An apparatus for temperature and fluid relative vapour pressure measurement and associated methods
A vapor pressure and fluid technology, applied in the field of environmental sensors, can solve problems such as the inability to obtain low-cost integrated flexible temperature and humidity sensors
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[0052] It has been found that the resistance of graphene oxide depends exponentially on the temperature and relative humidity of the environment in which it is located. This situation is illustrated in Figures 1a and 1b, which show the complex impedance of graphene oxide as a function of temperature (at a relative humidity of 45%) and relative humidity (at a temperature of 25 °C), respectively. Spectrum.
[0053] The temperature and humidity dependencies are not well understood, but can be related to the layered structure of the material. as in figure 2 As shown in , graphene oxide includes a stack of pseudo-two-dimensional platelets 201 (with interstitial spacing "d") that allow water 202 to permeate through the material. Permeability depends on both the temperature and relative humidity of the environment. image 3 The rate of water evaporation through an open pore and covering the same pore with a 0.5 μm thick graphene oxide film is shown. At 100% relative humidity, wat...
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