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Calculation on Interaction between Ozone and Carrier to Form Ozonic Compound

机译:臭氧和载体相互作用的计算,形成臭氧化合物

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It has some encouraging results to use ozone in medicaments, treatments and so on. As it is usually in gas state, unstable and strong oxidability, ozone is difficult to be stored and used commonly. It is the key matter in use of ozone commonly or conveniently that the carrier material and preparation response conditions are studied to make the bond strength between ozone and carrier to be felicitous and with the proper velocity to release ozone from the ozonic compound. Ozonic compound and related single molecules were calculated to study the interaction between ozone and carrier to form ozonic compound. The carrier and ozonic compound are designed from the calculations. The stability of the ozonic compound, or the bond strength between ozone and carrier are controlled felicitously to release ozone from the ozonic compound with proper velocity. Ozone antimicrobial can be composed and used conveniently, especially for common families. There are some characteristics of ozone antimicrobial or ozone, such as universal applicability, efficiency and rapidity, security, strong penetrability, no drug resistance and sterilization and treatment simultaneity.
机译:它有一些令人鼓舞的结果在药物,理疗等使用臭氧。因为它通常是在气体状态,不稳定和强氧化性,臭氧难以被存储和常用的。它是在利用臭氧的常用或方便地,所述载体材料和制备反应的条件进行了研究,以使臭氧和载体之间的粘合强度是恰当的,并与来自臭氧的化合物的适当的速度来释放臭氧的关键问题。臭氧的化合物和相关的单分子进行了计算,研究臭氧和载体之间的相互作用,以形成臭氧的化合物。所述载体和臭氧的化合物被从计算设计。的臭氧的化合物的稳定性,或臭氧和载体之间的粘合强度从与固有速度的臭氧的化合物felicitously控制到释放臭氧。臭氧抗菌可组成,方便使用,尤其是对于普通家庭。有臭氧的抗微生物或臭氧的某些特征,如普遍适用性,效率和快速性,安全性,强渗透性,无耐药性和灭菌和处理的同时性。

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