Year: 1996
Type: article
Abstract: A NblSn dipole magnet (D20) has been cable (37-0.75mmdia strands) with a 1.57mm (1.65mmdesigned, constructed, and tested at LBNL.Previously, we had meas.)thickness and a 14.66mm (I4.66mm-meas.)width reported[1] tes t results from a hybrid design dipole which under a load of 34.5 MPa.These cable strands were made by contained a similar inner NblSn and outer NbTi winding.This two different ma nufacturers-Teledyne Wah Chang and paper prese nts the final assembly characteristics and Interm agnetics General.The outer two layers (3&4) use parameters which will be compared with those of the original another size cable (47-0.48mmdi a strands) with a 1.l2mm magnet design [2].The actual winding size was determined and (1.30mm-meas.)thickness and a 11.89mm (I1.91mm-meas.) a secondary calibrat ion of the assembly pre-load was done by width under a load of 34.5MPa.These cable strands were pressure sensitive film.The actual azimuthal and radial D20 manufactured by Teledyne Wah Chang.All of the cabling was pre-loading was accomplished by a very controllable novel done at the LBNL cabling fac ility.The coi l design numbers as stretched wire technique.D20 reached 12.8T(4.4K)and well as the maximum values attained to date are given in Table 13.5T(1.8K)the hi ghest dipole magnetic fields obtained to date I and II. in the world.
Language: English
Subfield: Electrical and Electronic Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W2108314218