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该文作者通过透射电子显微镜(TEM)观察发现,纳米级的填料在天然橡胶胶乳手套中以群集状态存在,填料的掺入对手套的性能并没有产生不利的影响。这种手套能阻隔直径为27nm的￠X174病毒透过,表明微晶碳酸钙嵌入到手套中不会导致手套出现超过2μm的孔洞,也不会影响手套中可抽提蛋白质和抗原蛋白质的含量。试验表明,手套的硬性、挺度随着填料的增加而提高。
The authors observed by transmission electron microscopy (TEM) that nanoscale fillers exist in clusters in natural rubber latex gloves, and the incorporation of filler did not adversely affect glove performance. This glove blocks ¢ X174 viruses with a diameter of 27 nm, indicating that the insertion of microcrystalline calcium carbonate into the glove does not cause holes in the glove that exceed 2 μm and does not affect the amount of extractable protein and antigenic protein in the glove. Experiments show that the rigidity of the glove, stiffness increases with the filler.