ANTIBACTERIAL ACTIVITY OF A NOVEL MATERIAL SYSTEM CONSISTING OF IRON OXIDE AND Ag NANOPARTICLES ON A FIBERGLASS SUBSTRATE

机译：一种由氧化铁和玻璃纤维基底组成的新型材料系统的抗菌活性

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A number of oligodynamic materials including silver (Ag), copper (Cu) and zinc (Zn) have been reported for their ability to inactivate microbes at low concentrations. Researchers have reported using these class of materials in applications employing activated carbons and zeolites to purify water. Metal oxides, including copper (II) oxide (CuO), zinc oxide (ZnO) and, particularly, iron oxide (Fe_xO_y) have shown strong antiviral potential, however, exhibit poor antibacterial performance. Since silver is the most robust bactericide among the class of oligodynamic materials, it is presumed the poor bactericidal performance of these materials can be improved by coupling silver with their deployment onto an inorganic substrate.

机译：已经报道了许多包括银（Ag），铜（Cu）和锌（Zn）的寡核动力学材料，以便它们在低浓度下灭活微生物的能力。研究人员据报道，在采用活性碳和沸石净化水的应用中使用这些材料。金属氧化物，包括铜（II）氧化物（CUO），氧化锌（ZnO），特别是氧化铁（Fe_XO_Y）显示出强烈的抗病潜力潜力，但表现出较差的抗菌性能。由于银是少量流力材料类别中最鲁棒的杀菌剂，因此推测，通过将银偶联到无机基底上，可以改善这些材料的抗菌性能差。

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《American Chemical Society Division of Environmental Chemistry Symposium》|2008年||共6页
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Gordon N. Nanqmenyi; Eric Mintz; Xuan Li;
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中图分类环境科学、安全科学;
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ANTIBACTERIAL ACTIVITY OF A NOVEL MATERIAL SYSTEM CONSISTING OF IRON OXIDE AND Ag NANOPARTICLES ON A FIBERGLASS SUBSTRATE

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