... are not only useful for transport but also for technological production. Explosive processes in regolith, when hydrogen, hydrocarbon, carbon, chloride and fluoride enter the collector, create a regenerative reaction that produces iron, titanium...
... the stratosphere and beyond to the upper atmosphere. Saturn in the near-IR stretched colours. The atmosphere is dominated by hydrogen and helium gas accreted at the time of Saturn’s formation, 4.5 billion years ago. Mixed in are trace gaseous...
... (UV) these emissions can be identified more easily. It was during an observation of these UV emissions that a surplus of oxygen and hydrogen spectral lines were detected near Europa’s south pole. The emission was characteristic of water vapour being...
... Sabatier in 1910, the system involves the reaction of hydrogen with CO2 at a high temperature, between 200-400 ...production is indeed possible. ‘Macronutrients’ like O2, carbon, hydrogen, nitrogen and potassium are present in lunar and Martian soil...
... the use of liquid oxygen but also the more technically demanding liquid hydrogen (boiling point of -253C (-423F). The energy released by burning liquid hydrogen in oxygen was greater than other fuels such as kerosene on a pound for...
...). New Shepard is powered by a liquid oxygen/liquid hydrogen engine, which is being adapted for use as the ...designing a lunar lander concept, which incorporates a liquid oxygen/liquid hydrogen engine to enable a soft landing. It has an interesting ...