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Striving to Gain a Long-term Stability for the China——***

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和平与发展 2006年第3期 57-64页

作者： Tao Wenzhao Senior researcher of the Institute for American Studies CASS and Guest Researcher of CPDS.

中美关系正常化以来,两国关系的基础不断扩大,并逐步走向机制化。实现中美关系的长期稳定,还有待于中美两国做出不懈的努力。对中国而言,要让更多的人了解中国和平发展的最终目标和维护世界持久和平的理念;对美国而言,应积极调整心态,... 详细信息

中美关系正常化以来,两国关系的基础不断扩大,并逐步走向机制化。实现中美关系的长期稳定,还有待于中美两国做出不懈的努力。对中国而言,要让更多的人了解中国和平发展的最终目标和维护世界持久和平的理念;对美国而言,应积极调整心态,消除对中国发展的误解。

关键词： U.S.Relationship Striving to Gain a Long-term Stability for the China than Long

The U.S. Global Strategy as Seen from the Debate in the Primary Election

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和平与发展 2007年第4期 58-64页

作者： Niu Xinchun China Institute of Contemporary International Studies and guest researcher CPDS

There may be more than one year to go before the 2008 U.S. presidential election, but the primary election of the two parties has already begun ahead of time. Both the Democratic and Republican candidates for

关键词：总统预选美国全球策略辩论

China-Russia Energy Cooperation:Its Present Situation and Prospect

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和平与发展 2007年第3期 59-64页

作者： Xia Yishan (The author is a Senior researcher at China Institute of International Studies Director,China Institute for Energy Strategy Studies and guest researcher of CPDS.) China Institute for Energy Strategy Studies and guest researcher of CPDS

Energy cooperation between China and Russia appears dissimilar to that between China and Kazakhstan and between China and the *** cooperation between China and Kazakhstan and between China and the Sudan takes the form that the Chinese corporations participate in the exploration and exploitation of local oil and gas resources,and gets back their shares the in oil and gas *** main form of energy cooperation between China and Russia,however,is that Russia exports oil and gas to China by way of *** order to

关键词： China-Russia Energy Cooperation

A Russo-US Relationship Where Rivalry Coexists with Cooperation

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和平与发展 2006年第4期 59-64页

作者： By Wang Lijiu The author is a research fellow at China research Institute for Contemporary International relations and guest researcher of CPDS.

Europe＇s Integration Process is Floundering

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和平与发展 2011年第4期 70-75页

作者： Ding Yuanhong Chinese ambassador to the EU and presently a guest researcher of the CDPS

The post-WWII situation in Europe is closely related to Europe＇s integration process. Right now, one of the special features regarding the current European situation is that Europe＇s integration process has nearly become enmeshed in stagnation. The European Union is disintegrating, with various kinds of contradictions cropping up and its cohesion sharply reduced. The EU rotating chair-state Hungarian premier said, ＂Europe is like a bicycle without a chain, unable to move forward.＂

关键词：英文摘要内容介绍编辑工作期刊

Seasonal variability of thermocline in the Yellow Sea

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Chinese Journal of Oceanology and Limnology 2004年第3期22卷 299-305页

作者：乔方利夏长水施建伟马建葛人峰袁业立 The First Institute of Oceanography State Oceanic Administration (SOA) Qingdao 266061 China Key Laboratory of Marine Science and Numerical Modeling (MASNUM) SOA Qingdao 266061 China guest researcher of MASNUM SOA China

Based on the MASNUM wave-tide-circulation coupled numerical model, seasonal variability of thermocline in the Yellow Sea was simulated and compared with in-situ observations. Both simulated mixed layer depth (MLD) and thermocline intensity have similar spatial patterns to the observations. The simulated maximum MLD are 8 m and 22 m, while the corresponding observed values are 13 m and 27 m in July and October, respectively. The simulated thermocline intensity are 1.2℃/m and 0.5℃/m in July and October,respectively, which are 0.6℃/m less than those of the observations. It may be the main reason why the simulated thermocline is weaker than the observations that the model vertical resolution is less precise than that of the CTD data which is 1 m. Contours of both simulated and observed thermocline intensity present a circle in general. The wave-induced mixing plays a key role in the formation of the upper mixed layer in spring and summer. Tidal mixing enhances the thermocline intensity. Buoyancy-driven mixing destroys the thermocline in autumn and keeps the vertical temperature uniform in winter.

关键词： thennocline the Yellow Sea wave-tide-circulation coupled model wave-induced mixing tidalmixing

Editorial for the special issue of“Celebrating *** Ping Jiang's 65th Birthday”

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Materials Reports(Energy) 2022年第2期2卷 1-2页

作者： Zongping Shao guest Editor Curtin University Australia

This themed issue is specifically devoted to celebrate Professor San Ping Jiang's 65th birthday,therefore including a number of high-quality original research or review papers related to his expertise,1–7 focusing on the development of advanced electrodes and electrolytes for a series of energy conversion and storage *** is one of the pioneer researchers in the field of fuel cells with remarkable contributions to fundamental understanding,materials development and technological advancement of both high temperature solid oxide fuel cells(SOFCs)and low temperature polymer electrolyte membrane fuel cells(PEMFCs).His work has a hallmark of consistence,problem-solving and technological oriented insight view in the key issues/topics,which facilitate substantially both scientific knowledge and technological advancement in this *** the past 30 years,*** has published more than 400 journal papers,edited 15 book chapters and 5 books in his expertise of fuel cells and renewable *** is also a Most Cited researchers(MCR)in Energy Science and Engineering(by Shanghai Jiaotong University ARWU/Elsevier,2016)and a Highly Cited researcher(HCR)in Cross-Field(by Clarivate Analytics/Web of Science,2018).To recognize his distinguished national and international academic reputation and outstanding record of service to professional and public life,*** was awarded the prestigious title“John Curtin Distinguished Professor”and“Lifetime Achievement in Research”in 2016 by the Curtin University Council.

关键词： journal devoted advancement

Simulation of double cold cores of the 35°N section in the YellowSea with a wave-tide-circulation coupled model

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Chinese Journal of Oceanology and Limnology 2004年第3期22卷 292-298页

作者：夏长水乔方利张勐宁杨永增袁业立 The First Institute of Oceanography State Oceanic Administration (SOA) Qingdao 266061 China Key Laboratory of Marine Science and Numerical Modeling (MASNUM) SOA Qingdao 266061 China The Marine Environment College Ocean University of China Qingdao 266003 China The First Institute of Oceanography State Oceanic Administration (SOA) Qingdao 266061 China Key Laboratory of Marine Science and Numerical Modeling (MASNUM) SOA Qingdao 266061 China guest researcher ofMASNUM SOA China The First Institute of Oceanography State Oceanic Administration (SOA) Qingdao 266061 China Key Laboratory of Marine Science and Numerical Modeling (MASNUM) SOA Qingdao 266061 China)

Based on the MASNUM wave-tide-circulation coupled numerical model, the temperature structure along 35°N in the Yellow Sea was simulated and compared with the observations. One of the notable features of the temperature structure along 35°N section is the double cold cores phenomena during spring and summer. The double cold cores refer to the two cold water centers located near 122°E and 125°E from the depth of 30m to bottom. The formation, maintenance and disappearance of the double cold cores are discussed. At least two reasons make the temperature in the center (near 123°E) of the section higher than that near the west and east shores in winter. One reason is that the water there is deeper than the west and east sides so its heat content is higher. The other is invasion of the warm water brought by the Yellow Sea Warm Current (YSWC) during *** temperature pattern of the lower layer (from 30m to bottom) is maintained through spring and summer when the upper layer (0 to 30m) is heated and strong thermocline is formed. Large zonal span of the 35°N section (about 600 km) makes the cold cores have more opportunity to survive. The double cold cores phenomena disappears in early autumn when the west cold core vanishes first with the dropping of the thermocline position.

关键词： temperature The Yellow Sea wave-tide-circulation coupled model double cold cores

Seeking Common Development in Asia-Pacific

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