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CCS Chemistry 2023年第12期5卷 2674-2678页

作者： Qilin Zhou Xi Zhang donna j.minton 不详 CCS

“These two tetrahedra are symmetrical;they cannot be superimposed:they are in relation to each other what an image is,in a mirror,in relation to the real thing.”1—Louis Pasteur,on the Discovery of Chirality,1848.

关键词： mirror symmetrical Chiral

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CCS Chemistry 2021年第12期3卷 582-584页

作者： Xi Zhang donna j.minton CCS Publicat Beijing Peoples R China

The Year of the Ox is now upon us,and we are full stride into a new and productive *** optimism is gradually rising as COVID vaccines,developed by researchers in record time,are being administered to populations around the *** with this remarkable accomplishment in medicine,we have recently witnessed great achievements in space exploration,with several successful missions to Mars by China(Tianwen-1 orbiter and soon-to-land Tianwen rover),the United States(NASA Perseverance rover and Ingenuity helicopter),and United Arab Emirates(Hope orbiter).Accomplishments like these show us all that there is infinite excitement and possibility in exploring and understanding our wonderous universe from many different *** also demonstrate to us that scientific research knows no boundaries and boldly pushes ahead in the midst of often trying times.

关键词： universe accomplishment push

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CCS Chemistry 2022年第12期4卷 2167-2171页

作者： Xi Zhang donna j.minton 不详 CCS

We have just passed the summer solstice,and for thoseof us in the Northern Hemisphere,summer is in full *** is always a"feel good"time filled with outdoorgatherings under the warmth and radiance of the *** sun does so much for us-from boosting our serotonin levels to being the original source of our food andalmost all energy we consume.

关键词： gathering boosting filled

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CCS Chemistry 2022年第1期4卷 1-5页

作者： jiannian Yao Xi Zhang donna j.minton Chinese Chemical Society 不详 CCS

Welcome to a New Year and the first issue of Volume 4 of CCS *** begin this new year having learned much and with a great deal to look forward to for CCS and CCS Chemistry!2022 is the 90th Anniversary of *** society h... 详细信息

关键词： China. begin learned

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CCS Chemistry 2020年第2期2卷 257-258页

作者： jiannian Yao Xi Zhang donna j.minton 不详

Time has come to celebrate the one-year birthday of CCS Chemistry!One year ago,we published the inaugural issue of our flagship journal.A lot has happened in the short time since the journal launch,not the least of which has been the global outbreak of the COVID-19 *** live in an increasingly interconnected world which makes it essential to work together and share our collective knowledge across boarders for the betterment of society.

关键词： journal collective happen

Editorial for Organic Thermoelectric Materials Special Section

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CCS Chemistry 2021年第10期3卷 2886-2888页

作者： Xi Zhang donna j.minton Qichun Zhang Wenping Hu CCS Publicat Beijing Peoples R China

October is an important month in many ways for us here at CCS *** 1 is National Day in China,which commemorates the establishment of the People’s Republic of China on October 1,*** first week in October is an extended holiday for most workers in ***,at the end of the month,October 25–31,is International Open Access Week,an event particularly relevant to CCS Chemistry,since we are a fully open access journal.

关键词： Open Access CCS

Editorial for Biomedical Applications of AIE Special Section

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CCS Chemistry 2022年第2期4卷 392-396页

作者： Xi Zhang Dan Ding Zhong Tang donna j.minton Natl Univ Singapore Singapore Singapore Nankai Univ Frontiers Sci Ctr Cell Responses State Key Lab Med Chem Biol Key Lab Bioact MatMinist Educ Tianjin Peoples R China Nankai Univ Coll Life Sci Tianjin Peoples R China Hong Kong Univ Sci & Technol Hong Kong Peoples R China CCS Beijing Peoples R China Chinese Univ Hong Kong Hong Kong Peoples R China

The Chinese New Year is just under way,and we would like to wish all of our readers“新年快乐”or Happy Chinese New Year!There is much to look forward to in the Year of the Tiger,not the least of which is the 90th Anniversary of *** every editorial throughout 2022,we are taking a look back at the development of chemistry in China,as well as the formation of CCS as a scientific *** month,we covered the founding of the society in a meeting in August 1932 in *** dedication and commitment by the society’s original members resulted in the society becoming fully established within a few years.

关键词：新年快乐 founding becoming

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CCS Chemistry 2024年第9期6卷 266-270页

作者： Zhang Xi minton donna j 机构不详

“Our responsibility is to do what we can,learn what we can,improve the solutions,and pass them on.”—Richard ***,Nobel Laureate in Physics(1918–1988)With january behind us,we are well into 2024 and life has fallen back into its familiar *** is resuming,and students and professors alike are back in the lab and *** China,there is buzzing excitement for the Spring Festival and coming of the Year of the Dragon on February *** is said that,“龙行龘龘,前程朤朤”or“The dragon strides forward with determination,and the future is bright.”We have much to look forward to in the coming months.

关键词： has dragon Nobel

Resistance of Nanoclay Reinforced Epoxy Composites to Hyperthermal Atomic Oxygen Attack

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Chinese journal of Chemical Physics 2019年第5期32卷 543-552页

作者： Hei-long Wang Vanessa j. Murray Min Qian donna j. minton Ai-yi Dong Kin-tak Lau Bo-han Wu Li Che Timothy K. minton College of Science Dalian Maritime University Dalian 116026 China State Key Laboratory of Molecular Reaction Dynamics Dalian Institute of Chemical Physics Chinese Academy of Sciences Dalian 116023 China Department of Chemistry and Biochemistry Montana State University 103 Chemistry and Biochem- istry Bldg. Bozeman Montana 59717 United States of America Department of Physics School of Science East China University of Science and Technology Shanghai 200237 China Faculty of Science Engineering and Technology Swinburne University of Technology Hawthorn VIC 3122 Australia Beijing Institute of Spacecraft Environment Engineering Beijing 100094 China

Due to outstanding mechanical properties, heat resistance, and relatively facile production,nanoclay reinforced epoxy composites(NCRE composites) have been suggested as candidate materials for use on external surfaces of spacecraft residing in the low Earth orbit(LEO) environment. The resistance of the NCRE composites to bombardment by atomic oxygen(AO), a dominant component of the LEO environment, has been investigated. Four types of samples were used in this study. They were pure epoxy(0 wt% nanoclay content), and NCRE composites with different loadings of nanoclay—1 wt%, 2 wt%, and 4 wt%. Etch depths decreased with increasing nanoclay content, and for the 4 wt% samples it ranged from 28% to 37% compared to that of pure epoxy. X-ray photoelectron spectroscopy(XPS) indicates that after AO bombardment, relative area of C-C/C-H peak decreased,while the area of the C-O, ketones peaks increased, and the oxidation degree of surfaces increased. New carbon-related component carbonates were detected on nanoclay containing composite surfaces. Scanning electron microscopy indicates that aggregates formed on nanoclay-containing surfaces after AO bombardment. The sizes and densities of aggregates increased with nanoclay content. The combined erosion depths, XPS and SEM results indicate that although all the studied surfaces got eroded and oxidized after AO bombardment,the nanoclay containing composites showed better AO resistance compared to pure epoxy,because the produced aggregates on surface potentially act as a physical "shield", effectively retarding parts of the surface from further AO etching.

关键词： Atomic oxygen Epoxy Nanoclay Low Earth orbit