A low-resistance niobium-three-tin superconducting wire joint and its manufacturing method
A superconducting wire, niobium-three-tin technology, applied in the field of superconducting wires, can solve the problems of harsh processing environment requirements, difficulty in ensuring production yield, high risk of magnet production, etc.
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Embodiment 1
[0078] Follow the steps below to make a low-resistance niobium-three-tin superconducting wire joint:
[0079] Step 1, the positioning block 1 is connected and fixed on the coil bobbin end plate 13 through at least two fixing screws 2, and the stainless steel groove 15 is horizontally connected to the support frame 7 through the threaded connector 14;
[0080] Step 2, extract the niobium-three-tin superconducting wire 10 from the skeleton, pass its taps through the second lead-out hole, the first lead-out hole and each insulating ceramic column 6 in turn, and then each insulating ceramic column 6 is sequentially supported by the magnetic support tube 5 The front port is fed into the magnetic support tube 5, and the tapped end of the niobium-three-tin superconducting wire 10 is drawn out from the end port of the magnetic support tube 5 and fixed in the stainless steel tank 15;
[0081] Step 3, in the stainless steel tank 15, according to the wire composition ratio and production...
Embodiment 2
[0088] Follow the steps below to make a low-resistance niobium-three-tin superconducting wire joint:
[0089] Step 1, the positioning block 1 is connected and fixed on the coil bobbin end plate 13 through at least two fixing screws 2, and the stainless steel groove 15 is horizontally connected to the support frame 7 through the threaded connector 14;
[0090] Step 2, extract the niobium-three-tin superconducting wire 10 from the skeleton, pass its taps through the second lead-out hole, the first lead-out hole and each insulating ceramic column 6 in turn, and then each insulating ceramic column 6 is sequentially supported by the magnetic support tube 5 The front port is fed into the magnetic support tube 5, and the tapped end of the niobium-three-tin superconducting wire 10 is drawn out from the end port of the magnetic support tube 5 and fixed in the stainless steel tank 15;
[0091] Step 3, in the stainless steel tank 15, according to the wire composition ratio and production...
Embodiment 3
[0098] Follow the steps below to make a low-resistance niobium-three-tin superconducting wire joint:
[0099] Step 1, the positioning block 1 is connected and fixed on the coil bobbin end plate 13 through at least two fixing screws 2, and the stainless steel groove 15 is horizontally connected to the support frame 7 through the threaded connector 14;
[0100] Step 2, extract the niobium-three-tin superconducting wire 10 from the skeleton, pass its taps through the second lead-out hole, the first lead-out hole and each insulating ceramic column 6 in turn, and then each insulating ceramic column 6 is sequentially supported by the magnetic support tube 5 The front port is fed into the magnetic support tube 5, and the tapped end of the niobium-three-tin superconducting wire 10 is drawn out from the end port of the magnetic support tube 5 and fixed in the stainless steel tank 15;
[0101] Step 3, in the stainless steel tank 15, according to the wire composition ratio and production...
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