2) Microwave radiative transfer model
微波辐射传输模型
1.
A retrieval algorithm has been developed by multi-linear regression method based on a microwave radiative transfer model,and a preliminary validation has been implemented.
基于洋面上的微波辐射传输模型,采用多元线性回归算法,建立了海洋-大气参数的反演算式,并对其进行了验证。
3) passive microwave emission model
积雪微波辐射传输理论模型
4) radiative transfer
辐射传输
1.
Development and Simulation of a Fast High Spectral Resolution Infrared Radiative Transfer Algorithm for Dust-Storm Atmosphere;
沙尘大气红外高光谱快速辐射传输模式开发与仿真
2.
A false limit in atmospheric radiative transfer and the physics behind it
辐射传输中的一个伪极限问题及其数学物理原理
3.
However black box models are not universally applicable due to their poor theoretical bases, so this paper presents a theoretical model based on the radiative transfer equation, for analyzing the remote sensing data.
意识到辐射传输方程难以实用 ,提出基于辐射传输方程求解结论的水色遥感理论模型架构。
5) radiation transfer
辐射传输
1.
The available simulating methods are not able to simulate big-footprint scene and complicated land cover types by using thermal radiation transfer models and imaging physical models.
针对现有模拟方法不能全部采用辐射传输、成像等物理模型,实现大场景、复杂地表覆盖情况下的热红外遥感成像模拟,在基于场景模型的热红外遥感成像模拟基础上,将模拟系统分为地表场景模拟、大气作用模拟及传感器成像场景,重点对模拟各场景所涉及的物理模型和算法进行了综述和分析,并初步构建了大场景、复杂地表覆盖下模拟的技术框架,是对热红外遥感成像模拟的一种全新而有益的尝试,对相关研究工作也有一定参考价值。
2.
The definition of radiative function in atmospheric short wave radiation transfer was improved to include the variation of the product of atmospheric scattering phase function and atmospheric single scattering albedo with height.
改进了大气短波辐射传输之辐射函数的定义，将大气散射相函数与大气单次散射反照率之积随高度的变化包括在内。
6) radiation transmission
辐射传输
1.
Simplified atmosphere radiation transmission model,discrete-coordinate method,climatologic experiential model are adopted to calculate the Ultraviolet radiation in Nanjing.
采用简化大气辐射计算模式、离散坐标 (DISORT ,discrete -coordinate-method)辐射传输算法、气候学经验模式及观测的方法研究了南京地区紫外辐射量的变化。
2.
After the weakness of Hottel s method for solving plume radiation is discussed, an integral differential equation and its numerical solution form of plume radiation transmission in a dissipative and emitting medium are derived.
讨论了 Hottel法用于喷气流辐射计算的弱点 ,推演了辐射在耗散和发射性介质中传输的积微分方程 ,并在散射量较小时得出了宜于数值解的高温喷气流辐射传输方程。
3.
Current atmospheric radiation transmission calculating software(ARTCS)is basically developed by Fortran.
目前大气辐射传输计算软件基本上采用Fortran开发,由于Fortran是基于科学计算的高级语言,在界面设计、人机交互等方面较弱,而Visual C++(VC)有着强大的人机交互和图像处理能力,因此VC与Fortran混合编程可以发挥各自长处。
补充资料：射频辐射与微波
射频辐射与微波
射频辐射波长为3km～1m，频率为100kHz～300MHz，微波波长为1m～1mm，频率为300MHz～300GHz。其接触的作业：利用其热作用，可用于淬火，焊接，冶炼，半导体外延及区熔拉单晶，塑料粘合，干燥(木材，棉纱、低张、食品)，理疗，烹调。又由于传播直进性，广泛用于广播、电视、通讯、探测及导航等。对人体的影响：射频辐射及微波的非热作用，可引起神经衰弱综合征，脑电波节律改变，血压偏低、偏高或波动，心律减慢或加速，心电图STT改变，白细胞计数偏低，血小板计数偏低，尚可有脱发、脱屑和/或白发、白眉，微波还可引起白内障等发生。影响男性性功能，精子数减少活力不足；女性月经紊乱者增加，接触微波者可引起自然流产及乳汁分泌减少。我国对微波作业及超短波作业的卫生标准分别为，8小时接触连续波允许强度为0.05mW/cm2，脉冲波为0.025mW/cm2。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条