采后
介质阻挡放电
化学
等离子体
食品科学
电介质
园艺
材料科学
生物
光电子学
量子力学
物理
作者
Kun Liu,Congfu Ran,Wenqing Geng,Leng Han,Kostya Ostrikov
标识
DOI:10.1002/ppap.202200134
摘要
Abstract Nitrogen oxide‐generating dielectric barrier discharge plasma is shown to effectively inhibit microorganisms and maintain fruit freshness. Physical and biological mechanisms of the plasma‐electrified fungicidal effects suggest that plasma‐generated NO and ONOO − species and other factors are crucial to regulating physiological senescence in citrus fruit while controlling pathogens on their surface. The revealed Physico‐chemical effects explain the observed phenotypic changes and the suppression of surface pathogens, thus providing mechanistic insights into postharvest fruit processing with plasmas.
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