![]() Thus, the present study provides insight for practitioners to develop more comfortable textiles for specific environmental temperatures by establishing a basis for understanding how environmental temperature, body responses, and hand feel perception interact. The outcomes of the study suggest that the environmental temperature led to significant changes in participants’ aural temperature, mean skin temperature, hand temperature, tactile sensitivity, and environmental perception, affecting the hand-feel perception of the different textiles. Place the thermometer tip under your tongue. If youve been eating or drinking, wait 30 minutes before you take a temperature by mouth. The ranges of normal body temperature need to be adjusted, especially for the lower values. Oral temperature Youll need an oral thermometer, used in the mouth. No significant differences between groups were found considering aural temperature ( P > 0.05). The range in oral temperature for men and women, respectively, was 35.7-37.7 and 33.2-38.1 degrees C, in rectal 36.7-37.5 and 36.8-37.1 degrees C, and in tympanic 35.5-37.5 and 35.7-37.5 degrees C. Fabric weight was measured to monitor changes in textile properties induced by the different environmental conditions. Aural temperature measurement All three groups showed lowering of aural temperature (measured before treatment) during the trial (C: F 3.833, P 0.003 QW: F 13.857, P < 10 4 BW: F 8.127, P < 10 4) (Table 5 Fig. Participants’ body responses to the different temperatures were controlled by monitoring participants’ aural temperature, mean skin temperature, hand temperature, tactile sensitivity, and environmental perception. Hand-feel attributes, comfort, and preferences of a wide range of textiles were rated by the participants. Participants were exposed to three different climate conditions (10 ☌/20 ☌/30 ☌, RH 65 %) to simulate cool, mild, and warm environments. The aural temperature changes during each hour of anaesthesia and the average change per hour in patients anaesthetized with halothane 0. The present study investigated the effect of environmental temperature on the hand-feel perception of textiles. ![]()
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