Power percentage absorption

For this gas-film-controlled system, the rate of mass transfer is proportional to gas rate to approximately the 0.8 power. This is similar to data on the isothermal evaporation of pure liquids from a pipe wall into a turbulent air stream. There, Gilliland and Sherwood showed that the mass transfer rate is proportional to the gas mass velocity to the 0.83 power [4]. For systems evaporating water into an air stream, the effect of the liquid rate is similar to that for absorption. Because a large percentage of the heat is transferred by the vaporization of water, it is reasonable to find that the effect of gas and liquid rates is similar to that for other gas-film-controlled mass transfer operations. 

With experimental measures, it is possible to observe that by increasing the quantity of carbon nanoparticles embedded in the polymeric matrix, the electromagnetic power absorption increases and Pout decreases (with respect to the same value of P ). hi addition, analogous results are obtainable measuring the electrical permittivity (e) and the magnetic permeability (p). In fact, if the percentage of the micro- and carbon nanoparticles embedded in the polymeric matrix increases, the following results are obtained ... 

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