichael BergmanAndrew J. Palmiero
- Integrating a Toxicological Approach for Breakthrough Curves of Organic Vapor Mixtures in the Estimation of Respirator Cartridge Service LifeFlorence JanvierSami HaddadJaime Lara*
- Testing Air-Purifying Chemical Respirator Cartridges: A Review of OptionsGerry O. Wood
- Development of a Manikin-Based Performance Evaluation Method for Loose-Fitting Powered Air-Purifying RespiratorsMike Bergman*Rohan BasuZhipeng LeiGeorge NiezgodaZiqing Zhuang
- Studying the Influence of a Filter Box Design on Respirator Resistance to BreathingSerhii CheberyachkoVolodymyr FrundinYurii CheberyachkoOlena Stolbchenko*
Janvier, F., Haddad, S., & Lara*, J. (2017). Integrating a Toxicological Approach for Breakthrough Curves of Organic Vapor Mixtures in the Estimation of Respirator Cartridge Service Life. Journal of the International Society for Respiratory Protection, 34(1), 10–25. https://doi.org/10.66828/001c.166833