This paper aims to interpret the international communication under the Daoist philosophy,particularly the image of water in Daodejing,with a mathematical analysis and reformation thanks to the use of artificial intell...This paper aims to interpret the international communication under the Daoist philosophy,particularly the image of water in Daodejing,with a mathematical analysis and reformation thanks to the use of artificial intelligence(AI).The study holds that Daoist thoughts like“Dao keeping as it is”and“non-coercive action”offer a theoretical framework for harmonious global interaction.It argues that AI,as a transformative tool,can be a helping hand in revealing water’s adaptability and ethical neutrality,while mathematical abstraction can model systemic balance in communication.This essay focuses on the water’s virtues,truthfulness,goodness,and beauty,which can be employed as effective international communication,advocating for audience-centered,flexible approaches that prioritize authenticity over coercion.By linking ancient Chinese philosophy with modern science and technology,the article puts forward a“water-like”communication model stressing on inclusivity,resilience,and sustainable global cooperation,challenging the traditional power-driven styles.展开更多
30% Fe CN/ZIS(30% Fe doped g-C_(3)N_(4)composited ZnIn_(2)S_(4)) was synthesized by a simple water bath method, via in-situ growth of abundant well-dispersed ZnIn_(2)S_(4)nanosheets on the Fe doped g-C_(3)N_(4)surface...30% Fe CN/ZIS(30% Fe doped g-C_(3)N_(4)composited ZnIn_(2)S_(4)) was synthesized by a simple water bath method, via in-situ growth of abundant well-dispersed ZnIn_(2)S_(4)nanosheets on the Fe doped g-C_(3)N_(4)surface. Experimental results showed the optimized 30% Fe CN/ZIS achieved the best photoreduction of Cr(VI)performance within a wide p H range, which was 9.5 times and 700 times higher than that of pure ZnIn_(2)S_(4)and 30% Fe CN(Fe doped g-C_(3)N_(4)). This is due to the intense synergy between the Fe-Nxbond and close interface contact produces a high-speed charge transfer channel, thus significantly improving the efficiency of optical carrier separation and migration. Meanwhile, UV-vis diffuse reflection spectra and photoluminescence spectroscopy showed that iron doping significantly narrowed the bandgap of gC_(3)N_(4), preventing electron-hole pair recombination. Further, the microstructures and charge separation properties were analyzed by scanning electron microscope, Photoluminescence Spectroscopy and timeresolved photoluminescence, which revealed the structure-activity relationship of composite structure and the synergistic mechanism of each functional component. This research should provide a viable technique for creating composites with high photocatalytic activity for the treatment of chromium-containing wastewater.展开更多
ZhaoQuan’s epitaph primarily makes record of ZhaoQuan’s family history in Tianshui, his whole life and significant historical events of North Dynasty. It is an important historical resource for the study of North Dy...ZhaoQuan’s epitaph primarily makes record of ZhaoQuan’s family history in Tianshui, his whole life and significant historical events of North Dynasty. It is an important historical resource for the study of North Dynasty History. Tianshui Local History and art of stone tablet in North Dynasty. ZhaoQuan was a famous person in North Dynasty but without any historical record about him. Fortunately, his family history fills the gap, enriches the research contents of local history. The epitaph provides evidence for the stalemate of East Wei and West Wei Dynasty, political reform by Yu-Wen Tai, establishment of North Zhou Dynasty and History of North Dynasty. The place of Shangguidiwang lies in present Qingcheng District, Tianshui City, instead of the southwest of Tianshui. The epitaph supplies archaeological resources to the location of Shanggui, in the meantime, the tomb stone is in itself the representative work of stone tablet art of North Dynasty.展开更多
校园网的建设随着教育信息化的发展而普及,但是目前缺乏有关专业方面的标准和规范,造成已建成的校园内子系统之间或校与校管理系统之间兼容性较差或难以兼容,因此,也难以实现相互之间信息和资源的交流和共享。正是在这种背景下,重点研...校园网的建设随着教育信息化的发展而普及,但是目前缺乏有关专业方面的标准和规范,造成已建成的校园内子系统之间或校与校管理系统之间兼容性较差或难以兼容,因此,也难以实现相互之间信息和资源的交流和共享。正是在这种背景下,重点研究了教育部推出的教育管理信息系统的互操作规范(Education Management Information System Interoperability Framework,EMIF),采用了该规范的特点,引入集群的概念,使用客户端代理(Agent)和区域集成服务器(Zone Integration Server,简称ZIS)模式构建分布式异构环境下,基于EMIF的信息共享和数据集成平台。展开更多
文摘This paper aims to interpret the international communication under the Daoist philosophy,particularly the image of water in Daodejing,with a mathematical analysis and reformation thanks to the use of artificial intelligence(AI).The study holds that Daoist thoughts like“Dao keeping as it is”and“non-coercive action”offer a theoretical framework for harmonious global interaction.It argues that AI,as a transformative tool,can be a helping hand in revealing water’s adaptability and ethical neutrality,while mathematical abstraction can model systemic balance in communication.This essay focuses on the water’s virtues,truthfulness,goodness,and beauty,which can be employed as effective international communication,advocating for audience-centered,flexible approaches that prioritize authenticity over coercion.By linking ancient Chinese philosophy with modern science and technology,the article puts forward a“water-like”communication model stressing on inclusivity,resilience,and sustainable global cooperation,challenging the traditional power-driven styles.
基金supported by the National Natural Science Foundation of China (No. 22066022)。
文摘30% Fe CN/ZIS(30% Fe doped g-C_(3)N_(4)composited ZnIn_(2)S_(4)) was synthesized by a simple water bath method, via in-situ growth of abundant well-dispersed ZnIn_(2)S_(4)nanosheets on the Fe doped g-C_(3)N_(4)surface. Experimental results showed the optimized 30% Fe CN/ZIS achieved the best photoreduction of Cr(VI)performance within a wide p H range, which was 9.5 times and 700 times higher than that of pure ZnIn_(2)S_(4)and 30% Fe CN(Fe doped g-C_(3)N_(4)). This is due to the intense synergy between the Fe-Nxbond and close interface contact produces a high-speed charge transfer channel, thus significantly improving the efficiency of optical carrier separation and migration. Meanwhile, UV-vis diffuse reflection spectra and photoluminescence spectroscopy showed that iron doping significantly narrowed the bandgap of gC_(3)N_(4), preventing electron-hole pair recombination. Further, the microstructures and charge separation properties were analyzed by scanning electron microscope, Photoluminescence Spectroscopy and timeresolved photoluminescence, which revealed the structure-activity relationship of composite structure and the synergistic mechanism of each functional component. This research should provide a viable technique for creating composites with high photocatalytic activity for the treatment of chromium-containing wastewater.
文摘ZhaoQuan’s epitaph primarily makes record of ZhaoQuan’s family history in Tianshui, his whole life and significant historical events of North Dynasty. It is an important historical resource for the study of North Dynasty History. Tianshui Local History and art of stone tablet in North Dynasty. ZhaoQuan was a famous person in North Dynasty but without any historical record about him. Fortunately, his family history fills the gap, enriches the research contents of local history. The epitaph provides evidence for the stalemate of East Wei and West Wei Dynasty, political reform by Yu-Wen Tai, establishment of North Zhou Dynasty and History of North Dynasty. The place of Shangguidiwang lies in present Qingcheng District, Tianshui City, instead of the southwest of Tianshui. The epitaph supplies archaeological resources to the location of Shanggui, in the meantime, the tomb stone is in itself the representative work of stone tablet art of North Dynasty.
文摘校园网的建设随着教育信息化的发展而普及,但是目前缺乏有关专业方面的标准和规范,造成已建成的校园内子系统之间或校与校管理系统之间兼容性较差或难以兼容,因此,也难以实现相互之间信息和资源的交流和共享。正是在这种背景下,重点研究了教育部推出的教育管理信息系统的互操作规范(Education Management Information System Interoperability Framework,EMIF),采用了该规范的特点,引入集群的概念,使用客户端代理(Agent)和区域集成服务器(Zone Integration Server,简称ZIS)模式构建分布式异构环境下,基于EMIF的信息共享和数据集成平台。
