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    61. XWare > APOD
    ... are caused by high energy electrons from the Solar Wind which are funneled into the atmosphere by the Earth's magnetic field ... These atmospheric discharges occur very high in the Earth's atmosphere - much higher than the familiar form of lightning. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/xware/apod.html?page=431&d=2007-08 -- 15.1 Кб -- 13.04.2016
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    62. XWare > APOD
    ... Meteors, usually sand sized grains that originate in comets, will typically disintegrate as they enter the Earth's atmosphere. ... A fast moving meteor ionizes molecules in the Earth's atmosphere that subsequently glow when they reacquire electrons. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/xware/apod.html?page=10&d=2010-08 -- 15.6 Кб -- 12.04.2016
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    63. XWare > APOD
    ... Meteors, usually sand sized grains that originate in comets, will typically disintegrate as they enter the Earth's atmosphere. ... A fast moving meteor ionizes molecules in the Earth's atmosphere that subsequently glow when they reacquire electrons. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/xware/apod.html?page=183&d=2015-05 -- 15.4 Кб -- 13.04.2016
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    64. XWare > APOD
    ... Meteors, usually sand sized grains that originate in comets, will typically disintegrate as they enter the Earth's atmosphere. ... A fast moving meteor ionizes molecules in the Earth's atmosphere that subsequently glow when they reacquire electrons. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/xware/apod.html?page=186&d=2015-06 -- 15.3 Кб -- 13.04.2016
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    65. XWare > APOD
    ... Meteors, usually sand sized grains that originate in comets, will typically disintegrate as they enter the Earth's atmosphere. ... A fast moving meteor ionizes molecules in the Earth's atmosphere that subsequently glow when they reacquire electrons. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/xware/apod.html?page=104&d=2013-03 -- 15.4 Кб -- 13.04.2016
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    66. XWare > APOD
    ... Meteors, usually sand sized grains that originate in comets, will typically disintegrate as they enter the Earth's atmosphere. ... A fast moving meteor ionizes molecules in the Earth's atmosphere that subsequently glow when they reacquire electrons. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/xware/apod.html?page=86&d=2012-09 -- 15.3 Кб -- 12.04.2016
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    67. Journal "Peremennye Zvezdy"
    ... The Sun , of course, was just fine -- its odd appearance was caused entirely by its light refracting in the Earth's atmosphere. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/varstars/msg/1342687 -- 7.8 Кб -- 08.09.2015
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    68. XWare > APOD
    ... Meteors, usually sand sized grains that originate in comets, will typically disintegrate as they enter the Earth's atmosphere. ... A fast moving meteor ionizes molecules in the Earth's atmosphere that subsequently glow when they reacquire electrons. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/xware/apod.html?page=19&d=2010-11 -- 15.3 Кб -- 12.04.2016
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    69. XWare > APOD
    ... Meteors, usually sand sized grains that originate in comets, will typically disintegrate as they enter the Earth's atmosphere. ... A fast moving meteor ionizes molecules in the Earth's atmosphere that subsequently glow when they reacquire electrons. ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/xware/apod.html?page=83&d=2012-08 -- 15.3 Кб -- 12.04.2016
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    70. Journal "Peremennye Zvezdy"
    ... Meteors, usually sand sized grains that originate in comets, will typically disintegrate as they enter the Earth's atmosphere . ...
    [ Сохраненная копия ]  Ссылки http://www.astronet.ru/db/varstars/msg/1245329 -- 9.5 Кб -- 03.06.2010
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