O484.5 2000064036非晶GeO<sub>2</sub>-SiO<sub>2</sub>复合薄膜的制备及其红外吸收谱=Preparation and infrared spectra of GeO<sub>2</sub>-SiO<sub>2</sub>thin amorphous films[...O484.5 2000064036非晶GeO<sub>2</sub>-SiO<sub>2</sub>复合薄膜的制备及其红外吸收谱=Preparation and infrared spectra of GeO<sub>2</sub>-SiO<sub>2</sub>thin amorphous films[刊,中]/张祖新,张文炳（武汉大学物理系.湖北,武汉（430072））,李伟（山东师范大学物理系.山东,济南（250014））//武汉大学学报.自然科学版.—2000,46（1）.—84-86采用锗-硅复合靶射频反应溅射技术。展开更多
Poly（OT-co-AN）/Ba0.8La0.2Al2Fe10O19 （Poly（OT-co-AN）/BLAF） composites were fabricated by in situ polymerization method. It was investigated that of mass rate of momomer （mor/mAN）, polymeration temperature and t...Poly（OT-co-AN）/Ba0.8La0.2Al2Fe10O19 （Poly（OT-co-AN）/BLAF） composites were fabricated by in situ polymerization method. It was investigated that of mass rate of momomer （mor/mAN）, polymeration temperature and time, and feeding ratio of BLAF effect on the structures, morphology, conductivity, magnetic property of composites by the orthogonal optimum design. The results indicated that poly （OT-co-AN） copolymer had a better coating on BLAF particles, and there were some interactions between components in the composites. The magnetic properties of the composites were related to content of the magnetic BLAF particles in it. The feeding ratio of BLAF had a significant influence on constitute and conductivity of the composites, followed by the temperature. The reflection loss and the effective bandwidth of composites for electromagnetic wave were at- tributed to the synergistic effect between poly（OT-co-AN） and BLAF. The poly（OT-co-AN）/BLAF composites with mass ratio of BLAF to mix monomer （moT^mAN =1：1） equal to 5/1 at 10 h in 25~C had a maximum synergistic effect between its compo- nents, showed a maximum reflection loss of -26.94 dB at 14.10 GHz and an available bandwidth of 8.54 GHz. It was sug- gested that the composites can be used as a advancing absorption and shielding materials for electromagnetic wave due to their favorable microwave absorption properties.展开更多
文摘O484.5 2000064036非晶GeO<sub>2</sub>-SiO<sub>2</sub>复合薄膜的制备及其红外吸收谱=Preparation and infrared spectra of GeO<sub>2</sub>-SiO<sub>2</sub>thin amorphous films[刊,中]/张祖新,张文炳（武汉大学物理系.湖北,武汉（430072））,李伟（山东师范大学物理系.山东,济南（250014））//武汉大学学报.自然科学版.—2000,46（1）.—84-86采用锗-硅复合靶射频反应溅射技术。
基金supported by the National Nature Science Foundation of China (Grant No.21071125)the Natural Science Foundation of Zhejiang Province (Grant Nos.Y4100022,Y4090636)the Science and Technology Key Project of Zhejiang Province (Grant No.2010C11053)
文摘Poly（OT-co-AN）/Ba0.8La0.2Al2Fe10O19 （Poly（OT-co-AN）/BLAF） composites were fabricated by in situ polymerization method. It was investigated that of mass rate of momomer （mor/mAN）, polymeration temperature and time, and feeding ratio of BLAF effect on the structures, morphology, conductivity, magnetic property of composites by the orthogonal optimum design. The results indicated that poly （OT-co-AN） copolymer had a better coating on BLAF particles, and there were some interactions between components in the composites. The magnetic properties of the composites were related to content of the magnetic BLAF particles in it. The feeding ratio of BLAF had a significant influence on constitute and conductivity of the composites, followed by the temperature. The reflection loss and the effective bandwidth of composites for electromagnetic wave were at- tributed to the synergistic effect between poly（OT-co-AN） and BLAF. The poly（OT-co-AN）/BLAF composites with mass ratio of BLAF to mix monomer （moT^mAN =1：1） equal to 5/1 at 10 h in 25~C had a maximum synergistic effect between its compo- nents, showed a maximum reflection loss of -26.94 dB at 14.10 GHz and an available bandwidth of 8.54 GHz. It was sug- gested that the composites can be used as a advancing absorption and shielding materials for electromagnetic wave due to their favorable microwave absorption properties.
