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Method to Synthesize Silver Nano-particles for Inkjet Inks to Reduce Environmental Load

机译:用于合成银纳米颗粒的墨水型油墨以减少环境载荷的方法

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We have been studying the method to prepare metal nano-particles in aqueous solution. We presented the role of low molecular compounds as a dispersing agent in aqueous solutions to synthesize silver particles at NIP27, last year. At NIP28 of this year, we would like to present the effect of PVA and polyacrylic acid compounds on the growth of silver particles. The PVA used in this experiment are as follows: Saponiftcation ratio is 78.5-99.4 mol% and polymerization degree is 500-2600, where the sapor ification ratio is defined as the ratio of the number of OH group to total number of OH and COOCH_3 groups. The above both factors have affected the growth of silver particles and we have found in a series of our experiments that the PVA with the polynerization degree of 500 and the saponification ratio of 99.4 mol% has produced mono-dispersed silver particles of 10nm in average diameter. Furthermore, we have found that polyacrylic acid compounds as a dispersing agent have resulted in around 5nm n average diameter. Since this method to synthesized silver nano particles does not use any organic solvents, we can avoid the problem regarding environmental pollution caused by organic fluids.
机译:我们一直在研究制备水溶液中金属纳米颗粒的方法。我们介绍了低分子化合物作为水溶液中的分散剂的作用,去年在NIP27合成银颗粒。在今年的NIP28,我们想提出PVA和聚丙烯酸化合物对银颗粒生长的影响。本实验中使用的PVA如下:皂苷率为78.5-99.4摩尔%和聚合度为500-2600,其中Sapath Ification比定义为OH和Cooch_3组的总数的oON组的比例。上述两个因素影响了银颗粒的生长,我们在一系列实验中发现,PVA具有500的聚氯乙烯和99.4摩尔%的皂化率为99.4mol%的单分散银颗粒的平均直径为10nm。 。此外,我们发现作为分散剂的聚丙烯酸化合物导致5nm n平均直径约为5nm。由于该方法合成银纳米颗粒不使用任何有机溶剂,因此我们可以避免有机流体引起的环境污染的问题。

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