NINT coils. (a) shows a NINT coil including the superconducting ...
The coil exhibited the positive features of the NINT design with very low induced voltages and a predictable redistribution of current and resulting volumetric heating.
the two distinct conductor and coil technologies developed in the first phase of the TFMC Program (VIPER Cables [6] and no-insulation no-twist, or NINT, coils [7]) and summarizes the …
Experimental Assessment and Model Validation of the SPARC …
The tests include detailed comparisons to a hierarchy of electromagnetic and structural models of the coil. The tests confirm the ability of the no-insulation no-twist (NINT) configuration to …
Non-uniform current distribution in parallel-wound no-insulation …
2023年10月12日 · A parallel-wound no-insulation (PWNI) high-temperature superconductor (HTS) coil is a kind of pancake-shaped no-insulation (NI) coil wound with parallel-stacked HTS tapes, …
<br>SPARC 环形场模型线圈的实验评估和模型验证,IEEE …
2023年11月14日 · 测试证实了无绝缘无扭 (nint) 配置能够在稀土钇钡铜氧化物 (rebco) 磁带叠层上提供高度稳定的直流操作，峰值磁场超过 20 t。 模块化 TFMC 方法的优势得到了验证，包括 …
VIPER HTS cables No Insulation No Twist (NINT) Coils • Based on traditional SC CICC cables using the TSTC architecture for REBCO tapes [1] • Demonstrated high IxB robustness, fiber …
briefly reviews the two distinct conductor and coil technologies developed in the first phase of the TFMC Program—Vacuum pressure impregnated, insulated, partially transposed, extruded, …
NINT coils. (a) shows a NINT coil including the superconducting ...
These tests provided experimental data on the electromagnetic behaviour of the coils, particularly on the high cryostability of the coils and passive self-protection during quench by uniformly...
(PDF) Experimental Assessment and Model Validation of the …
2023年11月1日 · The coil exhibited the positive features of the NINT design with very low induced voltages and a predictable redistribution of current and resulting volumetric heating.
The SPARC Toroidal Field Model Coil Program - Semantic Scholar
Fig. 3: NINT coils. (a) shows a NINT coil including the superconducting terminals and instrumentation cabling. (b) shows a NINT coil configured for 15 K testing at the MIT PSFC.