CAJ | 학술논문

用微波辐射的方法制备吸油烟无纺布复合材料,讨论了微波辐照时间、合成温度、单体配比和交联剂用量对吸油烟复合材料的吸油烟性能的影响.研究结果表明,当采用微波辐照时间15min、合成反应温度为85℃、100份质量的单体(m(DMA)∶m(EHMA)=7∶3)、0.5份质量的交联剂EGDMA和5份质量的引发剂BPO,在此条件下制得吸油烟复合材料的吸油烟率最佳.与常规制备方法相比,微波辐射制备吸油烟复合材料的反应时间可由6h缩短至15min,而且其吸油烟性能也有明显的提高.
용미파복사적방법제비흡유연무방포복합재료,토론료미파복조시간、합성온도、단체배비화교련제용량대흡유연복합재료적흡유연성능적영향.연구결과표명,당채용미파복조시간15min、합성반응온도위85℃、100빈질량적단체(m(DMA)∶m(EHMA)=7∶3)、0.5빈질량적교련제EGDMA화5빈질량적인발제BPO,재차조건하제득흡유연복합재료적흡유연솔최가.여상규제비방법상비,미파복사제비흡유연복합재료적반응시간가유6h축단지15min,이차기흡유연성능야유명현적제고.
Composite materials for adsorption of oil fume were synthesized by means of microwave irradiation, and then its adsorption capacities of oil fume were measured. The effects of the microwave radiation time, synthesis reaction temperature, monomer components and the dosage of crosslinker on the adsorption capaticty of synthesized composite material for the oil fume were discussed. Results showed that the optimal synthesis conditions are microwave radiation time of 15min, temperature of 85℃, 100 parts by weight of monomers(70 parts of DMA and 30 parts of EHMA), 0.5 parts by weight of EGDMA and 5 parts by weight of initiator, the maximum amount adsorbed of composite material for adsorption of oil fume was available. The application of microwave irradiation to synthesize the oil fume-adsorbing composite material made the synthesis reaction time be shortened from 6h to 15min in comparison with the traditional heating, and its adsorption of oil fume be obviously improved.