Research Project: Helium-3 Based Propulsion by PMI Holding
I. Research Phase
-
Helium-3 Potential Analysis: Studying the Helium-3 resources on the Moon and assessing its potential utilization as fuel for space propulsion.
-
Conceptual Design: Developing a conceptual design of a space propulsion system based on He-3, including the nuclear fusion process, energy generation, and conversion into spacecraft propulsion.
II. Development Phase
-
Computer Simulations: Mathematical modeling and computer simulations of He-3 fusion reactions for different scenarios and conditions.
-
Technological Prototyping: Building a prototype spacecraft engine using He-3 fusion reactions, testing its performance and efficiency.
III. Testing Phase
-
Laboratory Tests: Conducting laboratory tests, including simulating He-3 fusion reactions, assessing the performance and stability of the process.
-
Small-Scale Testing: Testing the He-3 based propulsion system on a small scale, under controlled laboratory conditions.
IV. Implementation Phase
-
Field Testing: Carrying out tests under conditions close to space, simulating the operation of the propulsion system in real-world conditions.
-
Optimization and Refinement: Continuous improvement of the project and procedures, identifying areas for optimization and enhancement.
Conclusions
The research project conducted by PMI Holding on Helium-3 based propulsion aims to develop innovative space technologies utilizing this advanced energy source. Through research, design, and testing, the company strives to develop an advanced space propulsion system that has the potential to revolutionize future interplanetary travel.
