The radiation heating efficiency increases with the specular reflectivity.
Thus, the microwave melting process improved heating efficiency and reduced energy consumption.
The capacitance affects the resonant frequency, output power, Q-factor, heating efficiency and power factor.
Microwave irradiation penetrated and simultaneously heated the bulk of the material and led to higher heating efficiency with faster processing.
This paper investigated steel slags' induction heating efficiency by components, size and iron element proportion dependency analysis.
The size, morphology, heating efficiency, biocompatibility and in vitro cell uptake of CEIO PEG FA NPs are extensively characterized.
Low heating efficiency of graphite crucible limits the application in electromagnetic induction heating system because of the diamagnetism of graphite.
The unique heat enhancement property of BSA adds further value to heating efficiency of FIONs.
However, the heating efficiency of manganites decreases with growing the Nd content.
It has been established that heating efficiency of nanoparticles under an alternating magnetic field decreases with growing of iron content.
It is established that heating efficiency under an alternating magnetic field of nanoparticles becomes reduced as iron content grows.
