Search Results - "Abacherli, V."

Grain Growth, Morphology, and Composition Profiles in Industrial }} Wires by Uglietti, D., Abacherli, V., Cantoni, M., Flukiger, R.

“…The A15 formation process in Nb 3 Sn wires has been revisited. The progress of the reaction was studied by a careful FE-SEM study after a series of heat…”
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Investigation on the effect of ta additions on Jc and n of (Nb, Ti)3sn bronze processed multifilamentary wires at high magnetic fields by ABACHERLI, V, BUTA, F, UGLIETTI, D, SENATORE, C, SEEBER, B, FLUKIGER, R

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The influence of Ti doping methods on the high field performance of (Nb,Ta,Ti)/sub 3/Sn multifilamentary wires using Osprey bronze by Abacherli, V., Uglietti, D., Lezza, P., Seeber, B., Flukiger, R., Cantoni, M., Buffat, P.-A.

“…We have analyzed the influence of the two different Ti doping methods on the superconducting properties of bronze processed (Nb,Ta,Ti)/sub 3/Sn…”
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The Influence of Ti Doping Methods on the High Field Performance of $(rm Nb,rm Ta,rm Ti)_3rm Sn$ Multifilamentary Wires Using Osprey Bronze by Abacherli, V., Uglietti, D., Lezza, P., Seeber, B., Flukiger, R., Cantoni, M., Buffat, P.-A.

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Transport critical current densities and n factors in mono- and multifilamentary MgB/sub 2//Fe tapes and wires using fine powders by Suo, H.L., Lezza, P., Uglietti, D., Beneduce, C., Abacherli, V., Flukiger, R.

“…Mono- and multifilamentary MgB/sub 2//Fe tapes and wires with high transport critical current densities have been prepared using the powder-in-tube (PIT)…”
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The influence of ti doping methods on the high field performance of (Nb, Ta, Ti)3Sn multifilamentary wires using osprey bronze by ABÄCHERLI, V, UGLIETTI, D, LEZZA, P, SEEBER, B, FLÜKIGER, R, CANTONI, M, BUFFAT, P.-A

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Grain growth, morphology, and composition profiles in industrial Nb3Sn wires by UGLIETTI, D, ABÄCHERLI, V, CANTONI, M, FLIIKIGER, R

“…With further progress of the A15 layer and the continuous flow of Sn through the already formed layers, a decomposition of the columnar grains to equiaxed…”
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Transport properties up to 1000 A of Nb3Sn wires under transverse compressive stress by SEEBER, B, FERREIRA, A, ABÄCHERLI, V, BOUTBOUL, T, OBERLI, L, FLIIKIGER, R

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Critical current vs. Strain for LTS wires up to 21 T by Uglietti, D., Seeber, B., Abacherli, V., Banno, N., Flukiger, R.

“…We have developed a device for the electro-mechanical characterization of long high current technical LTS wires and tapes up to 21 T. Our device is based on…”
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(Nb,Ta,Ti) 3Sn multifilamentary wires using Osprey bronze with high tin content and NbTa/NbTi composite filaments by Abächerli, V, Uglietti, D, Seeber, B, Flükiger, R

“…Several (Nb,Ta,Ti) 3Sn multifilamentary wires with different Ti contents (up to 0.6 wt.%), but identical configuration have been processed using the bronze…”
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Transport properties and exponential n-values of Fe/MgB2 tapes with various MgB2 particle sizes by Lezza, P., Abächerli, V., Clayton, N., Senatore, C., Uglietti, D., Suo, H.L., Flükiger, R.

“…Fe/MgB2 tapes have been prepared starting with pre-reacted binary MgB2 powders. As shown by resistive and inductive measurements, the reduction of particle…”
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Transport critical current densities and n factors in mono- and multifilamentary MgB2/Fe tapes and wires using fine powders by SUO, H. L, LEZZA, P, UGLIETTI, D, BENEDUCE, C, ABÄCHERLI, V, FLÜKIGER, R

“…Mono- and multifilamentary MgB2/Fe tapes and wires with high transport critical current densities have been prepared using the powder-in-tube (PIT) process…”
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Critical current vs. strain measurements of long length Nb3Sn wires up to 1000 A and 17 T using a modified Walters spring by UGLIETTI, D, SEEBER, B, ABÄCHERLI, V, THÖNER, M, FLÜKIGER, R

“…In our design, and in contrast to the original Walters spiral, the superconducting wire lies in a machined groove and is only soldered to Cu contacts at both…”
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Specific Heat, A Method to Determine the T Distribution in Industrial Wires Prepared by Various Techniques by Senatore, C., Uglietti, D., Abacherli, V., Junod, A., Flukiger, R.

“…A new calorimeter has been built with the special purpose to determine the distribution of T c in industrial superconducting wires. Specific heat measurements…”
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Specific Heat, A Method to Determine the Tc Distribution in Industrial 3 Wires Prepared by Various Techniques by Senatore, C, Uglietti, D, Abacherli, V, Junod, A, Flukiger, R

“…The advantage of this technique consists in the fact that the measurement is performed in presence of the Cu-Sn matrix, i.e. the filaments are measured under…”
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Specific Heat, A Method to Determine the T sub(c) Distribution in Industrial Nb sub(3)Sn Wires Prepared by Various Techniques by Senatore, C, Uglietti, D, Abacherli, V, Junod, A, Flukiger, R

“…A new calorimeter has been built with the special purpose to determine the distribution of T sub(c) in industrial superconducting wires. Specific heat…”
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Grain Growth, Morphology, and Composition Profiles in Industrial Nb sub(3)Sn Wires by Uglietti, D, Abacherli, V, Cantoni, M, Flukiger, R

“…The A15 formation process in Nb sub(3)Sn wires has been revisited. The progress of the reaction was studied by a careful FE-SEM study after a series of heat…”
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Transport Properties up to 1000 A of Wires Under Transverse Compressive Stress by Seeber, B., Ferreira, A., Abacherli, V., Boutboul, T., Oberli, L., Flukiger, R.

“…The effect of transverse compressive stress on the superconducting transport currents of multifilamentary Nb 3 Sn wires have been measured at 19 T using a…”
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Investigation on the Effect of Ta Additions on J and n of (,) Bronze Processed Multifilamentary Wires at High Magnetic Fields by Abacherli, V., Buta, F., Uglietti, D., Senatore, C., Seeber, B., Flukiger, R.

“…We have analyzed the influence of Ta on the superconducting properties of Ti doped bronze processed (Nb, Ta, Ti) 3 Sn multifilamentary wires. The study was…”
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Transport Properties up to 1000 A of 3 Wires Under Transverse Compressive Stress by Seeber, B, Ferreira, A, Abacherli, V, Boutboul, T, Oberli, L, Flukiger, R

“…The effect of transverse compressive stress on the superconducting transport currents of multifilamentary Nb3Sn wires have been measured at 19 T using a newly…”
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