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27篇 您的检索式:作者名="ZengH"
    题名 作者 年代 出处 被引量
1Towards carbon neutrality and China's 14th Five-Year Plan: Clean energy transition, sustainable urban development, and investment priorities显示文摘China's 14th Five-Year Plan,for the period 2021e25,presents a real opportunity for China to link its longterm climate goals with its short-to medium-term social and economic development plans.China's recent commitment to achieving carbon neutrality by 2060 has set a clear direction for its economy,but requires ratcheting up ambition on its near-term climate policy.Against this background,this paper discusses major action areas for China's 14th Five-Year Plan after COVID-19,especially focusing on three aspects:the energy transition,a new type of sustainable urban development,and investment priorities.China's role in the world is now of a magnitude that makes its actions in the immediate future critical to how the world goes forward.This decade,2021e2030,is of fundamental importance to human history.If society locks in dirty and high-carbon capital,it raises profound risks of irreversible damage to the world's climate.It is crucial for China to peak its emissions in the 14th Five-Year Plan(by 2025),making the transition earlier and cheaper,enhancing its international competitiveness in growing new markets and setting a strong example for the world.The benefits for China and the world as a whole could be immense.Cameron Hepburn Ye Qi Nicholas Stern Bob Ward Chunping Xie Dimitri Zenghelis 2021Environmental Science and Ecotechnology2021,,4:4
2Stratal slicing, part II : Real 3-D seismic data显示文摘ZengH L Stephen C H John P R 1998Geopgysics1998,63,2:1
3National estimates of cancer prevalence in China, 2011显示文摘ZhengR ZengH ZhangS 2016Cancer lett2016,370,1:1
4Reaction kinetics of m-xylene isomerization over zeolite ZSM-5显示文摘Li Zenghe Liu Xiuying Ma Lijing 1997Journal of Beijing University of Chemical Technology1997,24,4:1
5China’s Economic Development in the New Era: Challenges and Paths显示文摘China’s economy has seen rapid development ever since its reform and opening-up strategy was launched in 1978.Strong economic expansion over the past four decades has taken China from low-income to upper-middle-income status.Looking back at the transformation that China has made,however,we must recognise that the old growth story is coming to an end.The phase of development driven by investment in physical capital will be increasingly supplanted by investment in assets such as knowledge and social capital as well as investment in preservation of natural capital.Recognising the challenges that China is facing,with this paper we aim to offer an approach to growth and development that could spell out a new development strategy for the country as the 21st century progresses.China will focus on the technologies with high-quality growth prospects:modern service sectors,including health,education,transport,communications and IT,artificial intelligence,finance,logistics,sustainable urban infrastructure and new food and land-use systems.With today’s technologies,China can help the Belt and Road Initiative(BRI)countries embark on a much more sustainable,more efficient and greener form of development,avoiding historical problems of pollution and congestion,with China itself moving up the value chain at the same time.Cameron Hepburn Nicholas Stern Chunping Xie Dimitri Zenghelis 2022China Finance and Economic Review2022,11,2:1
6Thyrotropin-releasing hormone receptor 1-deficient mice display increased depression and anxiety-like behavior显示文摘ZengH Schimpf BA Rohde AD 0,,11:1
7RegionaI homogeneity (ReHo) changes in new onset versuschronic benign epilep sy of childhood withcentrotemporal spikes (BECTS): A resting state fMRI study显示文摘ZengH Ramos CG Nair VA 2015Epilepsy Res2015,116,:1
8微波等离子体原子发射光谱法测定皮革和毛皮中重金属显示文摘一种测定皮革和毛皮中重金属离子(Cd,Co,CR,Cu,Hg,Ni和Pb)的灵敏检测方法——微波等离子发射光谱法(MP—AES)。这种方法利用了微波辅助酸消化,并且可以进行多样同时测定。在用微波等离子发射光谱法分析之前,使用微波法辅助硝酸和过氧化氢进行酸化。结果与标准化方法——电感耦合等离子体原子发射光谱法(ICP—AES)检测的结果做了比较。通过测定法定标准物皮革(CRM,GSB16—3087—2013)所有重金属离子含量,统计检验表明该法具有良好的精确性和精密度。在优化条件下,回收率在97.9%~103.1%,相对标准偏差(RSD)在0.65%~3.06%,检测下限在0.82mg/kg(Ni)到1.94mg/kg(Hg),符合检测要求。此外,通过MP—AES法和ICP—AES法对23组皮革和毛皮样品进行重金属测试,显示二者结果具有完全的一致性。MP—AES法的好处在于将氮气用于等离子体的生成,分析成本低,操作安全性提高。MP—AES系统可以提供与ICP—AES类似的功能,可选用作皮革和毛皮测试规定的常规分析方法。Yang Zhao Zenghe Li Ashdown Ross 王浩 陈慧 2016西部皮革2016,380,1:1
9Semantic web services显示文摘MCILRAITH S A SON T C ZENGH 2001Intelligent Systems IEEE2001,16,2:1
10Thedeterminationofoleanolicacidinpersimmonleavea显示文摘ZengHS(甑汉深) HuangsY(黄珊映) TangWH(唐维宏) 1998中药材1998,21,:1
11BiomassequationsforfourshrubspeciesinsubtropicalChina显示文摘ZengH Q LiuQJ FengZW etal 2010JournalofForestResearch2010,15,2:1
12Analytical solution for coupled diffusion of three-Components liquid in porous media显示文摘Xu Zenghe Wang Jinxia 2005Transactions of Nonferrous Metals Society of China2005,15,1:1
13Protein-andmetaldependentinteractionsofaprominentproteininmusseladhesiveplaques显示文摘HwangDS ZengH MasicA etal 2010JournalofBiologicalChemistry2010,285,25:1
14ModelingthedynamicsoflandscapestructureinAsia'semergingDesakotaregions:acasestudyinShenzhen显示文摘SuiDZ ZengH 2001LandscapeandUrbanPlanning2001,,1:1
15Blue luminescence of ZnO nanoparticles based on non-equilibrium processes:defect origins and emission controls显示文摘ZengH Duan GT Li Y Yang SK XuXX CaiWP 0,,04:1
16Potassium Silver Tin Selenide,K2Ag2Sn2Se6显示文摘Guo H Zenghe Li Yang L 2001Acta Cryst2001,57,:1
17Forebrainspecific calcineurin knockout selectively impairs bidirectional synaptic plasticity and working/episodiclike memory显示文摘ZengH K Chattarji S Barbarosie M 2001Cell2001,07,:1
18Thermal Decomposition Dew Point Method for Determining the Trace Moisture in Ultra-purity Ammonia, 7 Ammonia 显示文摘MA Xiaoxuan LI Zenghe CAI Tijie LIU Yazhen 2013Ad- vanced Materials Research2013,,718720:1
19Comprehensive use of dolomite-talc ore to prepare talc ,nano-MgO and lightweight CaCO3 using an acid leaching method 显示文摘Li Ge Li Zenghe Ma Hongwen 2013Applied Clay Science2013,86,:1
20CaMkinasesignalinginducescar - di- achpertrophyandactivatestheMEF2transcriptionfactorinvi - vo 显示文摘PassierR ZengH FreyN e tal 2000J Clinlnvest2000,105,10:1
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