Add to ORKGThis viewgraph presentation reviews in this Roadmap for Developing a Lunar Microwave Facility an approach to determine the source of the enhanced microwave heating of Lunar Regolith. A set of microwave heating studies were proposed for a specially designed realistic simulant to determine optimum processing parameters. Apollo lunar soil will be used to validate the heating features found for the simulant. We have also introduced several possible designs for a future lunar microwave processing facility. In the future when sufficient funds become available, a microwave facility for processing regolith on the lunar surface will be ready to be buil
Remote sensing indicates the presence of hydrogen rich regions associated with the lunar poles. The ...
In recent years, the study of microwave radiation from the Moon’s surface has been of interest to th...
Lunar simulant material was fabricated to simulate Apollo 11, Apollo 15, and Apollo 16 soils. The ap...
The future of human space exploration will inevitably involve longer-term stays and possibly permane...
The future of human expansion to our nearest neighbour, the Moon and beyond, relies on the utilisati...
Sustainable exploration of the Moon could benefit from a microwave heating-based 3D Printing technol...
A paper describes a method of using microwave heating experiments on lunar simulants to determine th...
The Space Instrumentation Group at The Open University is investigating microwave sintering of lunar...
Nearly 50% of the lunar surface is oxygen, present as oxides in silicate rocks and soil. Methods for...
This slide presentation reviews the use of microwaves to heat lunar soil in order to obtain water. T...
The objective is to develop a better understanding of the thermal shock properties of lunar regolith...
Lunar simulants are used to approximate the behavior of the lunar regolith. This work focuses on mat...
For a sustainable human presence on the Moon, it is critical to develop technologies that could util...
When high resolution measurements of the phase variation of the lunar disk center brightness tempera...
Microwave heating of nonmetallic inorganic material has been of interest for many years. Von Hippel ...
Remote sensing indicates the presence of hydrogen rich regions associated with the lunar poles. The ...
In recent years, the study of microwave radiation from the Moon’s surface has been of interest to th...
Lunar simulant material was fabricated to simulate Apollo 11, Apollo 15, and Apollo 16 soils. The ap...
The future of human space exploration will inevitably involve longer-term stays and possibly permane...
The future of human expansion to our nearest neighbour, the Moon and beyond, relies on the utilisati...
Sustainable exploration of the Moon could benefit from a microwave heating-based 3D Printing technol...
A paper describes a method of using microwave heating experiments on lunar simulants to determine th...
The Space Instrumentation Group at The Open University is investigating microwave sintering of lunar...
Nearly 50% of the lunar surface is oxygen, present as oxides in silicate rocks and soil. Methods for...
This slide presentation reviews the use of microwaves to heat lunar soil in order to obtain water. T...
The objective is to develop a better understanding of the thermal shock properties of lunar regolith...
Lunar simulants are used to approximate the behavior of the lunar regolith. This work focuses on mat...
For a sustainable human presence on the Moon, it is critical to develop technologies that could util...
When high resolution measurements of the phase variation of the lunar disk center brightness tempera...
Microwave heating of nonmetallic inorganic material has been of interest for many years. Von Hippel ...
Remote sensing indicates the presence of hydrogen rich regions associated with the lunar poles. The ...
In recent years, the study of microwave radiation from the Moon’s surface has been of interest to th...
Lunar simulant material was fabricated to simulate Apollo 11, Apollo 15, and Apollo 16 soils. The ap...