scattering atmosphere

Determination of scattering phase function of the atmosphere

大气散射相函数的计算

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Molecules in the more tenuous upper atmosphere are preferentially scattering blue light.

而上层大气中稀薄的分子更多地是散射蓝光.

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Owing to the presentation of the aerosol at the low altitude ( < 12 km), traditional method which uses Rayleigh scattering curve to measure the atmosphere temperature has certain limitation.

在低空（小于12km），由于大气中气溶胶的存在，因此传统的利用大气中瑞利散射曲线测量大气温度的方法具有一定的局限性。

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Firstly, an atmospheric correction algorithm based on 6S model is developed by considering the position relationship between the sensor and the earth surface and the influence of atmosphere absorption and scattering.

首先，在分析大气吸收和散射的基础上，结合探测器和地物的位置关系，给出了大气效应校正的基本方程，得到了一种基于6S的大气效应校正算法。

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The precision of RS imaging and measuring is affected directly by the atmosphere during imaging process due to the atmospheric molecular and aerosol scattering and absorbing the target radiance.

在卫星遥感成像过程中，地物的辐射信息受到大气分子和气溶胶粒子的散射和吸收，这些会直接影响遥感的精度。

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Study of Scattering Property of Spherical Particle in Atmosphere

大气中球形粒子的散射特性研究

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This article consider atmospheric attenuation and Scattering influence, fix the atmosphere transmission which is affected by the condition of the high 、 Inclined path 、 weather.

本文中考虑的是大气（水蒸气和二氧化碳分子）产生的吸收衰减以及散射作用，并且修正了由于高度、斜程和气象条件引起变化的大气透射率。

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When radar signals propagate in the atmosphere, the absorption and scattering of air molecule, aerosol particles, dust and cloud, fog and rain result in energy attenuation of ladar signals.

激光雷达信号在大气中传输时，大气中的气体分子和大气气溶胶粒子、尘埃、雾、雨等对激光信号的吸收和散射导致光信号能量的衰减是影响激光雷达信号传输的重要因素。

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Study on Temporal Characteristics of UV Pulse Light Propagation in Scattering Atmosphere

散射大气对脉冲紫外光传输时间特性研究

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UV communication is a new wireless optical communication based on atmosphere absorption and scattering.

紫外光通信是基于大气散射和吸收的无线光通信技术。

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During the transmission process in the atmosphere of the sunlight, polarized light is generated by the atmospheric scattering of air molecules and aerosol particles.

太阳光在大气层传输过程中，与空气分子、气溶胶粒子发生大气散射形成偏振光。

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