The effect of microwave heating on the regeneration efficiency of GAC/Ni is more efficient than GAC/Cu.
Thus, the microwave melting process improved heating efficiency and reduced energy consumption.
The catalyst was also used in conventional reflux-heating system to demonstrate the efficiency of microwave heating method.
This zerumbone yield trend could be attributed to the increase in liquid-to-solid ratio decelerating mass transfer, due to the lower heating efficiency under microwave conditions and zerumbone solubility.
While the remarkable efficiency of microwave heating is widely exploited in many branches of chemistry, it has been barely considered in relation to the synthesis of epitaxial graphene.
Here, we have shown how the plant extract direct the size and shapes during the growth of AgNP with Aloe vera plant extract under microwave heating and study its catalytic efficiency in antimicrobial activity.
The higher vacuum degree could enhance the puffing effect, improve the crispness of the fish slices, increase the energy efficiency of microwave heating, and obviously decrease the burnt spots formation on the surface of the finished products.
Exergy transfer analysis is proposed as a complementary method for analyzing and better understanding of the efficiency of microwave heating systems, which play a key role in medicine, chemical engineering, food industry and material processing.
This is clearly desirable for microwave heating applications, resulting in maximum conversion efficiency of electromagnetic energy into heat.
