Streamlining Space Travel The Nozzle-less Propulsion Approach

Abstract

The Nozzle-less Propulsion Approach" delves into the innovative realm of propulsion systems that defy conventional methods. Traditional rocket engines rely on nozzles for thrust generation, but the emergence of nozzle-less propulsion represents a paradigm shift in space exploration. This abstract explores the principles and advantages of nozzle-less propulsion, highlighting its potential to revolutionize spacecraft design and mission capabilities. By eliminating the need for complex nozzle structures, this approach streamlines spacecraft architecture, reduces mass, and enhances efficiency. Moreover, the abstract delves into the underlying technologies driving nozzle-less propulsion, such as ion propulsion, electromagnetic propulsion, and solar sails. Through a comprehensive overview, this abstract illuminates the transformative impact of the nozzle-less propulsion approach on the future of space travel, offering insights into its feasibility, challenges, and promising applications. Key words: Nozzle-less propulsion, propulsion, MPDT, PIT, Theoretical Analysis, Numerical Analysis