Оценка освещенности земной поверхности космическим отражателем, предназначенным для стабилизации температурного режима атмосферы

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Оценка освещенности земной поверхности космическим отражателем…
Инженерный журнал: наука и инновации # 4·2017 11
Estimation of the Earth’s surface illumination
by space reflector designed to stabilize atmosphere
temperature regime
© Е.I. Starovoytov
S.P. Korolev Rocket and Space Corporation Energia,
Korolev town, Moscow region, 141070, Russia
The paper considers the usage of solar-sailing ship (SPC) located in the libration points
of the Earth-Moon system, which will increase the Earth's surface insolation in order to
stabilize the temperature regime of the Earth’s atmosphere under the conditions of global
cooling. A quantitative analysis of the light exposure in visible and UV spectral regions,
which is able to cause offsetting impact on living organisms, is done using methods of
geometrical optics. The findings of the light pollution impact on the environment and
people are compared with those obtained by other authors. Fundamental technical prob-
lems associated with the construction of SPC are formulated.
Keywords: sun, reflector, illumination, ecology, light pollution, UV index
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