2007, Piran, Slovenia
2007, Piran, Slovenia 2007, Piran, Slovenia
Environmental Ergonomics XII Igor B. Mekjavic, Stelios N. Kounalakis & Nigel A.S. Taylor (Eds.), © BIOMED, Ljubljana 2007 to the sweat capsule placed on the back. Subjects were weighted in dry cycling shorts before and immediately after prolonged exercise. RESULTS During prolonged exercise, median (range) rating of perceived exertion for whole-body (RPEwb) increased (P
Non-thermal factors cycling, despite the concomitant progressive increase in relative work rate, as reflected in increased RPEwb and % V & O2peak. Figure 3. The regulation of A) mean body temperature ( T b) and B) sweat secretion on forehead (m& swf) and back (m& swb) during 120-minute steadyload cycling. The responses were compared at times indicated by the dotted lines. Likewise, the regulation of skin blood flow remained undisturbed (Figure 4A) throughout the exercise, which resulted in constant skin heat flux from the skin to the environment (Figure 4B). During prolonged exercise, subjects lost (P
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Non-thermal factors<br />
cycling, despite the concomitant progressive increase in relative work rate, as reflected in<br />
increased RPEwb and % V & O2peak.<br />
Figure 3. The regulation of A) mean body temperature ( T b) and B) sweat<br />
secretion on forehead (m& swf) and back (m& swb) during 120-minute steadyload<br />
cycling. The responses were compared at times indicated by the<br />
dotted lines.<br />
Likewise, the regulation of skin blood flow remained undisturbed (Figure 4A) throughout the<br />
exercise, which resulted in constant skin heat flux from the skin to the environment (Figure<br />
4B). During prolonged exercise, subjects lost (P
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