ISSN 0892-6298
Vol. 22, Issue 1-2, 2005June 30, 2005 CDT
Use of a Probabilistic Infectious Dose Model for Estimating Airborne Pathogen Infection Risk: Application to Respiratory Protection
Use of a Probabilistic Infectious Dose Model for Estimating Airborne Pathogen Infection Risk: Application to Respiratory Protection
Articles in Vol. 22, Issue 1-2, 2005
Vol. 22, Issue 1-2, 2005
- Over Breathing a Loose-Fitting PAPRKatherine R. M. MackeyArthur T. Johnson*William H. ScottFrank C. Koh
- Respirator Fit Testing Practices in the U.S.Donald CampbellBrent Doney*Dennis GroceMark GreskevitchGirija SyamlalChris CoffeyKi Moon Bang
- Civilian Protective System CAPS 2000Tamar MillerEsther KrasnerUri Alon
- Use of a Probabilistic Infectious Dose Model for Estimating Airborne Pathogen Infection Risk: Application to Respiratory ProtectionMark Nicas
- How Is Respirator Comfort Affected by Respiratory Resistance?Arthur T. Johnson*William H. ScottStephanie J. PhelpsDavid M. CarettiFrank C. Koh
- Quantitative Fit Testing of Military Gas Masks With the TSI Portacount: Part I Identifying the LimitationsSeptimus H. LiangBrian H. Harrison
- Quantitative Fit Testing of Military Gas Masks With the TSI Portacount: Part II Quantifying the Limitations and Recommendations for UseBrian H. HarrisonSeptimus H. Liang
Nicas, M. (2005). Use of a Probabilistic Infectious Dose Model for Estimating Airborne Pathogen Infection Risk: Application to Respiratory Protection. Journal of the International Society for Respiratory Protection, 22(1–2), 24–37. https://doi.org/10.66828/001c.167291