The Initial Design of Process Control System Based on EPICS for HL-2A & HL-2M
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概要
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In addition to the real time plasma magnetic and kinetic control, process control is also very important for the operation of a Tokamak. Process control aims at the normal control of the plant systems including information sharing, schema of the Tokamak operation, and alarm handling. A new tokamak named "HL-2M" will be built during the next four years and many conceptual designs for the operation of the new device might be validated on HL-2A, which is currently running at SWIP Chengdu, China. For those purposes, we select the EPICS as the basis for the process control system of HL-2A. Some user interface, data management, and development tools are adopted such as control system studio (CSS), MS SQL Server, Matlab, LabVIEW, VC++, and Java. In this study, we will describe the initial design of the whole HL-2A/HL-2M process control system and its related achievements in HL-2A.
- 社団法人 プラズマ・核融合学会の論文
著者
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Nakamura Kazuo
Research & Development Division Kikkoman Corporation
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PAN Wei
Southwestern Institute of Physics
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XIA Fan
Southwestern Institute of Physics
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PAN Li
Southwestern Institute of Physics
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ZHAO Li
Southwestern Institute of Physics
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SONG Xiao
Southwestern Institute of Physics
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LI Xinyi
Southwestern Institute of Physics
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WANG Chuan
Southwestern Institute of Physics
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LAN Jintao
Southwestern Institute of Physics
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CHEN Liaoyuan
Southwestern Institute of Physics
関連論文
- Model of Inductive Plasma Production Assisted by Radio-Frequency Wave in Tokamaks(Gases, plasmas, electric discharges, and beams)
- Steady-State Operation Scenario and the First Experimental Result on QUEST
- Numerical Calculation of "Actual" Radial Profile of Ion Temperature from "Measured" Energy Spectra of Charge-Exchanged Neutrals
- Electron and Ion Energy Distribution Functions in Slide-Away Regime of TRIAM-1 Tokamak
- Measurements of the Dispersion Relation of the Low-Frequency Ion Acoustic Instability in the Turbulently Heated TRIAM-1 Tokamak Plasma
- Ion Temperature Measurements of Turbulently Heated Tokamak Plasma by Doppler-Broadening of Visible Lines in TRIAM-1
- Reconstruction of Vacuum Magnetic Flux in QUEST
- Purification and Some Properties of Sucrose Phosphorylase from Leuconostoc mesenteroides(Biological Chemistry)
- First Ohmic Discharge Assisted with RF Power in QUEST Spherical Tokamak
- Analysis of Optimal Feedback Control of Vertical Plasma Position in a Tokamak System
- Relaxation of Ion Energy Spectrum Just after Turbulent Heating Pulse in TRIAM-1 Tokamak
- Onset of Current-Driven Turbulence on Application of a Low Toroidal Electric Field
- Time Behaviours of Visible Lines in Turbulently Heated TRIAM-1 Plasma
- Plasma-Wall Interaction Study towards the Steady State Operation
- Assay of Methylguanidine As a Hydroxyl Radical Marker in Serum of Patients on Hemodialysis
- Purification and Some Properties of β-Phosphoglucomutase from Lactococcus lactis subsp.cremoris IFO 3427
- A Plasma Shape Identification with Magnetic Analysis for the Real-time Control on QUEST
- A Plasma Shape Identification with Magnetic Analysis for the Real-time Control on QUEST
- Initial Plasma Production by Townsend Avalanche Breakdown on QUEST Tokamak
- ECW/EBW Heating and Current Drive Experiment Results and Prospects for CW Operation in QUEST
- The Initial Design of Process Control System Based on EPICS for HL-2A & HL-2M