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Development of bioactive glass coatings by High Velocity Suspension Flame Spraying (HVSFS)

机译:高速悬架火焰喷涂(HVSFS)的生物活性玻璃涂层的研制

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Bioglasses are extensively used in medical devices, due to their ability to bond to human bone and, if their formulation is properly designed, even to soft tissues. Bioglass? 45S5, which was first proposed by Prof. L.L. Hench in the 1970s, is currently the most popular bioactive glass, due to its excellent response after implantation, proved by an established medical practice [1]. However its application is limited by its relatively poor mechanical properties, especially by its brittleness, which impedes its use in load-bearing implants. To overcome this drawback, Bioglass? 45S5 can be deposited as a bioactive coating on to a tougher substrate, which, in turn, confers the wanted mechanical reliability to the device. Thermal spraying is an ideal approach to fabricate bioactive coatings, since it offers
机译:由于它们与人骨粘合的能力,生物制品广泛用于医疗器械中,并且如果它们的配方适当地设计,甚至适当地设计,甚至适当地设计。生物生物? 45S5,由L.L. Hench教授首次提出的,在20世纪70年代,目前是最受欢迎的生物活性玻璃,由于植入后的良好反应,由既定的医疗实践证明[1]。然而,其应用受其相对较差的机械性能的限制,尤其是其脆性,这阻碍了其在承载植入物中的使用。克服这个缺点,生物生物?可以将45S5作为生物活性涂层沉积到更难的基板上,这反过来又赋予所需的机械可靠性对装置。热喷涂是制造生物活性涂层的理想方法,因为它提供

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