Experimental and Numerical Determination of Limit Velocity for Plasma Thruster

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Milovan Pavlovic
Milovan Pavlovic
1 Belgrade University

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The measurement of a mechanical impulse of the plasma thruster has been performed using by the well-known magnetoplasma compressor assembly (MPC) and features of the convergence nozzle. Based on previous research [6], hydrogen had selected as a working gas, from the reason that it can produce the highest velocity of plasma. Because of the magneto hydrodynamics model (MHD), it is entirely possible to perform rules for fluid dynamics to electromagnetism, with appropriate analog. Using all the mentioned tools, it can be determined limit value for plasma speed like analogue to sound speed, and according to, define the value of the analog Mach number for plasma. Such that would have far-reaching consequences because it would greatly facilitate feature research and the construction of plasma thrusters. Occurrence of velocity saturation indicates congestion of the nozzle, which arises as a consequence of the convergence of the nozzle, and this saturation is the velocity value corresponding to the limiting speed of plasma at a current circumstance. As the result is in agreement with the initial hypothesis, and the dependence is also confirmed with the derived formula, we can conclude that exists uniform relation between occurrences; also this occurrence are universal law of nature. Also, it is necessary to emphasize the importance of finding formula for the velocity field, which have been proved by numerical methods.

Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

Ethical Approval

No ethics committee approval was required for this article type.

Data Availability

Not applicable for this article.

Milovan Pavlovic. 2026. \u201cExperimental and Numerical Determination of Limit Velocity for Plasma Thruster\u201d. Global Journal of Science Frontier Research - A: Physics & Space Science GJSFR-A Volume 23 (GJSFR Volume 23 Issue A6): .

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Velocity measurement plasma thruster.
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GJSFR Volume 23 Issue A6
Pg. 85- 96
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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR-A Classification: (UDC): 533.9
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v1.2

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August 25, 2023

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English

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The measurement of a mechanical impulse of the plasma thruster has been performed using by the well-known magnetoplasma compressor assembly (MPC) and features of the convergence nozzle. Based on previous research [6], hydrogen had selected as a working gas, from the reason that it can produce the highest velocity of plasma. Because of the magneto hydrodynamics model (MHD), it is entirely possible to perform rules for fluid dynamics to electromagnetism, with appropriate analog. Using all the mentioned tools, it can be determined limit value for plasma speed like analogue to sound speed, and according to, define the value of the analog Mach number for plasma. Such that would have far-reaching consequences because it would greatly facilitate feature research and the construction of plasma thrusters. Occurrence of velocity saturation indicates congestion of the nozzle, which arises as a consequence of the convergence of the nozzle, and this saturation is the velocity value corresponding to the limiting speed of plasma at a current circumstance. As the result is in agreement with the initial hypothesis, and the dependence is also confirmed with the derived formula, we can conclude that exists uniform relation between occurrences; also this occurrence are universal law of nature. Also, it is necessary to emphasize the importance of finding formula for the velocity field, which have been proved by numerical methods.

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Experimental and Numerical Determination of Limit Velocity for Plasma Thruster

Milovan Pavlovic
Milovan Pavlovic Belgrade University

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