Can the liquid oxygen mass flow meter be placed in the workshop

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1. The most expensive material in unmanned deep space exploration is tritium. Tritium is a radioactive isotope that can be used in nuclear fusion reactions and is one of the potential candidates for sustainable energy in the future. However, currently tritium production is very expensive, and the main source can only be obtained by extracting nuclei from lithium-6 isotopes. Due to the very low content and wide distribution of lithium-6, the preparation cost of tritium is relatively high. Another expensive material is aerospace grade fuel propellant. In deep space exploration missions, a large amount of propellant is required for orbit adjustment, flight attitude control, and other operations. These propellants are typically composed of high-performance liquid fuels and oxidants, such as liquid hydrogen and liquid oxygen. These fuels have high costs and require special facilities and technical support during storage and transportation. In addition, various advanced materials and technologies such as high-temperature resistant materials and radiation resistant materials will be used in unmanned deep space exploration missions. These materials typically require special processing or development and may have high research and production costs. It should be noted that the cost of material disassembly in unmanned deep space exploration is influenced by various factors, including technological development level, supply and demand relationship, market competition, etc. With the continuous advancement of technology and resource development, more efficient and economical material alternatives may emerge in the future.

2. Can the liquid oxygen gasification device be placed in the workshop?

According to regulation

What is the equivalent of 3.1 tons of liquid oxygen in cubic meters?

One ton of oxygen is equivalent to 1000000/1.429/1000, which is about 700 cubic meters. Oxygen is heavier than air and has a density of 1.429 grams per cubic decimeter under standard conditions (0 ℃ and atmospheric pressure of 101325 Pa).

4. Materials Studio Official Tutorial: Cantera Module - Research Surface Reactions [4] _ Baidu Knowledge ..

Materials Studio official tutorial: Cantera module - Research surface reactions

[4] mainly introduces the steps of setting Cantera flow reactor calculation parameters, running calculations, analyzing results, and viewing Python code. The specific steps are as follows: set Cantera flow reactor calculation parameters to restore default settings: select Tools | Settings Organizer from the menu bar, select Cantera and click the

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