V. T. Jacobson
Papers
1
Total Citations
21
H-Index
1
About
V. T. Jacobson is a leading figure in advanced plasma propulsion, with a primary focus on the Variable Specific Impulse Magnetoplasma Rocket (VASIMR) engine. His seminal work, "VASIMR Performance Measurements at Powers Exceeding 50 kW and Lunar Robotic Mission Applications," has garnered 21 citations and marks a pivotal breakthrough in high-power electric propulsion. In this study, Jacobson demonstrated efficient plasma production and acceleration using the VX-100 experiment, achieving a remarkable 100% propellant utilization with argon and ion fluxes exceeding 1.7×10²⁰ per second at RF powers above 50 kW. This contribution directly addresses the challenge of scaling plasma thrusters for deep-space missions, particularly for lunar robotic applications where high thrust-to-power ratios are critical. Jacobson’s research bridges fundamental plasma physics and practical aerospace engineering, offering a viable pathway for rapid transit to the Moon and beyond. His work not only validates VASIMR’s performance at unprecedented power levels but also establishes a benchmark for future high-power electric propulsion systems, influencing both NASA’s exploration roadmaps and commercial spaceflight initiatives.
Research Focus
Key Achievements
Top Papers
- 1