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handle: 10261/136570
[EN] The invention relates to a nozzle with multiple outlets, comprising at least one chamber through which a fluid can flow, with a fluid inlet opening and a plurality of fluid outlet openings through which the fluid leaves the nozzle in optimum conditions for being acted upon electrohydrodynamically or aerohydrodynamically. The nozzle can be used with low-viscosity fluids as it comprises at least one fluid distributor (3) in the chamber, consisting of a hollow body through which the fluid entering the chamber flows. The fluid distributor (3) allows the uniform distribution of the fluid through all of the outlet openings of the chamber, and prevents the fluid from only flowing out through the outlet openings closest to the inlet opening. The invention improves results relating to the production of microstructured, submicrostructured and nanostructured materials.
[ES] Inyector multisalida del tipo de los que comprenden al menos una cámara, para el paso de un fluido,con un orificio de entrada de fluido y una pluralidad de orificios de salida del fluido a través de los que sale el fluido al exterior en óptimas condiciones para realizar sobre él un procesado electro-hidrodinámico o aero-hidrodinámico. El inyector puede utilizarse con fluidos poco viscosos porque comprende al menos un repartidor de fluidos (3)en la cámara,que es un cuerpo hueco a través del que pasa el fluido que entra en la cámara. Con el repartidor de fluidos (3) se distribuye el fluido uniformemente por todos los orificios de salida de la cámara y evita que salga solo por los orificios de salida más cercanos al orificio de entrada. Se mejoran los resultados de fabricación de materiales microestructurados, submicroestructuradosy nanoestructurados.
A1 Solicitud de patente con informe sobre el estado de la técnica
Consejo Superior de Investigaciones Científicas (España)
Peer reviewed
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