ZADYRAKA, Yuriy,GRITSININ, Sergey,MISAKYAN, Mamikon,KOSSYL, Igor,BARKHUDAROU, Eduard
申请号：
ES09756542
公开号：
ES2641199T3
申请日:
2009.10.23
申请国别(地区):
ES
年份:
2017
代理人:
摘要：
A method of treating a fluid flow by microwave radiation using an apparatus comprising a container having a side wall and first and second opposite end walls defining a cylindrical chamber, the first end wall being disposed at a distance d1 predetermined of the second end wall, wherein the method comprises: fluid flowing through a pipe, passing the pipe through the first end wall to the second end wall of the container, the chamber and the pipe being coaxial and the pipe being transparent to microwave radiation； and the admission of microwave radiation into the chamber from a microwave radiation source, wherein the microwave radiation source has a magnetron located behind the side wall of the container and an antenna that extends from the magnetron through a microwave radiation inlet on the side wall of the vessel and in the vessel chamber, in which the wavelength λ of the microwave radiation in the chamber is such that the distance d1 is equal to an integral multiple of λ / 2 so that the chamber is a microwave resonator, the microwave radiation input is off-center with respect to the longitudinal extent of the chamber (d1) and a distal free end of the antenna is arranged at a predetermined projection distance d3 from the side wall of the chamber that is less than or equal to λ / 4 and greater than or equal to 3λ / 16.Un método para tratar un flujo de fluido por radiación de microondas que utiliza un aparato que comprende un recipiente que tiene una pared lateral y primeras y segundas paredes de extremo opuestas que definen una cámara cilíndrica, estando la primera pared de extremo dispuesta a una distancia d1 predeterminada de la segunda pared de extremo, en donde el método comprende: fluido que fluye a través de una tubería, pasando la tubería a través de la primera pared de extremo hacia la segunda pared de extremo del recipiente, siendo la cámara y la tubería coaxiales y siendo la tubería transparente a la radiación de microondas； y la admisión de la radiación d
