Nano ZnO and ZnO loaded zeolite complexes were prepared by uniformity deposition method and charateried by XRD,BET and the evaluation of antibacterial performance.The results showed ZnO calcined at 300℃ has the best ...Nano ZnO and ZnO loaded zeolite complexes were prepared by uniformity deposition method and charateried by XRD,BET and the evaluation of antibacterial performance.The results showed ZnO calcined at 300℃ has the best antibacterial performance.The zeolite loaded nano ZnO has good antibacterial performance and the mixture,zeolite:ZnO=3∶1,has the best antibacterial performance.展开更多
A high purity potassium ferrate,K2FeO4,with perfect crystal structure was synthesized by improved the hypochllorite oxidation method.The influence of different iron sources and reaction temperature on product quantity...A high purity potassium ferrate,K2FeO4,with perfect crystal structure was synthesized by improved the hypochllorite oxidation method.The influence of different iron sources and reaction temperature on product quantity,purity and crystal structure were studied.The results showed that ferric nitrate was better than ferric chloride.The discharge time of Zn/K2FeO4 was 62.5% longer than that of standard Zn/MnO2,and the discharge voltage increased 170 mV under constant 1000 mA discharge.展开更多
文摘Nano ZnO and ZnO loaded zeolite complexes were prepared by uniformity deposition method and charateried by XRD,BET and the evaluation of antibacterial performance.The results showed ZnO calcined at 300℃ has the best antibacterial performance.The zeolite loaded nano ZnO has good antibacterial performance and the mixture,zeolite:ZnO=3∶1,has the best antibacterial performance.
文摘A high purity potassium ferrate,K2FeO4,with perfect crystal structure was synthesized by improved the hypochllorite oxidation method.The influence of different iron sources and reaction temperature on product quantity,purity and crystal structure were studied.The results showed that ferric nitrate was better than ferric chloride.The discharge time of Zn/K2FeO4 was 62.5% longer than that of standard Zn/MnO2,and the discharge voltage increased 170 mV under constant 1000 mA discharge.
