When high temperature superconducting (HTS) current leads (CL) carry AC transport current, AC loss occurs. For the HTSCLs of fault current Iimiter (FCL), fusion magnet and superconducting energy magnetic system (SMES), their transport current are non-sinusoidal waveform of which AC loss are difficult to be estimated. It is important to analyze the AC loss of HTSCLs with non-sinusoidal current wave. In this paper, we firstly proposed two kinds structure of HTSCLs and then calculated the AC loss of them with the specific current waveform by using finite element method (FEM) software COMSOL. Finally the AC loss results of these two structures of HTSCLs were compared and analyzed to select the preferred structure
本文データは学会の許諾に基づきJ-stageから複製したものである。The AC loss characteristics of high Tc superconductors are reviewe...
The study of AC losses in superconducting pancake coils is of utmost importance for the development ...
Alternating current (AC) or magnetic field leads to heat generation in otherwise lossless supercondu...
AC losses in racetrack coils that are wound of YBCO tapes are measured for sinusoidal and non-sinuso...
Current leads in superconducting magnets are widely adopted for heavy current transmission, and HTS ...
A formulation for the computation of AC losses in technical HTS conductors by using commercial FEM p...
AbstractIn this study, we present a new calculation model of AC loss in a high-temperature supercond...
International audienceThe influence of the current waveform on the ac losses of a superconductor is ...
AC loss is an intractable and inevitable issue on high temperature superconducting (HTS) coils. In s...
In this paper losses in superconducting composite tapes carrying ac transport current in external ac...
This paper presents the power dissipation analysis on high-temperature superconducting (HTS) coated ...
Application of high-temperature superconducting devices become promising in power networks, and tran...
To replace conventional normal conducting solutions in electrotechnical devices, high-Tc superconduc...
AC loss can be a significant problem for any applications that utilize or produce an AC current or m...
AC losses in high-temperature superconductors are modelled as a highly non-linear diffusion process....
本文データは学会の許諾に基づきJ-stageから複製したものである。The AC loss characteristics of high Tc superconductors are reviewe...
The study of AC losses in superconducting pancake coils is of utmost importance for the development ...
Alternating current (AC) or magnetic field leads to heat generation in otherwise lossless supercondu...
AC losses in racetrack coils that are wound of YBCO tapes are measured for sinusoidal and non-sinuso...
Current leads in superconducting magnets are widely adopted for heavy current transmission, and HTS ...
A formulation for the computation of AC losses in technical HTS conductors by using commercial FEM p...
AbstractIn this study, we present a new calculation model of AC loss in a high-temperature supercond...
International audienceThe influence of the current waveform on the ac losses of a superconductor is ...
AC loss is an intractable and inevitable issue on high temperature superconducting (HTS) coils. In s...
In this paper losses in superconducting composite tapes carrying ac transport current in external ac...
This paper presents the power dissipation analysis on high-temperature superconducting (HTS) coated ...
Application of high-temperature superconducting devices become promising in power networks, and tran...
To replace conventional normal conducting solutions in electrotechnical devices, high-Tc superconduc...
AC loss can be a significant problem for any applications that utilize or produce an AC current or m...
AC losses in high-temperature superconductors are modelled as a highly non-linear diffusion process....
本文データは学会の許諾に基づきJ-stageから複製したものである。The AC loss characteristics of high Tc superconductors are reviewe...
The study of AC losses in superconducting pancake coils is of utmost importance for the development ...
Alternating current (AC) or magnetic field leads to heat generation in otherwise lossless supercondu...