Add to ORKGConstruction materials could be produced in situ on the surface of the Moon or Mars by combustion of regolith mixed with metals such as aluminum and magnesium. In the present paper, the adiabatic flame temperature and combustion products were calculated for the mixtures of JSC-1A lunar regolith simulant with aluminum and magnesium, as well as with titanium/boron additive. Combustion of pellets composed of JSC-1A mixed with magnesium was studied experimentally in argon environment
Humankind\u27s ambitions of exploring our solar system and parts beyond depend heavily on our abilit...
Combustion-based methods are attractive for space manufacturing because the use of chemical energy s...
Combustion-based methods are attractive for space manufacturing because the use of chemical energy s...
Construction materials could be produced in situ on the surface of the Moon or Mars by combustion of...
Future settlements on the Moon will require that strong, cost-effective structural materials be deve...
Future settlements on the Moon will require that strong, cost-effective structural materials be deve...
The future of space exploration will require longer missions in order to better understand the condi...
The future of space exploration will require longer missions in order to better understand the condi...
Feasible techniques that require low energy consumption and reduced costs are of vital importance to...
Feasible techniques that require low energy consumption and reduced costs are of vital importance to...
As energy problems become more challenging, interest in low-energy-consuming methods for the fabrica...
As energy problems become more challenging, interest in low-energy-consuming methods for the fabrica...
A new process potentially useful for future manned space missions in the framework of the so-called ...
A new process potentially useful for future manned space missions in the framework of the so-called ...
Humankind\u27s ambitions of exploring our solar system and parts beyond depend heavily on our abilit...
Humankind\u27s ambitions of exploring our solar system and parts beyond depend heavily on our abilit...
Combustion-based methods are attractive for space manufacturing because the use of chemical energy s...
Combustion-based methods are attractive for space manufacturing because the use of chemical energy s...
Construction materials could be produced in situ on the surface of the Moon or Mars by combustion of...
Future settlements on the Moon will require that strong, cost-effective structural materials be deve...
Future settlements on the Moon will require that strong, cost-effective structural materials be deve...
The future of space exploration will require longer missions in order to better understand the condi...
The future of space exploration will require longer missions in order to better understand the condi...
Feasible techniques that require low energy consumption and reduced costs are of vital importance to...
Feasible techniques that require low energy consumption and reduced costs are of vital importance to...
As energy problems become more challenging, interest in low-energy-consuming methods for the fabrica...
As energy problems become more challenging, interest in low-energy-consuming methods for the fabrica...
A new process potentially useful for future manned space missions in the framework of the so-called ...
A new process potentially useful for future manned space missions in the framework of the so-called ...
Humankind\u27s ambitions of exploring our solar system and parts beyond depend heavily on our abilit...
Humankind\u27s ambitions of exploring our solar system and parts beyond depend heavily on our abilit...
Combustion-based methods are attractive for space manufacturing because the use of chemical energy s...
Combustion-based methods are attractive for space manufacturing because the use of chemical energy s...