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1.发明申请DESIGNING AND MANUFACTURING DEODORANT AS WELL AS AIR AND SURFACE DISINFECTING DEVICE WITH THE DISINFECTION BY OXYGEN PLASMA 审中-公开设计和制造除臭剂以及含氧气等离子消毒的空气和表面消毒设备
公开(公告)号：WO2017081512A1
公开(公告)日：2017-05-18
申请号：PCT/IB2015/058693
申请日：2015-11-11
申请人： FOJLALEY, Mehrdad , MOHAMMADZADEH, Abolghasem , ESMAYILLOU, Mohammad , SEYEDSEYFOLLAH, Seyedsaman
发明人： FOJLALEY, Mehrdad , MOHAMMADZADEH, Abolghasem , ESMAYILLOU, Mohammad , SEYEDSEYFOLLAH, Seyedsaman
摘要： Air disinfection from unpleasant scents is a problem for which many devices have been designed. However, in vast areas, the available devices have little impact. Oxygen is a divalent and sustainable molecule which is durable by itself. However, if any energy is exerted on it, it breaks during the natural process of energy release and changes into an ozone trivalent molecule (O3 ) (to further clarify the issue, if energy is exerted on three O2 molecules, it changes into two O3 molecules). During a process, toxic ozone gas molecule (O3) immediately breaks and changes into oxygen atom or active oxygen (O1) and oxygen molecule (O2). Oxygen atom or active oxygen created in this process shows reaction with the pollutants as well as the micro-organisms available in the environment and oxidizes it after bond making.
摘要翻译： 由不愉快的气味进行的空气消毒是已经设计了许多装置的问题。 但是，在广大地区，可用设备几乎没有影响。 氧气是一种持久耐用的二价和可持续分子。 然而，如果有能量施加于其上，它会在能量释放的自然过程中破裂并变成臭氧三价分子（O3）（为了进一步阐明问题，如果能量施加在三个O2分子上，则它变成两个O3 分子）。 在此过程中，有毒臭氧气体分子（O3）会立即破裂并转变为氧原子或活性氧（O1）和氧分子（O2）。 在这个过程中产生的氧原子或活性氧表现出与污染物以及环境中可用的微生物的反应，并在结合后使其氧化。
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