Computer models are used to simulate both localized and extensive thermal excursions in a large superconducting magnet for fusion reactor. Conditions for the failure of fusion magnet due to thermal excursion are delineated. Designs to protect the magnet against such thermal excursion are evaluated. (auth
A survey has been carried out for various potential structural safety problems of superconducting fu...
Operators of complex machinery must always think ahead to consider possible future operational threa...
In the design of superconducting magnets for accelerator and the quench protection systems, it is ne...
This work focuses on thermal transients in a superconducting combined function magnet. Its goals are...
The maximum obtainable magnetic induction of accelerator magnets, relying on normal conducting cable...
WOS:000460687000001International audienceWe recently developed an electrothermal model to study the ...
We propose that in an HTS application, stability is lost more likely because of a global increase in...
Superconducting magnets are believed to be necessary for fusion power reactors. High flux levels of ...
Superconducting magnets for fusion power reactors are discussed. The Large Coil Program for developi...
This paper presents a study of the thermal effects on quench performance for several Large Hadron Co...
This thesis describes a portfolio of work aimed at the high field applications of superconductors an...
In recent years, there has been a growing interest in nuclear fusion as energy source due to its sev...
Controlled nuclear fusion has been the subject of experimental and analytical studies for more than ...
Superconducting magnets are often proposed to confine plasma in fusion reactors. Superconducting mat...
The role of superconducting magnets in Magnetic Fusion Energy Research and Development is assessed f...
A survey has been carried out for various potential structural safety problems of superconducting fu...
Operators of complex machinery must always think ahead to consider possible future operational threa...
In the design of superconducting magnets for accelerator and the quench protection systems, it is ne...
This work focuses on thermal transients in a superconducting combined function magnet. Its goals are...
The maximum obtainable magnetic induction of accelerator magnets, relying on normal conducting cable...
WOS:000460687000001International audienceWe recently developed an electrothermal model to study the ...
We propose that in an HTS application, stability is lost more likely because of a global increase in...
Superconducting magnets are believed to be necessary for fusion power reactors. High flux levels of ...
Superconducting magnets for fusion power reactors are discussed. The Large Coil Program for developi...
This paper presents a study of the thermal effects on quench performance for several Large Hadron Co...
This thesis describes a portfolio of work aimed at the high field applications of superconductors an...
In recent years, there has been a growing interest in nuclear fusion as energy source due to its sev...
Controlled nuclear fusion has been the subject of experimental and analytical studies for more than ...
Superconducting magnets are often proposed to confine plasma in fusion reactors. Superconducting mat...
The role of superconducting magnets in Magnetic Fusion Energy Research and Development is assessed f...
A survey has been carried out for various potential structural safety problems of superconducting fu...
Operators of complex machinery must always think ahead to consider possible future operational threa...
In the design of superconducting magnets for accelerator and the quench protection systems, it is ne...