[HTML][HTML] 多型号地基微波辐射计亮温准确性比对
茆佳佳， 张雪芬， 王志诚， 杨荣康， 潘旭光， 季承荔… - 应用气象学报, 2018 - html.rhhz.net
目前, 国内外对于地基微波辐射计的探测能力多从温湿廓线等二级产品级进行考察,
其误差包含反演算法和硬件系统两部分的贡献, 不易区分. 为直接考察硬件系统的观测性能 …
其误差包含反演算法和硬件系统两部分的贡献, 不易区分. 为直接考察硬件系统的观测性能 …
Polarized discrete ordinate adding approximation for infrared and microwave radiative transfer
W Li, F Zhang, F Bao, K Wu, J Li, P Zhang… - Journal of Quantitative …, 2022 - Elsevier
Abstract A POLarized Discrete ordinate aDding Approximation (POLDDA) is proposed to
solve the vector thermal radiative transfer equation in a vertically inhomogeneous plane …
solve the vector thermal radiative transfer equation in a vertically inhomogeneous plane …
Jacobian matrix for near-infrared remote sensing based on vector radiative transfer model
W Bai, P Zhang, W Zhang, J Li, G Ma, C Qi… - Science China Earth …, 2020 - Springer
Due to the polarization effects of the Earth's surface reflection and atmospheric particles'
scattering, high-precision retrieval of atmospheric parameters from near-infrared satellite …
scattering, high-precision retrieval of atmospheric parameters from near-infrared satellite …
A model for accurately calculating hyper-spectral, middle-shortwave infrared radiative transfer for remote sensing
WG Bai, P Zhang, WJ Zhang, G Ma, CL Qi - Science China Earth Sciences, 2018 - Springer
Although the calculation of radiative transfer in the middle-shortwave infrared band is
important in the field of optical remote sensing, studies in this area of research are rare in …
important in the field of optical remote sensing, studies in this area of research are rare in …
[PDF][PDF] 忽略1.6 μm 偏振计算对二氧化碳反演精度的影响
白文广， 张鹏， 张文建， 马刚， 漆成莉， 刘辉 - 科学通报, 2013 - researchgate.net
摘要散射引起的偏振效应会对卫星遥感二氧化碳精度产生较大的影响. 本文利用逐线积分方法和
累加法精确模拟了星载仪器近红外1.6 μm 波段的大气层顶偏振辐射特征, 计算了分子散射和气 …
累加法精确模拟了星载仪器近红外1.6 μm 波段的大气层顶偏振辐射特征, 计算了分子散射和气 …
机载微波辐射计大气温湿廓线反演性能分析
谭泉， 姚志刚， 赵增亮， 韩志刚， 孙学金 - 气象水文海洋仪器, 2014 - cqvip.com
基于RTTOV 实现了机载平台的大气微波辐射传输快速计算, 给出了机载微波遥感的权重函数;
结合ECMWF 大气温, 湿廓线库建立了用于算法开发的训练库和检验库, 并基于神经网络反演 …
结合ECMWF 大气温, 湿廓线库建立了用于算法开发的训练库和检验库, 并基于神经网络反演 …