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12篇 您的检索式:作者名="John Burrows"
    题名 作者 年代 出处 被引量
1Simultaneous determination of aerosol- and surface characteristics from top-of-atmosphere reflectance using MERIS on board of ENVISAT显示文摘Wolfgang von Hoyningen-Huene Alexander A. Kokhanovsky John P. Burrows Veronique Bruniquel-Pinel Peter Regner Frederic Baret 2006Advances in Space Research2006,,12:1
2The global ozone monitoring experiment (GOME):mission concept and first scientific results 显示文摘John Burrows Mark Weber Michael Buchwitz 1999Journal of the At- mospheric Sciences1999,56,2:1
3Hepatic hemangiomas: subtype classification and development of a clinical practice algorithm and registry显示文摘Emily R. Christison-Lagay Patricia E. Burrows Ahmad Alomari Josée Dubois Harry P. Kozakewich Tricia S. Lane Harriet J. Paltiel Giannoula Klement John B. Mulliken Steven J. Fishman Journal of Pediatric Surgery0,,:1
4The Englishing of Juvenal: Computational Stylistics and Translated Texts 显示文摘Burrows John 2002Style2002,36,4:1
5Vascular anomalies显示文摘John B. Mulliken Steven J. Fishman Patricia E. Burrows Current Problems in Surgery0,,:1
6The Englishing of Juvenal: Computational stylistics and translated texts 显示文摘Burrows John 2002Style2002,,4:1
7The Statistical Prediction Of Offshore Winds From Land-Based Data For Wind-Energy Applications显示文摘John L. Walmsley Rebecca J. Barthelmie William R. Burrows 2001Boundary - Layer Meteorology2001,,3:1
8A Health Policy Model of CKD: 2. The Cost-Effectiveness of Microalbuminuria Screening显示文摘Thomas J. Hoerger John S. Wittenborn Joel E. Segel Nilka R. Burrows Kumiko Imai Paul Eggers Meda E. Pavkov Regina Jordan Susan M. Hailpern Anton C. Schoolwerth Desmond E. Williams 2010American Journal of Kidney Diseases2010,,3:1
9New directions:new developments in satellite capabilities for probing the chemistry of the troposphere 显示文摘Peter Borrell John P Burrows Andreas Richter 2003Atmos Environ2003,37,:1
10A Safeguard System for Induced Pluripotent Stem Cell-Derived Rejuvenated T Cell Therapy显示文摘Miki Ando Toshinobu Nishimura Satoshi Yamazaki Tomoyuki Yamaguchi Ai Kawana-Tachikawa Tomonari Hayama Yusuke Nakauchi Jun Ando Yasunori Ota Satoshi Takahashi Ken Nishimura Manami Ohtaka Mahito Nakanishi John J. Miles Scott R. Burrows Malcolm K. Brenner Hi 2015Stem Cell Reports2015,,4:1
11第27章 认识平流层和中间层100年进步显示文摘平流层包含地球大气质量的约17%,但其存在直到1902年才被认识到。随后数十年,随着更多的平流层观测,我们的认识逐渐增加。1913年,保护生命免遭有害紫外辐射伤害的臭氧层被发现。通过臭氧和水汽观测,第一个平流层大气环流的基本概念被提出。自1950年代以来,我们对平流层和中间层的认识快速扩展,该区域在气候系统中的重要性已经清晰。随着观测更多,一些新的平流层现象被发现:准两年振荡、平流层爆发性增温、南半球臭氧洞和平流层变率的地面影响。这些现象均没有被理论预料到。理论的进步更多地源自新的平流层观测中出现的无法解释的现象。自1960年代以来,动力过程和平流层-对流层耦合环流的重要性被认识到。自大约2000年以来,平流层--甚至是中间层--更好的表示开始包括在气候和天气模式中。我们现在知道,为了制作更准确的季节天气预报和预测气候长期变化及臭氧层未来演化,模式需要具有实际动力和化学解析完好的平流层。马克·鲍德温 THOMAS BIRNER GUY BRASSEUR JOHN BURROWS NEAL BUTCHART ROLANDO GARCIA MARVIN GELLER LESLEY GRAY KEVIN HAMILTON NILI HARNIK MICHAELA I.HEGGLIN ULRIKE LANGEMATZ ALAN ROBOCK KAORU SATO ADAM A.SCAIFE 贾朋群(编译) 李婧华(编译) 2019气象科技进展2019,9,S01:0
12Investigating missing sources of glyoxal over China using a regional air quality model (RAMS-CMAQ)显示文摘Currently, modeling studies tend to significantly underestimate observed space-based glyoxal(CHOCHO) vertical column densities(VCDs), implying the existence of missing sources of glyoxal. Several recent studies suggest that the emissions of aromatic compounds and molar yields of glyoxal in the chemical mechanisms may both be underestimated, which can affect the simulated glyoxal concentrations. In this study, the influences of these two factors on glyoxal amounts over China were investigated using the RAMS-CMAQ modeling system for January and July 2014. Four sensitivity simulations were performed, and the results were compared to satellite observations. These results demonstrated significant impacts on glyoxal concentrations from these two factors.In case 1, where the emissions of aromatic compounds were increased three-fold,improvements to glyoxal VCDs were seen in high anthropogenic emissions regions. In case 2, where molar yields of glyoxal from isoprene were increased five-fold, the resulted concentrations in July were 3–5-fold higher, achieving closer agreement between the modeled and measured glyoxal VCDs. The combined changes from both cases 1 and 2 were applied in case 3, and the model succeeded in further reducing the underestimations of glyoxal VCDs. However, the results over most of the regions with pronounced anthropogenic emissions were still underestimated. So the molar yields of glyoxal from anthropogenic precursors were considered in case 4. With these additional mole yield changes(a two-fold increase), the improved concentrations agreed better with the measurements in regions of the lower reaches of the Yangtze River and Yellow River in January but not in July.Jialin Li Meigen Zhang Guiqian Tang Fangkun Wu Leonardo M.A. Alvarado Mihalis Vrekoussis Andreas Richter John P. Burrows 2018Journal of Environmental Sciences2018,30,9:0
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