PROCÉDÉ DE CULTURE DE GERMES DE HARICOT PAR DE L'EAU TRAITÉE PAR DÉCHARGES DE PLASMA, APPAREIL DE PRODUCTION D'ESPÈCES ACTIVES DE PLASMA POUR LE TRAITEMENT D'EAU POUR LA STÉRILISATION SANS CHALEUR, ET PROCÉDÉ D'UTILISATION DE CELUI-CI
KIM, Yun Ji,김윤지,LEE, Eun Jung,이은정,KOO, Ok Kyung,구옥경,KIM, Joo Sung,김주성
申请号：
KRKR2016/013032
公开号：
WO2017/082691A1
申请日:
2016.11.11
申请国别(地区):
KR
年份:
2017
代理人:
摘要：
The present invention relates to a bean sprout cultivation method using plasma-discharged water and comprising the steps of: producing plasma-discharged water by discharging a plasma in water； and cultivating bean sprouts by using the produced plasma-discharged water as cultivation water for bean sprout cultivation. The present invention can provide a bean sprout cultivation method which allows cultivation water to be circulated and used by preventing the contamination of the bean sprout cultivation water and the proliferation of microorganisms, the bean sprout cultivation method being capable of increasing the concentration of the bioactive materials of bean sprouts and improving the growth of the bean sprouts. The purposes of the present invention are to increase the efficiency of the generation of active oxygen species and active nitrogen species generated by a plasma, ultimately increase the efficiency of transmission into water, and thereby provide smooth non-heat food-ingredient sterilization apparatus and to provide, based thereon, a plasma low-temperature food-ingredient sterilization apparatus having portability, electrical safety, thermal safety, and the like. The present invention has increased efficiency of the generation of active oxygen species and active nitrogen species by having a dielectric tube closely surrounding the outside of an electrode and installing a gas tube so as for an injected gas to pass through a plasma-generated section only and also has increased treatment efficiency by minimizing the length between a discharge section and an inlet into water and transmitting the active oxygen species and active nitrogen species in the form of microbubbles into the water. Further, the present invention relates to a plasma apparatus in an improved form which increases the efficiency of the generation of active oxygen species and active nitrogen species by installing an auxiliary electrode outside an external dielectric tube. The present invention ha
