AMSU
- 网络先进微波探测器;微波探测器;微波探测装置;先进的微波探测器;微波探测仪
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Preliminary research on monitoring snow-cover over China with AMSU data
应用AMSU资料监测中国地区雪盖的初步研究
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The thermal structure characteristics of tropical cyclones with different intensity revealed by AMSU data
AMSU资料揭示的不同强度热带气旋热力结构特征
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Research on Extreme Weather and Climate Events using MSU and AMSU Brightness Temperature Data
MSU及AMSU亮温资料在极端天气气候应用中的研究
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A Study on Assimilation of AMSU and Its Application on Heavy Rainfall in Numerical Forecast
AMSU资料变分同化及在暴雨数值模拟中的应用研究
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Preliminary Application of AMSU Data to the Snow Cover-Monitoring of Xinjiang
AMSU资料监测新疆雪盖范围的初步应用
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The probable position of mesoscale convective precipitation is analyzed with AMSU data .
使用国家卫星气象中心的AMSU资料分析了淮河流域发生的中尺度云团中降水最可能出现的位置。
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The Application of NOAA / AMSU Data in Typhoon Study in North-West Pacific Ocean
NOAA/AMSU资料在西北太平洋台风研究中的应用
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A numerical experiment of the atmospheric temperature profile inversion from satellite-based AMSU measurements through the improved EOF approach
用改进的EOF方法和卫星AMSU反演大气温度廓线的一次数值实验
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This study can be used as a reference to typhoon analysis using NOAA / AMSU data received at the satellite ground station in Ocean University of China .
本文的研究可为中国海洋大学卫星地面站NOAA/AMSU数据分析台风提供参考。
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AMSU data increased the quantity of temperature and wind , could clearly revealed the occurrence and change of the low vortex which lead to the rainfall .
同化AMSU资料使温度场和风场增强,更清楚的显示出中尺度低涡系统发生和演变的过程。
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Besides , the paper simply analyses the factors that influence the monitoring accuracy of AMSU , and then points out several problems to be resolved in the future .
另外,简单分析了影响AMSU监测精度的因素,并指出了需要解决的几点问题。
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Atmospheric temperature is retrieved from AMSU ( Advanced Microwave Sounding Unit ) soundings by using a physical-statistical scheme and a regression model .
利用物理统计综合方法,建立了统计回归模型,作AMSU(AdvancedMicro-waveSoundingUnit)温度反演。
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The results suggest that AMSU data could improve the simulation of the summer heavy rainfall in China , and has latent capacity to ameliorate the operational weather prediction .
AMSU资料对于我国夏季暴雨的数值模拟具有改进作用,在业务预报中具有潜在的应用前景。
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This paper introduces the data calibration and location of AVHRR / 3 and AMSU flying on the NOAA-15 polar orbiting weather satellite .
本文讨论了NOAA-15极轨气象卫星AVHRR/3、AMSU资料的定标和定位。
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Microwave sensings from the AMSU aboard NOAA satellites , penetrating through a thick extent of cloud cover , find an increasingly wider range of applications .
由于微波具有穿透云的能力,AMSU卫星探测资料得到了越来越广泛的应用。
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As a result , as a new kind of satellite soundings , AMSU microwave data are of some utility in analyzing and forecasting the structure of tropical cyclones , and intensity of a spiral rainband and rainfall .
结果表明:AMSU资料作为一种新的卫星微波探测资料,在热带气旋的结构、螺旋雨带的强度及其降水强度的分析预报中具有一定的应用价值。
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Weighting functions of AMSU channels 3 ~ 14 are calculated by the Liebe model , the normalized weighting functions are then employed as the constraints for the statistical regression model , and the optimal solution is obtained by appropriately adjusting the constraints .
采用Liebe模式计算了AMSU3~14通道微波波段的权重函数,利用计算得到的归一化权重函数作为统计回归模型的约束条件,并适当调整约束因子求得方程的最佳解。
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Results show that when AMSU samples at the sub-satellite point are adopted , the constrained regression algorithm yields higher retrieval accuracy with the root-mean-square error of ( 0.4 K ) ( 1.0 K ) below ( at and above ) 100 hPa .
结果表明,当采用近星下点的AMSU-A亮温资料样本时,该算法模型具有较高的反演精度,在100hPa以下,温度均方根偏差为0.4K,100hPa及以上的均方根偏差为1.0K。
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In this paper , the short time rainfull estimated by using microwave data from NOAA-16 satellite 5 channel advanced microwave sounding unit model B ( called AMSU - B ) at 03 h ( Beijing time ) of Aug. 6 , 2002 is described .
本文主要是利用NOAA-16气象卫星的AMSU-B微波仪器(5个通道)所接收到的2002年8月6日03时(北京时)的图像做短时的强降水估计。