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Method and device for measuring corona current in Tokamak device

A tokamak and measurement method technology, which is applied in nuclear power generation, electrical components, electrical digital data processing, etc., can solve the problem of difficult simulation of HALO current asymmetry, device structure damage, and inability to obtain HALO current three-dimensional space field distribution And other issues

Inactive Publication Date: 2006-02-08
INST OF PLASMA PHYSICS CHINESE ACAD OF SCI
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Problems solved by technology

At present, some experimental measurement methods are being carried out on devices such as JET. The most basic method for studying the impact of HALO current on tokamak devices in the world still relies on the inductive statistics of the experimental operation data of devices with similar configurations, assuming that the plasma is symmetrically distributed. Then use TSC, EFIT and other tokamak discharge simulation programs to carry out two-dimensional numerical simulation. The biggest defect of this method is that it is difficult to simulate the asymmetry of the distribution of HALO current along the direction of the large ring, so that the three-dimensional space field of HALO current cannot be obtained. distribution, and for the tokamak device, the uneven electromagnetic load caused by the asymmetrical circular distribution current is one of the most dangerous working conditions that must be considered in the design, and it is extremely destructive to the device structure

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  • Method and device for measuring corona current in Tokamak device
  • Method and device for measuring corona current in Tokamak device
  • Method and device for measuring corona current in Tokamak device

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Embodiment Construction

[0019] see Figure 1~4 .

[0020] The measuring device of the HALO current in the tokamak device includes a computer processing center, an integrator, and a rib coil. figure 1 ), the cuff coils arranged along the polar section (also known as the small ring direction) are arranged symmetrically at intervals of 22.5 degrees along the circumference of the large ring direction. A cuff coil is respectively arranged at the top and bottom of each poloidal section. The rib coil can be arranged arbitrarily on the inner wall of the vacuum chamber. The purpose is to measure the current of the rib coil at this place, and then deduce the HALO current of each part in the tokamak device. It should be said that as long as the position of the inner wall of the vacuum chamber allows, the rib coil The more coils arranged, the better. figure 2 Indicates that five cuff coils are arranged on a poloidal section (along the small ring direction).

[0021] The Luo mouth coils are connected in para...

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Abstract

This invention discloses a method for measuring corona current in tokmak device and its device, characterized in: equipping interconnect screw coil with high frequency response in tokmak device vacuum case inwall, via inducted current of screw coil, attaining changes of vacuum inner magnetic field, based on these, via high temperature plasmas, round vertical field magnet, pole field magnet and vacuum case body in the tokmak device, testing the screw coils to attain corona current, and the non-uniformation of current distribution along ring direction.

Description

technical field [0001] The invention relates to the field of fusion plasma and electronics, in particular to a method and device for measuring corona current in a tokamak device. Background technique [0002] With the continuous deepening and development of fusion plasma physics research, people began to pursue the quality parameters and confinement performance of the tokamak device more, and actively explored some related to the future steady-state advanced tokamak fusion reactor. In recent years, the main direction of the development of tokamak nuclear fusion devices is to study the engineering technology and physical problems of the conventional circular cross-section plasma configuration to superconducting non-circular cross-section elongated plasma configuration. The tokamak device with plasma elongated cross-section is beneficial to improve the plasma parameters, especially the specific pressure value β, and the value of β is directly related to the economic quality of...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H05H1/02G21K1/00G06F17/00
CPCY02E30/122Y02E30/10
Inventor 宋云涛姚达毛武松涛翁佩德
Owner INST OF PLASMA PHYSICS CHINESE ACAD OF SCI
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