摘要
Intensification of magnetic susceptibility of the zeolite ensures not only quick and reliable separation of the zeolite from waste medium by using a magnetic separation but also efficient micro-wave heating of the zeolite.Thus, reinforcement of magnetic susceptibility of the zeolite has been attempted.In this study,a composite material has been synthesized by adding magnetite during a synthesis process of the zeolite.And the composite was evaluated by using XRD and SEM.It was composed of zeolite and magnetite.And,its shape was polygonal with a few micrometers size under the synthesis time of 4 weeks.Its magnetization in magnitude was about 400 times larger than that of the normally synthesized zeolite.And the mass ratio of the zeolite and the magnetite in the synthesized material was estimated at about 7.8:1.
Intensification of magnetic susceptibility of the zeolite ensures not only quick and reliable separation of the zeolite from waste medium by using a magnetic separation but also efficient micro-wave heating of the zeolite.Thus, reinforcement of magnetic susceptibility of the zeolite has been attempted.In this study,a composite material has been synthesized by adding magnetite during a synthesis process of the zeolite.And the composite was evaluated by using XRD and SEM.It was composed of zeolite and magnetite.And,its shape was polygonal with a few micrometers size under the synthesis time of 4 weeks.Its magnetization in magnitude was about 400 times larger than that of the normally synthesized zeolite.And the mass ratio of the zeolite and the magnetite in the synthesized material was estimated at about 7.8:1.
基金
Item Sponsored by JSPS Asian Core Program"Construction of the World Center on Electromagnetic Processing of Materials"
