4篇
您的检索式：作者名="Xiliang Cui"
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| 1 | International Chinese Language Education and Building a Community of Shared Future for Mankind显示文摘Human society is now confronted with a variety of threats.Given that,the idea and initiative of building a community of shared future for mankind is positively echoed by people around the world.Accordingly,international Chinese language education should play an active role in building a community of shared future for mankind,which is determined by the mission and nature of this educational cause.The idea of building a community of shared future for mankind points a right way for the development of international Chinese language education,injects new vigor to this cause,and also creates a more friendly and favorable external environment.International Chinese language education should help facilitate the building of a community of shared future for mankind and contribute Chinese wisdom to the common progress of mankind in the new era. | Cui Xiliang Wu Lingwei(译) | 2020 | Contemporary Social Sciences2020，5，1： | 1 |
| 2 | Ru(Ⅲ)-catalyzed construction of variously substituted quinolines from 2-aminoaromatic aldehydes(ketones)and isoxazoles:Isoxazoles as cyclization reagent and cyano sources显示文摘A Ru(Ⅲ)-catalyzed annulation reaction of 2-aminoaromatic aldehydes(ketones)and isoxazoles to afford diverse 3-cyanoquinolines has been developed.Notably,isoxazole acted as a cyclization reagent and nontoxic cyano source via N-O bond cleavage and fragmentation.Variously substituted(especially 6-or 7-substituted)quinolines could be easily afforded.This procedure features wide functional group compatibility,efficiency and avoiding toxic cyano source.Meanwhile,this protocol could be successfully applied to scale-up synthesis.Further chemical transformations of 3-cyanoquinoline could give some valuable skeletons,demonstrating its potential in synthetic application. | Di Hu Chao Pi Wei Hu Xiliang Han Yangjie Wu Xiuling Cui | 2022 | Chinese Chemical Letters2022，33，8： | 0 |
| 3 | Optical performance analysis of an innovative linear focus secondary trough solar concentrating system显示文摘The parabolic trough solar concentrating system has been well developed and widely used in commercial solar thermal power plants. However, the conventional system has its drawbacks when connecting receiver tube parts and enhancing the concentration ratio. To overcome those inherent disadvantages, in this paper, an innovative concept of linear focus secondary trough concentrating system was proposed, which consists of a fixed parabolic trough concentrator, one or more heliostats, and a fixed tube receiver. The proposed system not only avoids the end loss and connection problem on the receiver during the tracking process but also opens up the possibility to increase the concentration ratio by enlarging aperture. The design scheme of the proposed system was elaborated in detail in this paper.Besides, the optical performance of the semi and the whole secondary solar trough concentrator was evaluated by using the ray tracing method. This innovative solar concentrating system shows a high application value as a solar energy experimental device. | Xiliang ZHANG Zhiying CUI Jianhan ZHANG Fengwu BAI Zhifeng WANG | 2019 | Frontiers in Energy2019，13，3： | 0 |
| 4 | In-situ detection equipment for radon-in-water:unattended operation and monthly investigations显示文摘Radon is recognized as a powerful tracer of certain geophysical processes in marine and aquatic environments.In the past few decades,the instruments and methods for measuring radon concentration in water have been developed to some extent but still lack underwater in-situ measurements.Here we present an in-situ detection equipment for radon-in-water(pulsed ionization chamber(PIC)-radon)to measure dissolved radon in ocean and groundwater settings.The equipment has been successfully deployed in the Jiaozhou Bay in July 2022 and has achieved 14 d of unattended underwater in-situ observation.Then it was successfully placed in a groundwater monitoring well in the Laizhou Bay in November 2022 and monitored radon activities for over 30 d.The results showed that this instrument had a good indication of submarine groundwater discharge.The PIC-radon detector takes advantage of smaller size,lower power consumption,and is barely influenced by humidity,making it particularly suitable for long-term in-situ measurement,especially in harsh environments with limited human care or deployment spaces. | Chunqian Li Meng Li Guangquan Chen Huaming Yu Chenglun Zhang Wen Liu Jinjia Guo Shibin Zhao Lijun Song Xiliang Cui Ying Chai Lu Cao Diansheng Ji Bochao Xu | 2023 | Acta Oceanologica Sinica2023，42，8： | 0 |
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