Specialists of Neva-Magnet have a unique experience of creating electromagnets with coils wound, both with the usual "warm" conductors, and superconducting cables.
The International Tokamak Project (ITER)
From 1994 to 1998, the Neva-Magnet was a subcontractor of the NTC Center "Synthesis" of the Efremov Institute at the R&D stage of works for the International Tokamak (ITER). Within the framework of this activity, the development and manufacturing of technological equipment for testing of superconducting cables was carried out, and the concept of the Coil of the Toroidal Winding Conductor Inserts (KVPTO) was developed and the technology of its manufacturing on model coils was tested.
Test facility for testing superconducting cables of Cable-in-Conduit type in variable fields
Model coil for try-out the winding technology of the sc cable of Cable-in-Conduit type and the technology of conductor transfer from tool for heat treatment of Nb3Sn into the slots on the inner surface of the support mandrel for the Coil of the Toroidal Winding Conductor Inserts (TFCI)
Coils made of a hollow copper conductor for cyclotron SS 18/9 after vacuum compounding (STC "Cyclone", NIIEFA)
Magnet system of an electrodynamic separator (St. Petersburg Polytechnic University)
Superconducting Magnetic system of the "Probkotron" installation for study of ultracold neutrons (Petersburg Institute of Nuclear Physics named by B.P. Konstantinov), 1993.
Superconducting solenoid for neutron studies (Petersburg Institute of Nuclear Physics named by B.P. Konstantinov), 1995