Design and Flow Analysis of Electromagnetic Plasma Arc Propulsion System

Introduction The rocket engine, or simply "rocket", is a jet engine that forms a high-speed propulsion jet using only the mass of the stored propellant. The rocket engine is a reaction engine and gains thrust according to Newton's third law. Since the rocket engine does not require external material to form a jet, it can be used for propulsion of missile-like spacecraft and for use on the ground. The rocket engine is much lighter as one group with the best exhaust speed, but the least propellant is effective for all types of jet engines.

In this article, we will provide the reader a comprehensive analysis of the pod propulsion system and the traditional forwarding configuration. We studied the advantages of using these two types of propulsion systems and further analyzed the pod propulsion and gave a few drawbacks to merchant ships to conclude that the pod propulsion system is appropriate. The final report of today's merchant ship shows that even if there are still a lot of R & D on pod propulsion systems, in future it will expand to those merchant ships.

SPT-140 (SPT stands for Fixed Plasma Propeller) is a commercial promotion of the production line developed by OKB Fakel of Russia, developed by NASA's Glenn Research Center, Space Systems Loral and Pratt & Whitney since the late 1980s It is a system. As part of the Air Force's comprehensive high-reward rocket propulsion technology program, the SPT-140 thruster was first tested as a 3.5 kW unit in the United States in 2002. Using the solar electric propeller, the spacecraft can reach 16 Psyche (3.3 astronomical units) at a faster rate. On the other hand, using a conventional chemical propeller consumes only 10% of the propellant.

Linear motor cars have a system designed to provide levitation power. Because the suspension system is separate from the propulsion system, designers can choose from a variety of propulsion systems. The propulsion system uses a linear synchronous motor (LSM). Other propulsion systems use a linear induction motor (LIM). This page explains the suspension system that can be used with any type of propulsion system. This is a cross section of the Magneplane aircraft and its guide. This setting realizes stop by repulsion. The propulsion system is not explicitly shown in the figure, but according to other sources the Magnetoplane system uses LIM. (Source: 338 pages, linear motion electromagnetic system).