Stavskiĭ E A, Kiselev S A, Renau I V, Kul'tenko O V, Baksheeva G P, Krinitsyn L A, Marchenko V Iu, Iashin V A, Stavskiĭ K E, Chernov V I, Ruchkin A V, Poliakov A V, Klevasov A I, Kornishin S N, Sandakhchiev L S
Gig Sanit. 2006 Nov-Dec(6):36-9.
The permeability of varying density felts (Spandbond, SMS, Tyvek, Sontara) for throw-away medical overalls was experimentally assessed under statistic and dynamic conditions, by using model test aerosols, including bacterial one. Their permeability was shown to decrease with the higher density of the materials under study. Laminated Span-bond contributes to an abrupt reduce in the bacterial penetration of this kind of tissues and enhances their protective properties. The felts CMC, Tyvek, Sontara, and laminated Spanbond were found to have the highest protective properties. In terms of their barrier and protective properties, the felts surpass the tissues used to make re-usable protective medical overalls.
通过使用包括细菌气溶胶在内的模型测试气溶胶，在静态和动态条件下对不同密度的毡（纺粘布、SMS、特卫强、桑塔腊）用于一次性医用工作服的透气性进行了实验评估。结果表明，所研究材料的密度越高，其透气性越低。层压纺粘布有助于大幅降低此类织物的细菌穿透率，并增强其防护性能。发现毡状羧甲基纤维素、特卫强、桑塔腊和层压纺粘布具有最高的防护性能。就其阻隔和防护性能而言，这些毡布优于用于制作可重复使用的防护医用工作服的织物。
