Sentence examples for humidity sensitivity from inspiring English sources

Within the second approach grounded on spinel-type ceramics of mixed Mn-Co-Ni system with RuO2 additives, it was shown that temperature-sensitive elements in thick-film performance attain additionally good humidity sensitivity [10].

Besides, the humidity sensitivity of the PANI films enhances with increasing the molar ratios of [D-CSA]/[Ani] and decreasing the layer number of PANI films, respectively.

This value of uptake of P. ostreatus grown on PDB-cellulose should be related to its different chemical composition and especially to the one of its cell wall where the relative reduction of chitin may be responsible for its humidity sensitivity.

A series of experimental results indicate that high humidity sensitivity and ultra-low humidity hysteresis can be achieved when GO films are deposited on the central conducting patch of the CSRR.

The simulation results show that the humidity sensitivity and thermal sensitivity are 1.92 pm/%RH and 8.87 pm/°C, respectively, for polyimide coating thickness of 10 μm on the FBG and 15 μm on the cavity.

A relative humidity sensitivity of 4.5 fF/%RH and a thermal coefficient of −0.4 fF/°C were measured at 100 kHz, whereas the sensitivity and the thermal coefficient were 4.2 fF/%RH and −0.21 fF/°C, respectively, at 1 MHz.

The design of the co-doping elements in MoS2-based coatings can not only maintain the characteristic of low humidity-sensitivity as the Ti/MoS2 coating but also improve the mechanical properties and tribological performance of coatings as a comparison with single-doped ones.

In the case under consideration, the main advantages proper to bulk transition-metal manganite ceramics (wide range of electrical resistance with high temperature sensitivity) and humidity-sensitive MgAl2O4 ceramics will be transformed into thick-film multilayers, resulting in a principally new and more stretched functionality.

Finally, relative humidity cross sensitivity has been found to have no adverse effect on the ammonia response enabling NH3 monitoring in ambient conditions.

At low humidity, the sensitivity factor had a relatively constant value of approximately 4.0.

At the same time, rising atmospheric humidity increases sensitivity of canopy conductance to water deficit and reduces the responsiveness of intrinsic water-use efficiency.