In this paper, we summarized some researches about power-CO 2 propulsion technology, including the combustion mechanism studies and pivotal technologies.
In this paper, we summarized some researches about power-CO2 propulsion technology, including the combustion mechanism studies and pivotal technologies. Then, ...
Experiments were performed to evaluate the compatibility of grain-stabilized platinum tubes at temperatures up to 1400 deg C in environments of CO2, CH4, NH3, ...
Metal powders or sprays can be burned in CO2 at temperatures appropriate for industrial practice. The metallic products of metal-CO2 combustion can be recycled ...
This paper reviews the use of metal powder materials and process parameters in Direct Energy Deposition, with a focus on Laser Metal Deposition.
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A review of metal-carbon dioxide combustion · Conceptual design of rocket engines using regolith-derived propellants · Combustion of single micron-sized magnesium ...
As a result, Shafirovich et al. concluded that Mg was the most promising metal fuel for an engine utilizing CO2 as an oxidizer, despite its relatively poor ...
Missing: Review | Show results with:Review
Mar 1, 2024 · This paper reviews the use of metal powder materials and process parameters in Direct Energy Deposition, with a focus on Laser Metal Deposition.
Introduction: Mars ISRU plans usually involve production of liquid propellant components (e.g. O2,. CO, CH4) on the planet surface. The common problem.
Missing: Review | Show results with:Review
The techniques that can be used to determine the chemical composition of powders include micro analysis methods, surface analysis methods, and bulk analysis ...
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