APPARATUS NOZZLE SYSTEM AND METHOD FOR MICRON AND SUBMICRON PARTICLE FORMATION

摘要

the invention szemcsu00e9kformu00e1lu00e1su00e1ra micron and submicron sized equipment, gas equipment, gas antiszolvens u00e1tkristu00e1lyosu00edtu00f3 elju00e1ru00e1salkalmazu00e1su00e1val, which ru00e9szecskeformu00e1lu00f3 pots and ebbeformu00e1landu00f3 material and supercritical substance by means of a fu00favu00f3karen dszer, in which, on the one hand, the formu00e1landu00f3 anyagoldatu00e1t,on the other hand, the supercritical substance aru00e9szecskeformu00e1lu00f3 separately in which channels (37, 38) and nozzles (39,41) are designed, where the formu00e1landu00f3 material and szuperkritikusanyagot u00e9rintkeztetu0151 nozzles in the ru00e9szecskeformu00e1lu00f3 (39, 41) to be a sen with the larger diameter leading to channels (37, 38).the invention also fu00favu00f3karendszer formu00e1landu00f3 material oldatau00e9s supercritical substance mixture of micron and submicron szemcsemu00e9retu0171ru00e9szecske shaping in antiszolvensu00e1tkristu00e1lyosu00edtu00f3 weapon delivery, gas gas using the process, which is in the form of fu00favu00f3karendszerbenegyru00e9szt on the other hand, the solution of the substance to be anyagotelku00fclu00f6nu00fclten, supercritical, down application channels (37, 38), and a nozzle (39,41) are designed, which formu00e1landu00f3, the material and the space below the szuperkritikusanyagot fu00favu00f3karendszer u00e9rintkeztetu0151 nozzles (39, 41) to be considerably greater than the diameter of the corresponding guide channels (37, 38).the invention finally, micron and submicron mu00e9retu0171szemcsu00e9k forming process, a gas antiszolvens u00e1tkristu00e1lyosu00edtu00f3 elju00e1ru00e1salkalmazu00e1su00e1val supercritical gas, in which material is clearly vagymu00f3dosu00edtu00f3 material mixed with solution of the material, and formu00e1landu00f3, meghatu00e1rozottnyomu00e1ssa l provide over temperature and fu00favu00f3karendszeren egyru00e9szecskeformu00e1lu00f3 dishwhere the solution is separated from the solvent in the supercritical anyagsegu00edtsu00e9gu00e9vel and, thus, the formu00e1landu00f3 submicron sized particles in anyagbu00f3lmikron and win, which takes account of formu00e1landu00f3 substance and procedure, and the supercritical substance, egymu00e1stu00f3lelku00fclu00f6nu00fclten, channels fu00favu00f3ku00e1kon (37, 38) and (39, 41), juttatju00e1kru00e9szecskeformu00e1lu00f3 dishwhere the formu00e1landu00f3 material, and the nozzles szuperkritikusanyagot (39, 41) of space to each other u00e9rintkeztetu0151fu00favu00f3ku00e1k (39, 41) to be considerably greater than the diameter of the hozzu00e1jukvezetu0151 channels (37, 38). oh