Alborz Tokamak
Provides experimental capabilities for studying alternative tokamak plasma initiation and pre-ionization techniques.
01 Definition
An educational and research tokamak operated at Amirkabir University of Technology focused on pre-ionization and discharge phenomena.
02 Detailed_Analysis
The Alborz Tokamak is a compact magnetic confinement device operated at Amirkabir University of Technology (AUT) under the direction of nuclear engineering faculty. Configured primarily as a testbed for novel plasma breakdown mechanisms, the machine employs hot filament emission combined with reverse discharge loop pre-ionization circuits. It serves as an experimental baseline to compare pre-ionization efficiency against the companion ECRH-driven Taban Tokamak.
03 Key_Facts
- ▸ Located at Amirkabir University of Technology in Tehran
- ▸ Developed under academic leadership for student training and discharge physics
- ▸ Employs hot filament and reverse discharge loop pre-ionization systems
- ▸ Operates alongside the Taban Tokamak for comparative breakdown research
04 Deep_Dive_Intelligence
Intelligence Summary: Alborz Tokamak
Node Identity: The Alborz Tokamak is an educational magnetic confinement fusion device operated by Amirkabir University of Technology (AUT) in Tehran. Led by Professor Reza Amrollahi, the Alborz project is designed for studying fundamental plasma phenomena and serves as a training platform for Iran's next generation of fusion scientists. The device features hot filament and reverse discharge loop pre-ionization systems, distinguishing it from the ECRH-based pre-ionization approach used on the companion Taban Tokamak at the same institution.
Strategic Relevance: The Alborz Tokamak represents the educational foundation of Iran's tokamak program — producing the trained personnel who staff AEOI's larger facilities and contribute to the broader ~100+ scientist fusion research ecosystem. The project has generated multiple publications on vacuum vessel design, poloidal coil systems, pre-ionization systems, and free-boundary equilibrium calculations in journals including Fusion Engineering and Design. This engineering and design expertise is directly transferable to more advanced plasma confinement systems. AUT is also identified by ISIS as one of three universities where HEMP simulation research has been openly reported, creating a potential dual-use bridge between tokamak engineering knowledge and electromagnetic weapons effects research. The ITER delegation's November 2015 visit to Alborz signals international recognition of the program's credibility.
Technical Focus / Capabilities: The Alborz Tokamak's engineering program encompasses vacuum vessel design, poloidal coil system configuration, hot filament and reverse discharge loop pre-ionization, and free-boundary equilibrium calculations. The device is configured for studying basic plasma phenomena including plasma startup, confinement, and stability. The pre-ionization approach using hot filament and reverse discharge loop represents a distinct technical pathway from the ECRH microwave pre-ionization used on the Taban Tokamak, providing comparative research opportunities within the same institution.
Network Linkage: The Alborz Tokamak is operated by Amirkabir University and led by Reza Amrollahi. It received an ITER delegation visit in November 2015. The device is part of Iran's five-tokamak fleet and shares its host institution with the Taban Tokamak. AUT is identified by ISIS as conducting HEMP simulation research alongside Sharif University and Imam Khomeini University, and has a documented cooperation link with SPND.
06 Related_Terms (2)
09 FAQ
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Quick_Facts
- Category
- Experiments
- Aliases
- Alborz Tokamak, alborz-tokamak, Alborz
- Sources
- 0
- Related Terms
- 2