Examples of using Liquid oxygen in English and their translations into Danish
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For removal of liquid oxygen vapors outside the service tower on the launch vehicle are special devices Vapour”,- He explained Kirilin.
how helium reservoir communicates with the surrounding liquid oxygen.
1877 to the French Academy of Sciences in Paris announcing his discovery of liquid oxygen.
transmit both gaseous and liquid oxygen will act as a fuel;
Liquid oxygen is passed through heat exchangers,
In Finland, Carelian Caviar's production of sturgeon caviar depends on reliable, high-quality deliveries of liquid oxygen from AGA to keep its fish alive and swimming.
Such tankers are used to refill bulk liquid oxygen storage containers,
Annexes I, II and III of the Directive were amended by Council Directive 87/216/EEC; liquid oxygen and sulphur trioxide were added to Annex III,
which are located within the tank with liquid oxygen in the second stage of the rocket.
situated in the tank with liquid oxygen, a third stage rocket.
which are located within the tank with liquid oxygen in the second stage of the rocket.
the energy needed to transport the liquid oxygen from the plant to the facility,
toughness matching in liquid hydrogen, liquid oxygen, liquid helium,
the most critical factor for keeping the fish alive is the liquid oxygen, which has been delivered to Carelian Caviar by AGA since almost day one of its operations.
the engine used gasoline for fuel and liquid oxygen as the oxidizer.
After the oxygen-rich liquid under the bottom of the tower after the liquid-air cooler by the return of liquid nitrogen to further cool down after the throttle after the liquid throttle into the middle of the upper part of the distillation tower in the bottom of the tower to obtain purity 99.5% Of liquid oxygen, open the liquid oxygen output valve out of 400kg/ h liquid oxygen, as the product release.
1877 to the French Academy of Sciences in Paris announcing his discovery of liquid oxygen.[19] Just two days later, French physicist Louis Paul Cailletet announced his own
In 1891 Scottish chemist James Dewar was able to produce enough liquid oxygen for study.[21] The first commercially viable process for producing liquid oxygen was independently developed in 1895 by German engineer Carl von Linde
Such tankers are used to refill bulk liquid oxygen storage containers,
Rakety“Zenith ZSLB”,“Zenith ZSLBF” and“3enit-2SLB” are a family of missiles in a non-toxic propellants(kerosene and liquid oxygen), developed under the project“ground start” for launching spacecraft from the Baikonur Cosmodrome on the low,