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The capacitive humidity sensor showed a thermal dependence of 0.39%RH/K at 1 MHz.
To determine the fundamentals of the thermal dependence of the sensor cell spectral response measurements under varying temperatures were performed.
Finally, the thermal dependence of the electrical resistivity has been studied.
The results reveal that the residual stresses and distortions in composite structures exhibit significant reduction with considering the thermal dependence.
Furthermore, the effects of thermal dependence on the residual stresses and distortions in the composite structures were evaluated.
Due to the thermal dependence of the relevant properties of the conductor and magnetic materials, degradation of the output electrical power with increased temperature is expected.
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The recorded thermal dependences showed severe thermal instability of the oxygen yields in the BR mutant plants.
Fig. 5 Thermal dependences of the electrical resistivity for CMs with different concentrations of GNPs before and after UV/O3 treatment and for pressed TEG powder.
Here we examined the thermal-dependence of UVBR effects in the context of an ecologically-relevant fluctuating UVBR and temperature regime to test the hypothesis that exposure to peak UVBR levels while the temperature is high (35°C) is more detrimental to embryonic and larval Limnodynastes peronii than exposure to peak UVBR levels while the temperature is moderate (25°C).
In the present study, we examined the thermal-dependence of UVBR effects in the context of an ecologically-relevant fluctuating UVBR and temperature regime to test the hypothesis that exposure to a peak in UVBR levels while the temperature is high enhances the negative effects of UVBR in embryonic and larval amphibians.
van Uitregt et al. therefore proposed that the thermal-dependence of UVBR effects may also be due to the reduced activity of the enzymes responsible for the repair of UVBR-induced damage to DNA, proteins and lipids at lower temperatures (van Uitregt et al., 2007).
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