太阳紫外辐射

兰州城区太阳紫外辐射及其与空气污染的关系

The relations between solar ultraviolet radiation and air pollution in Lanzhou

上海地区地面太阳紫外辐射的观测和分析

The observation and analysis of the surface solar ultraviolet radiation in Shanghai

对这些统计分析结果进行理论研究，可以发现无论对F层而言，还是对E层而言，均不存在能够强烈吸收有关太阳紫外辐射的遮蔽层。

The theoretical study for these results shows the non-existance of a screening layer , absorbing strongly the relevant solar ultraviolet radiations , for both the F and E layers .

在考虑了太阳紫外辐射变化及其对小麦影响的基础上，综合评价了气候变化对小麦的影响，得出了CO2倍增时南京地区冬小麦气候生产潜力的估计值。

Based on the overall evaluation of climatic changes , including solar UV radiation , on wheat production , estimates of climatic production potential were obtained for winter wheat grown in Nanjing under doubling CO 2 concentration .

本文论述了太阳紫外辐射UVA的危害性，对UVA的测试方法、镀膜玻璃的防紫外辐射性能作了较详细的分析和讨论。

This paper discusses and analyzes the harm of UVA to human beings from solar UV radiation , the measuring methods for UV radiation , and the UV proof characteristics of vacuum coated glass .

高层大气臭氧对于太阳紫外辐射27天波动的响应

Response of mesospheric ozone to the 27-day solar ultraviolet variations

地球大气对抵达地面太阳紫外辐射量影响的模式研究

The Research of the Effects of the Atmosphere to the Ultraviolet Radiation

云南省太阳紫外辐射研究

Investigation on solar ultraviolet radiation of Yunnan , China

太阳紫外辐射对星上光学膜层的影响

Effects of Solar UV Radiation on Space Optical Films

影响上海地区太阳紫外辐射的研究

A Study of Solar Ultraviolet Radiation Influencing Shanghai

大气中的水汽对太阳紫外辐射消光的可能机制分析

A Possible Extinction Mechanism of Solar Ultraviolet Radiation by Water Vapour in the Atmosphere

太阳紫外辐射在大气中衰减的探讨

Attenuation of Solar UV Radiation in the Atmosphere

太阳紫外辐射增强的生物效应

Biological Effects of Increased Solar Ultraviolet Radiation

质量合格的太阳镜保护人类的眼睛免收太阳紫外辐射的伤害。

Quality sunglasses protect the human eyes from being destroyed by the sun 's ultraviolet radiation .

文章根据气候学和统计计算方法提出云南省太阳紫外辐射的计算方法。

The method for calculating the solar ultraviolet radiation of Yunnan is established by climatology and statistics .

中国地区近地面太阳紫外辐射的分布及其对大气臭氧层破坏的响应

Distribution of Solar Ultraviolet Radiation at the Ground and its Response to Atmospheric Ozone Depletion in China

大气平流层臭氧的严重损耗将导致到达地面的太阳紫外辐射增加已经是公共社会普遍关切的问题。

It has become a public concern that ozone depletion in the stratosphere would lead to increasing ultraviolet radiation on the surface .

大气环境因素包括太阳紫外辐射与能量、氧与臭氧、温度、雨水的相对湿度和微生物；

Natural environment factors include solar UV irradiation and spectrum , oxygen and ozone , temperature , rain and humidity , microbe ;

·臭氧总量探测仪·通过测量六个波段的太阳紫外辐射和大气后向散射辐射，可以获得每天一次的臭氧总量的全球分布。

The Total Ozone Spectrometer can provide daily global coverage of total ozone by measuring the solar UV irradiances and earth backscattered radiances at six discrete wavelength channels .

本文从探测器的基本理论出发，结合电路特性和世界卫生组织的相关标准，提出了一种新的太阳紫外辐射强度计算算法，并通过试验测量对该算法进行了验证。

According to the WHO standards , the basic theory of ultraviolet photodetector , and the characteristic of circuits , a new algorithm which is used to calculate solar ultraviolet index is proposed and validated in the thesis .

紫外辐射能破坏对生命至关重要的有机高分子，而臭氧可以吸收太阳紫外辐射，从而使生物器官免于其害；陆地生命的演化也被认为与臭氧密切相关。

Ozone is able to protect biological organisms from harmful solar ultraviolet radiation that has the potential of damaging organic macromolecules vital to life . Evolution of life on land is thought to have become possible because of ozone formation through oxygenic photosynthesis .

1979～1996年期间北京地区太阳紫外总辐射的变化趋势

Variation Trends of Solar UV Radiation in Beijing during 1979 ~ 1996

太阳紫外光谱辐射地面测量装置中的入射光学系统的研制

Design of cosine-entrance optics for the solar ultraviolet spectral radiation measuring apparatus

云南地区太阳紫外直接辐射的计算

Calculating beam radiation in the ultraviolet in Yunnan

标准太阳紫外光谱辐射计

Spectroradiometer for Solar Ultraviolet Spectral Irradiance Measurement

对比发现，其电离层变化特征主要受太阳远紫外辐射和粒子沉降控制。

It is found that The activity of polar ionosphere mainly responses to solar radiation and particle precipitation .

晴天地面太阳紫外总辐射的观测结果和统计计算方法

The observation results and the statistical methods for calculation of the solar ultraviolet radiation at the earth 's surface under clear sky condition

最后给出了北京地区地面太阳紫外总辐射的变化趋势，计算结果表明，地面太阳紫外总辐射对大气浑浊度的变化比对大气臭氧总量的变化敏感得多。

The calculation results show that the ultraviolet radiation received at the ground is more sensitive to changes in atmospheric turbidity than changes in the total ozone amount .

太阳紫外总辐射较平原地区强，夏半年紫外总辐射与太阳总辐射的比值超过4%，冬半年则在3.5%左右；

Solar ultraviolet radiation on the plateau is larger than that on the eastern plain , the ratio of ultraviolet to global radiation is more than 4 % in summer half-year and about 3.5 % in winter half-year .

星载太阳紫外光谱监视器辐射定标的研究

Radiometric Calibration of Satellite-Borne Solar Ultraviolet Spectrum Monitor before Flight