These reservoirs have a pressure reservoir surrounded by a vacuum reservoir and used to create a vacuum between the outer wall and the pressure vessel. There are two intermediate and internal heat shields between the outer wall of the vacuum tank and the pressure vessel that prevents the heat transfer from the vacuum reservoir to the pressure vessel. The heat generated by the middle heat shield is absorbed by a nitrogen fluid that is contained in the liquid nitrogen container. The heat generated by the internal heat shield is also preferably absorbed by the liquid neon that is located inside the liquid neon storage tank.
Neon and nitrogen absorb the heat of phase change and vapor. In order to prevent the breakage of nitrogen in the liquid container, nitrogen is then transferred to the atmosphere of the atmosphere for a period of time. On the other hand, the steam evaporated into a can of charcoal flows because the charcoal is absorbent neon and is used to recycle it. The characteristics of the cryogenic reservoir are used to store cryogenic fluid, which is one of the helium, hydrogen and neon gases Include:
:: Cryogenic pressure reservoir, a vacuum reservoir that surrounds the pressure reservoir at a given distance and is a gap to create a vacuum between the outer wall and the pressure vessel. The inlet line and the Vent line are connected, respectively, with the vacuum tank and the pressure vessel, which are used to fill the pressure reservoir with cryogenic fluid and evaporate from the cryogenic fluid that is boiling. From a middle heat shield between the outer wall of the vacuum reservoir and The pressure tank is used to separate the heat, which does not transfer heat from the vacuum reservoir to the pressure vessel. An insulating layer between the thermal shield and the outer wall of the vacuum tank and the second layer is between the thermal shield and the pressure vessel. The liquid nitrogen container made of thermal conductive material is in contact with the heat of the middle heat shield. This container contains liquid nitrogen, which absorbs the heat absorbed by the middle heat shield, and the nitrogen changes the phase and vapor.