The phrase "absorbing plate" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or materials science, where it refers to a plate designed to absorb energy or impact.
Example: "The absorbing plate was installed to reduce vibrations and protect the structure from external forces."
Alternatives: "energy-absorbing plate" or "impact-absorbing plate".
The double-pass device was constructed by inserting the absorbing plate into the air conduit to divide it into two channels (the upper and lower channels).
However, the double-flow device introduced here was designed for creating a solar collector with heat-transfer area double between the absorbing plate and heated air.
A design for inserting an absorbing plate to divide the air duct into two channels (the upper and the lower) for double-flow operation in solar air heaters with fins attached over and under the absorbing plate has been investigated both experimentally and analytically.
The results show that the semi circular heat absorbing plate has a large heat absorbing area, which is favorable for increasing the heat exchange between the air and the heat absorbing plate, so as to increase the outlet temperature and improve the efficiency of the air collector.
The effect of the flow-rate ratio of the two air streams of flowing over and under the absorbing plate on the enhancement of collector efficiency is also investigated.
The double-pass device introduced here was designed for creating a solar collector with heat transfer area double as well as the extended area of fins between the absorbing plate and heated air.
Energy leakage in absorbing plates was studied by Luangvilai et al. [7] to determine attenuation coefficients using a refined STFT algorithm.
Main aim of this present study is to evaluate the effect of various energy absorbing plates in order to improve the distillate output of solar still through improvement in thermal conductivity.
In the present work, a subsequent analysis is developed for evaluation of the back absorbing polymer plate design, which allows the absorption of radiation at the water stream and the back plate.
It is predicted that Model A with the single air pass through the first channel as well as the recycle of the air exiting from the second channel through the third channel can enhance the heat transfer rate more as compared to Model B. The wire mesh screen as an absorbing media above the absorber plate is used in both of the solar air heater models.
Nanoparticle would be pressed and some atoms from nanoparticle would be cut and absorbed to plates which had an effect of filling for rough plates, which would form a new nanoparticle protective crust and have an effect of filling for rough plates. .
