MPS/CAS Cooperation on Solid State Chemistry

The cooperation between Zhao Jingtai and the Max Planck Institute for Chemical Physics of Solids was initiated immediately after the research field Inorganic Chemistry (headed by Rüdiger Kniep) started its work in Dresden. The first contact was established when Zhao Jingtai came from the Xiamen University as a Max Planck fellow. At that time, the chemistry of the intermetallic compounds of rare-earth metals was chosen as a topic of joint investigations with Yuri Grin. Later, the solid state chemistry of the borophosphates was added to the program of concerted research in the group of Zhao Jingtai and the Max Planck Institute for Chemical Physics of Solids.     

Biomass power generation:toward a sustainable energy future

16 October, 2005 was a day of celebration for the Guangzhou Institute of Energy Conversion (GIEC), CAS, as its technology of biomass gasification and power generation (BGPG) was chosen     

Construction for neutrino experiment starts at Daya Bay

The ground-breaking ceremony for the Daya Reactor Neutrino Experiment,China's largest single project of international collaboration in basic science as well as the biggest one between US and China,was held at Daya Bay Nuclear Power Base in Shenzhen on 13 October,2007. Chaired by CHEN Hesheng, director of the CAS Institute of High Energy Physics(IHEP),the ceremony was attended by high-     

MPS／CAS Cooperation on Solid State Chemistry

The cooperation between Zhao Jingtai and the Max Planck Institute for Chemical Physics of Solids was initiated immediately after the research field Inorganic Chemistry (headed by Rudiger Kniep) started its work in Dresden. The first contact was established when Zhao Jingtai came from the Xiamen University as a Max Planck fellow. At that time, the chemistry of the intermetallic compounds of rare-earth metals was chosen as a topic of joint investigations with Yuri Grin. Later, the solid state chemistry of the borophosphates was added to the program of concerted research in the group of Zhao Jingtai and the Max Planck Institute for Chemical Physics of Solids. The cooperation was intensified after the move of Zhao Jingtai to the Shanghai Institute of Ceramics and the establishment of an Inorganic Materials Chemistry and Physics Group there. The results of the investigations performed from 1999 to 2003 were published in more than 25 scientific papers and more than ten contributions to scientific conferences.     

Cases of Trademark Review and Adjudication, and Litigation

"i-Module" trademark On 11 September 2001, an applicant from the Republic of Korea, the Hyundai Display Technology, Inc., filed an application for registration of the "i-Module" trademark (hereinafter referred to as the trademark in question, see Fig. 1) on goods "liquid crystal display monitor" in class 9 of the International Classification (computer hardware), with declared designation of colour. Upon examination, the Trademark Office rejected the application for registration of the said mark on 2 July 2002 in the Trademark Rejection Notification No. ZC1985099BH1 on the grounds that the trademark in question was similar to "i" trademark No. 1387411 (hereinafter re ferred to as the reference trademark; see Fig. 2, as published in the Trademark Gazette, Issue 720), which the Microsoft Corporation had registered in similar goods. Besides, "Module" in the mark in question, with the meaning "module", was a technical term of computer technology, which, when used as a trademark on designated goods, was not distinctive.     

CAS President Re-elected as President of TWAS

<正>BAI Chunli,President of the Chinese Academy of Sciences,will be leading TWAS(the World Academy of Sciences for the advancement of science in developing countries)for another two years from2016 to 2018.as was announced by the 26~(th)TWAS general meeting in Vienna,Austria in November 2015.Addressing the meeting's opening on November 18.BAI pointed out that 30 years after the first TWAS general meeting was convened to promote research capacity in developing nations,it is time to"build networks for     

RAPID DETERMINATION OF GUANINE BY HIGH PERFORMANCE CAPILLARY ELECTROPHORESIS

A simple and reproduciable method for determining guanine by high performance capillary electrophoresis is presented. The method involved the use of 2-amino-5-mercapto-3,4-dithiazole as internal standard and 40mmol/L borax-H3PO4 (pH2)-5% EtOH as.the background electrolyte. The result showed that the linear range for guanine is 5-300 mg/L with the recovery of 94%-98% , the detection limit of 2. 80 mg/L and the RSD of 3. 1%. The satisfactory result was obtained when it was used to detect the concentration of guanine in acyclovir product.     

S&T Achievements of CAS Members Elected in 2003 (3) (Division of Biological Sciences)

Chen LinChen Lin, cognitive scientist and experimental psychologist by profession, now serves as a professor at the Graduate University of CAS (GUCAS) and research professor at the CAS Institute of Biophysics (IBP). In 1945, he was born in Chengdu, the capital city of Sichuan Province. He graduated from the University of Science and Technology of China in 1970. Currently he also serves as the director of the Key Laboratory for Cognitive Science at IBP and di- rector of the Brain …     

Carbon of Magical Structures

<正>As one of the Partner Groups which were initiated to promote scientifi c exchanges and collaborations between the Max Planck Society(MPS)and the Chinese Academy of Sciences(CAS),the Partner Group led by Prof.Dr.ZHI Linjie was established on May,2010.During the past three years,the group received substantial support from the CAS and the Max-Planck-Institute for Polymer Research(MPIP)for extensive exchanges and collaborations on carbon-rich nanomaterials.Productive collaborations between the researchers and the students from the National Center for Nanoscience and Technology(NCNST)and the MPIP as well as the collaborations between the Partner     

霍金的《时间简史》,是一本怎样的书（英文）

正Stephen Hawking was the most remarkable author I had the privilege of working with during my career as the director of science publishing at Cambridge University Press.In 1982,I had responsibility for his third academic book for the Press,Superspace And Supergravity.This was a messy ccollection of papers from a technical workshop on how to devise a new theory of gravity.