Reproducibility of physiological measures in protective ensemble user performance testing

Summary

Reproducibility of physiological measures in protective ensemble user performance testing is a scholarly conference abstract^[1].

Key Facts

• Reproducibility of physiological measures in protective ensemble user performance testing authored Jung-Hyun Kim^[2].
• Reproducibility of physiological measures in protective ensemble user performance testing authored W. Jon Williams^[3].
• Reproducibility of physiological measures in protective ensemble user performance testing's instance of is recorded as scholarly conference abstract^[4].
• Reproducibility of physiological measures in protective ensemble user performance testing's page is recorded as 679-680^[5].
• Reproducibility of physiological measures in protective ensemble user performance testing's DOI is recorded as 10.1249/01.MSS.0000401883.61944.ED^[6].
• Reproducibility of physiological measures in protective ensemble user performance testing's language of work or name is recorded as English^[7].
• Reproducibility of physiological measures in protective ensemble user performance testing's issue is recorded as Suppl 1^[8].
• Reproducibility of physiological measures in protective ensemble user performance testing's volume is recorded as 43^[9].
• Reproducibility of physiological measures in protective ensemble user performance testing's publication date is recorded as +2011-05-00T00:00:00Z^[10].
• Reproducibility of physiological measures in protective ensemble user performance testing's sponsor is recorded as NIOSH National Personal Protective Technology Laboratory^[11].
• Reproducibility of physiological measures in protective ensemble user performance testing's main subject is recorded as firefighting^[12].
• Reproducibility of physiological measures in protective ensemble user performance testing's main subject is recorded as respirator^[13].
• Reproducibility of physiological measures in protective ensemble user performance testing's main subject is recorded as personal protective equipment^[14].
• Reproducibility of physiological measures in protective ensemble user performance testing's main subject is recorded as response to stimulus^[15].
• Reproducibility of physiological measures in protective ensemble user performance testing's main subject is recorded as physical exercise^[16].
• Reproducibility of physiological measures in protective ensemble user performance testing's main subject is recorded as cardiovascular disease^[17].
• Reproducibility of physiological measures in protective ensemble user performance testing's main subject is recorded as biomonitoring^[18].
• Reproducibility of physiological measures in protective ensemble user performance testing's published in is recorded as Medicine and Science in Sports and Exercise^[19].
• Reproducibility of physiological measures in protective ensemble user performance testing's title is recorded as Reproducibility of physiological measures in protective ensemble user performance testing^[20].
• Reproducibility of physiological measures in protective ensemble user performance testing's author name string is recorded as Aitor Coca^[21].
• Reproducibility of physiological measures in protective ensemble user performance testing's author name string is recorded as Raymond Roberge^[22].
• Reproducibility of physiological measures in protective ensemble user performance testing's NIOSHTIC-2 ID is recorded as 20043831^[23].
• Reproducibility of physiological measures in protective ensemble user performance testing's on focus list of Wikimedia project is recorded as Wikimedia–NIOSH collaboration^[24].
• Reproducibility of physiological measures in protective ensemble user performance testing's publication type of scholarly work is recorded as scientific publication^[25].

Body

Designation and Status

Reproducibility of physiological measures in protective ensemble user performance testing's instance of is recorded as scholarly conference abstract^[4].