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468篇 您的检索式:作者名="WENG B"
    题名 作者 年代 出处 被引量
1Microstructure and oxygen storage capacity of Sr-modified Pt/CeO_2-ZrO_2 catalystsRui Ran a,Jun Fan b,Duan Weng a,a State Key Lab of New Ceramic and Fine Processing,Department of Materials Science and Engineering,Tsinghua University,Beijing 100084,China b The Administrative Centre for China’s Agenda 21,Beijing 100038,China 2012Progress in Natural Science:Materials International2012,22,1:5
2卫星专用传感器微波成像仪/探测仪(SSMIS)观测资料在天气和气候研究中的应用(英文)显示文摘2003年10月18日,美国国防气象卫星计划成功发射搭载了专用传感器微波成像仪/探测仪的F-16卫星。然而由于天线自身热辐射和校准暖黑体的不稳定,第一个专用传感器微波成像仪/探测仪出现了一些重要的异常观测。美国海军实验室与美国国家海洋和大气管理局(NOAA)分别开发了两种算法来订正这些异常值。剔除了定标异常值后,专用传感器微波成像仪/探测仪资料目前在探空数据产品反演和资料同化中发挥了更加显著的作用。NOAA利用专用传感器微波成像仪已有算法生成了专用传感器微波成像仪/探测仪成像仪产品。此外,一些新开发的算法可以从专用传感器微波成像仪/探测仪资料中提取出云和降水的信息。在云冰云水的反演算法中,亮温是与云冰云水路径和粒子的平均直径相关的。利用一维变分反演系统,同时反演出了多数大气和地表条件下的大气温度、湿度以及水凝物的垂直廓线。在各种天气形势下,由专用传感器微波成像仪/探测仪资料反演得到的温度和湿度廓线的均方根误差通常分别小于2K和15%。为了同化专用传感器微波成像仪/探测仪资料,还发展了新的质量控制和偏差订正方法。在NOAA的全球预报系统中同化了专用传感器微波成像仪/探测仪资料后,对提高全球中期数值预报水平产生了中性和较小的正效果。Weng F Zou X Yan B Han Y Liu Q 2011气象科技进展2011,1,1:2
3Anti-inflammatory flavonoids from A rtocarpus heterophyllus and Artocarpus communis显示文摘Wei B L Weng J R Chiu P H 2005J Agr Food Chem2005,53,10:1
4Morphology and mechanical properties of intermetallic compounds in SnAgCu solderjoints显示文摘Chandra Rao B S S Weng J Shen L 2010MicroelectronEngineering2010,87,11:1
5Epidemiological study of colorec-tal adenoma and cancer in symptomatic patients in China between1990 and 2009 显示文摘Chen HM Weng YR Jiang B 2011J Dig Dis2011,12,5:1
6Estimatingnumber of transgene copies in transgenic rapeseed by realtime PCR assay with HMG I/Y as an endogenous reference gene显示文摘Weng H B Pan A H Yang L T 2004Plant Molecular Biology Reporter2004,22,:1
7Modification of Pd-CeO2 catalyst by different treatments:effect on the structure and co oxidation activity显示文摘Wang B Weng D A Wu X D 2011Appl Surf Sci2011,257,9:1
8A Theory of Compressive Yield Strength of Nano-Grained Ceramics显示文摘Jiang B Weng G J 2004Int J Plasticy2004,20,:1
9Event Detection in Twitter显示文摘Weng J Lee B S 2011ICWSM2011,11,:1
10Comparison of dopamine and norepinephrine in shock显示文摘Du B Hu X Weng L 2010N Engl J Med2010,362,24:1
11Analyzing the effects of stand thinning on microclimates with semipa- rametrie smoothing splines 显示文摘Guan B T Weng S H Kuo S R 2006Canadian Journal of Forest Research2006,36,:1
12查看详情显示文摘Sun J P Weng ] B Huaag X Z Ma L P 0,,:1
13Prediction of quench in cable - in - conduit conductors considering current - sharing effect of copper 显示文摘Tan Y F Weng P D Xiao B J 2006Cryogenics2006,46,:1
14New ECG enhancement algorithm for stress ECG tests显示文摘Blanco M Weng B Bamer K E 2006Computers in Cardiology2006,33,:1
15Development of a 20 kW generic hybrid fuel cell power system for small underwater vehicles 显示文摘SHIH N C WENG B J LEE J Y 2014International Journal of Hydrogen Energy2014,39,13:1
16Comparison of the one - and - a - half- year results of closure of patent ductus arteriosus by transcatheter coils placement with surgical ligation 显示文摘Hwang B Lee PC Weng ZC 2000Angiology2000,51,9:1
17Edge technique: theory and application to the lidar measurement of atmospheric wind 显示文摘KORB C L GENTRY B M WENG C Y 1992Appl Opt1992,31,21:1
18Numerical Simulation of Residual Stress and Birefringence in The Precision Injec- tion Molding of Plastic Microlens Arrays显示文摘Can Weng W B Lee S To 2009International Communications in Heat and Mass Transfer2009,36,:1
19Morphology and mechanical properties of intermetallic compounds in Sn-Ag-Cu solder joints显示文摘Chandra Rao B S S Weng J Shen L 2010Microelectronic Engineering2010,87,11:1
20Effect of clamping pressure on the performance of a PEM fuel cell 显示文摘Chang W R Hwang J J Weng F B 2007Journal of Power Sources2007,166,:1
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