Schematic Representation Experimental Apparatus For Of A Microwave A schematic representation of this experimental apparatus, based on laurindo et al. [43] and carciofi et al., [44] is shown in figure 1 b. for samples saturation, the chamber pressure was reduced. The diagram illustrates the schematic representation of the dmae system. it demonstrates the setup and components used in the extraction process (fig. 3). the setup employed a microwave resonance cavity, developed in their previous study (chen et al . 2007), as the coupling device for microwave energy.
Schematic Representation Experimental Apparatus For Of A Microwave Abstract. microwave assisted extraction (mae) has emerged as a promising technique for the extraction of phytochemicals and has received substantial scientific attention in recent years. mae involves the utilization of microwaves to heat the sample, which facilitates the release of bioactive compounds from the plant matrix. A schematic of the experimental system is shown in fig. 1. experiments were performed at varied mw output power (100, 180 and 300 w) and sample mass (10,20,30,40 and 50 g). Abstract. microwave assisted extraction (mae) is a process that removes solutes from a solid matrix into a solvent. phenomena such as electromagnetic transfer, heat transfer, mass transfer, and momentum transfer make the process complex. for developing process engineering, the characteristics of heat and mass transfer are extremely significant. Schematic representation of the microwave assisted extraction apparatus used in this study 2.3. kinetic model second order mechanism model means that the extraction occurs in two simultaneous.
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