SCALE-UP DESIGN OF MICROWAVE-ASSISTED SYNTHESIS EQUIPMENT USING FDTD SIMULATION METHOD

摘要

An FDTD program written in C programming language is used in this paper to simulate the E-field distribution and power absorption in reactants with low and medium dielectric properties in a designed cavity. The number of power inlet port and their orientation is also simulated. The total power absorption at different distance from the reactor wall is calculated from the simulation result. All the information can be used to aid in the design of a scale-up microwave-assisted synthesis equipment.