Supersonic wave-intensified far-infrared radiation drying method

The invention discloses a supersonic wave-intensified far-infrared radiation drying method. The supersonic wave-intensified far-infrared radiation drying method utilizes far-infrared radiation and supersonic wave radiation to realize drying treatment on a material to be treated. The supersonic wave-intensified far-infrared radiation drying method utilizes supersonic wave-intensified assistantly far-infrared radiation drying, cavitation and mechanical effects produced by supersonic wave produce intensification effects on heat and mass transfer rates and enzymatic inactivation mechanism of the far-infrared radiation, synchronous dehydration and enzymatic inactivation of a material containing a sensitive enzyme-like substance are realized, and based on high-efficiency drying, an effective component or nutrient loss caused by enzymatic browning and appearance and quality deterioration are avoided. Aiming at honeysuckle flower, the supersonic wave-intensified assistantly far-infrared radiation is used for synergetic drying so that moisture-containing solids and heat and mass transfer rates in a cavity are improved, polyphenol oxidase synchronous inactivation efficiency of far-infrared heat effect is improved, high-efficiency and high-quality synchronous dehydration and enzymatic inactivation of honeysuckle flower are realized, a loss of chlorogenic acid in honeysuckle flower is avoided and dried honeysuckle flower quality is improved.