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Space Cooling
A new method of cooling that can generate cryogenic temperatures of 200° С below zero without the use of electricity and with almost no moving parts has been tested at the jet propulsion Laboratory in Pacadena, California. The refrigerator used for the purpose was recently tested to -253° C, only 20 degrees above absolute zero, the lowest possible temperature.
In space such cooling system could increase the life of future space station refueling ports by cooling the large liquid-hydrogen fuel tanks which are likely to be in service.
In future earth applications it could be used for cooling hydrogen-powered cars and planes, as well as for cooling superconducting motors and computers.
According to JPL (Jet Propulsion Laboratory) experts the key lies in the use of hydrides, materials that interact with hydrogen. These materials absorb tremendous amounts of hydrogen gas at room temperature. The engineers of JPL have taken advantage of this property to build a series of devices that act as compressors and provide a continuous cooling stream of liquid hydrogen.
The system saves weight in space since it can use direct solar heat instead of electricity from heavier, inefficient electric systems. Because it has so few moving parts and uses the same supply of gas in a closed cycle, it could operate for many decades. Because of its long potential lifetime, the system could be used to cool infrared sensors’ during missions to the other planets, which may take 10 years or more to complete.

Результаты (русский) 1:

8. ДОПОЛНИТЕЛЬНЫЙ ТЕКСТ. ПРОЧИТАЙТЕ, ПЕРЕПИШИТЕ И СДЕЛАЙТЕ ПОЛНЫЙ ПИСЬМЕННЫЙ ПЕРЕВОД ТЕКСТА.Охлаждение пространстваНовый метод охлаждения, может генерировать криогенных температурах 200° С ниже нуля без использования электричества и с почти нет движущихся частей был протестирован на реактивного лаборатории в Pacadena, штат Калифорния. Холодильник, используемые для целей недавно была протестирована на-253 ° C, только в 20 градусов выше абсолютного нуля, низкой температуре.В космосе такая система охлаждения может увеличить жизнь будущей космической станции заправки портов путем охлаждения большой жидкость водородных топливных баков, которые могут быть в эксплуатации.В будущем земли может использоваться для охлаждения водородных автомобилей и самолетов, а также для охлаждения сверхпроводящих моторов и компьютеры.По мнению экспертов JPL (лаборатории реактивного движения) ключ заключается в использовании Гидриды, материалы, которые взаимодействуют с водородом. Эти материалы поглощают огромное количество водорода при комнатной температуре. Инженеры JPL воспользовались этого свойства для создания серии устройств, которые действуют как компрессоры и обеспечивают непрерывный поток охлаждения жидкого водорода.The system saves weight in space since it can use direct solar heat instead of electricity from heavier, inefficient electric systems. Because it has so few moving parts and uses the same supply of gas in a closed cycle, it could operate for many decades. Because of its long potential lifetime, the system could be used to cool infrared sensors’ during missions to the other planets, which may take 10 years or more to complete.

Результаты (русский) 3:

8. additional text. read, copy it and make a complete translation of the text.space coolinga new method of cooling that can generate cryogenic temperatures of 200° with below zero without the use of equipment and with almost no moving parts has been tested at the jet propulsion laboratory in Pacadena, california. the refrigerator used for the purpose was recently tested to 253° c, only 20 degrees above absolute zero, the lowest possible temperature.in space, cooling system and increase the life of the future space station refueling ports by cooling the large liquid - hydrogen fuel tanks which are likely to be in service.in future earth applications it could be used for cooling hydrogen - powered cars and the internet, as well as for cooling superconducting motors and computers.according to jpl (jet Propulsion laboratory) experts the key lies in the use of hydrides, materials that interact with hydrogen. these materials absorb picturesque amounts of hydrogen gas at room temperature. the engineers of jpl have taken advantage of this property to build a series of devices that act as compressors and provide a continuous stream of cooling liquid hydrogen.the system saves weight in space since it can use direct solar heat instead of equipment from heavier, inefficient electric systems. because it has so few moving parts and uses the same supply of gas in a closed cycle, it could operate for many decades. because of its long potential course, the system could be used to cool infrared sensors' during missions to the other planets, which may take 10 years or more to complete.