<p>Total thermal insulation (A), total evaporative resistance (B), and maximum evaporative potential (C) of the APCC across three wind-speeds.</p
A major concern for responders to hazardous materials (HazMat) incidents is the heat strain that is ...
Heat strain in chemical protective clothing is an important factor in industrial and military practi...
The high level of protection required by personal protective clothing (PPC) severely impedes heat ex...
The heat exchange properties of aircrew clothing including a Constant Wear Immersion Suit (CWIS), an...
The heat exchange properties of aircrew clothing including a Constant Wear Immersion Suit (CWIS), an...
Current aircrew protective clothing is unable to the address the challenging situation that arises w...
Background: Helicopter pilots are often exposed to periods of high heat strain, especially when wear...
Clothing can influence heat stress depending on the design and its ability to act as a barrier. The ...
On the Norwegian coastline, sea temperatures are low throughout the year, and the personnel operatin...
With regard to heat stress, the limiting factor inherent in clothing ensembles is the total evaporat...
Donning protective clothing for mitigation of hazard from chemical agents poses a problem in the for...
The effects of interior conventional lifeboat temperatures on the thermoregulatory responses of part...
Rescue of the astronaut flight crew from a contingency landing may risk exposure of the rescue crew ...
The effects of simulated interior lifeboat environments on the thermoregulatory responses of partici...
<p>The relationship between maximum evaporative potential (<i>i</i><sub><i>m</i></sub><i>/clo)</i> a...
A major concern for responders to hazardous materials (HazMat) incidents is the heat strain that is ...
Heat strain in chemical protective clothing is an important factor in industrial and military practi...
The high level of protection required by personal protective clothing (PPC) severely impedes heat ex...
The heat exchange properties of aircrew clothing including a Constant Wear Immersion Suit (CWIS), an...
The heat exchange properties of aircrew clothing including a Constant Wear Immersion Suit (CWIS), an...
Current aircrew protective clothing is unable to the address the challenging situation that arises w...
Background: Helicopter pilots are often exposed to periods of high heat strain, especially when wear...
Clothing can influence heat stress depending on the design and its ability to act as a barrier. The ...
On the Norwegian coastline, sea temperatures are low throughout the year, and the personnel operatin...
With regard to heat stress, the limiting factor inherent in clothing ensembles is the total evaporat...
Donning protective clothing for mitigation of hazard from chemical agents poses a problem in the for...
The effects of interior conventional lifeboat temperatures on the thermoregulatory responses of part...
Rescue of the astronaut flight crew from a contingency landing may risk exposure of the rescue crew ...
The effects of simulated interior lifeboat environments on the thermoregulatory responses of partici...
<p>The relationship between maximum evaporative potential (<i>i</i><sub><i>m</i></sub><i>/clo)</i> a...
A major concern for responders to hazardous materials (HazMat) incidents is the heat strain that is ...
Heat strain in chemical protective clothing is an important factor in industrial and military practi...
The high level of protection required by personal protective clothing (PPC) severely impedes heat ex...
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