| 1 | Recent progress in the synthesis of graphene/CNT composites and the energy-related applications显示文摘Graphene and carbon nanotube(CNT) are representative carbon nanomaterials which have aroused numerous research interest due to their extraordinary material properties and promising application potentials,especially in the energy storage and conversion areas.However,the agglomeration happening in these materials has largely blocked their applications.Hybridization of CNT with graphene can,on one hand,prevent the agglomeration behavior,on the other hand,generate a synergistic effect between them with enhanced physical and chemical properties.There have been many studies conducted to find out the suitable approaches to synthesize graphene/CNT composites,and realize the application potentials of these structures.Based on the recent advances,this paper reviews the current research progress that has been achieved in synthesizing graphene/CNT composites,and the energy-related applications.Through this review,we aim at stimulating more significant research on this subject. | Xin Wu Fengwen Mu Haiyan Zhao | 2020 | Journal of Materials Science & Technology2020，52，20： | 6 |
| 3 | Vaccinia virus viability under different environmental conditions and different disinfectants treatment显示文摘Monkeypox(mpox)outbreak in 2022 has caused more than 91,000 cases,has spread to 115 countries,regions,and territories,and has thus attracted much attention.The stability of poxvirus particles in the environment is recognized as an important factor in determining their transmission.However,few studies have investigated the persistence of poxviruses on material surfaces under various environmental conditions,and their sensitivity to biocides.Here,we systematically measured the stability of vaccinia virus(VACV)under different environmental conditions and sensitivity to inactivation methods via plaque assay,quantitative real‐time polymerase chain reaction(qPCR),and Gaussia luciferase(G‐luciferase)reporter system.The results show that VACV is stable on the surface of stainless steel,glass,clothing,plastic,towel,A4 paper,and tissue and persists much longer at 4℃ and?20℃,but is effectively inactivated by ultraviolet(UV)irradiation,heat treatment,and chemical reagents.Our study raises the awareness of long persistence of poxviruses in the environment and provides a simple solution to inactivate poxviruses using common disinfectants,which is expected to help the control and prevention of mpox virus and future poxvirus outbreaks. | Shan Mei Liang Wei Yu Xie Fei Zhao Yu Huang Zhangling Fan Yamei Hu Liming Wang Lingwa Wang Ying Wang Fengwen Xu Fei Guo | 2024 | Biosafety and Health2024，6，1： | 0 |
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