NOVELTY - The system has two tubing systems for allowing a cooling gas to interact with a high-field and low-field strength superconducting material so as to thermosiphon-cool the high-field and low-field strength superconducting material. A cooling gas comprises helium (He), hydrogen (H2), neon (Ne) and nitrogen (N2). The super conducting material comprises niobium tin (NbSn), niobium titanium (NbTi). The cooling gas in liquefied form is configured to flow through the tubing systems. Outlets of the tubing systems are located at a same location on a surface of the cylindrical structure.    USE - System for cooling superconducting material used for magnetization of magnets used in wind turbine (claimed). Can also be used in power systems such as marine vessels, stationary units such as power plants, off-highway vehicles, agriculture vehicles and transportation vehicles.    ADVANTAGE - The cryocooler cooling power is used for direct cooling so that the special heat sinks are not required for magnetizing rotors. The thermosiphon cooling can effectively transports the heat away from the coil to liquefaction fins of the cryocooler. The heat pipes act as highly efficient heat spreaders to maintain the uniformity of the cooling of the racetrack coils during ramping and steady state operation. The yoke is configured to improve the efficiency of the magnetization process by reducing fringe magnetic fields and balancing radial forces produced by the racetrack coils. The self-contained wicking panel film is placed within a conduction cooled system that includes the vacuum chamber and a thermal shield that minimizes the amount of radiation experienced by the wicking panel film.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for cooling superconducting material used for magnetization of magnets.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of system for superconducting material used for magnetization of magnets.    Yoke (10)    Permanent magnets (12)    Racetrack coils (14,15)    Rotor (16)    Magnetizer assembly (19)