Fusion Engineering and Design
ISSN: 0920-3796
Datasets associated with articles published in Fusion Engineering and Design
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85 results
- Data for: Phase difference-measuring multiple correlation-based superconducting magnet quench detection methodThe original experimental data of Figure 3 in the manuscript.
- Data for: Improvement of feature extraction and intelligent identification method for the edge coherent mode in EASTThe research data include: the input frequency spectrogram and visualized feature image; the core code of the recognition software.
- Data for: Optimization of the ITER Vertical Neutron Camera Detectors and CollimatorsCalculation results for fission chambers and diamond detectors for different geometries. FC_LOW - fission chambers with low sensitivity FC_HIGH - fission chambers iwth high sensitivity DD_1 and DD_2 - neutron spectra in diamond detectors.
- Data for: Effects of structural and electromagnetic load on vacuum vessel of Pakistan Spherical TokamakABSTRACT
- Data for: Design and verification of the in-vessel cooling water system for the EAST lower tungsten divertorEAST lower divertor in-vessel CWS prototype test data
- Data for: Concept design of the control method for the NBI acceleration grid power-conversion system of the CFETRthe steady pweformance of proposed AGPS
- Data for: Study of separation factor and product extraction ratio in hydrogen isotope separation with displacement chromatographyData of the numerical simulation and the experiments in this article.
- Data for: Analysis of Fusion Propulsion System for Earth-to-Mars MissionIn this study, analysis has been conducted to investigate the technical requirements of the fusion propulsion system for the Earth-to-Mars mission. An analytical model based on Williams’s assumption was adopted and solved by using the MATLAB code. The original MATLAB code is shown in the attachment
- Data for: Operating scenario of 3GWthClass FFHR power plant with bypass controlled supercritical CO2 gas turbine power generation systemAbstract: In order to achieve high power generation efficiency, facility compactness, high safety, and high coexistence with fuel tritium in the 3GWth class FFHR power plant, optimization, performance and operation scenario of the power generation system of the power plant model using the axial flow type uniaxial supercritical CO2 gas turbine power generation system were examined. As a result, the following conclusions were obtained. The most efficient and compact axial flow uniaxial design supercritical CO2 gas turbine power generation system suitable for 3GWthFFHR power plant has a maximum heat capacity of 1.5MWth×2, and the power generation efficiency at that time was evaluated as 46.2%. Therefore, split connection with two power generation systems is optimal for a 3GWth class FFHR power plant. Here, the operating speed of the turbo equipment was set to 3600 rpm in order to adapt this plant model to the power supply system in Japan.
- Data for: Shielding design and neutronics calculation of the GDT based fusion neutron source ALIANCEsimulation data
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