The invention discloses a separated superconducting magnet structure applied to a neutron scattering experiment. The separated superconducting magnet structure comprises a vertical hollow testing cavity, wherein the hollow testing cavity is located in the center and is used for placement of test sample pipes, an upper liquid helium closed container and a lower liquid helium closed container whichcorrespond to each other are respectively arranged at the upper and lower ends outside the testing cavity, are separated through the supporting of multiple wedge-shaped blocks and comprise helium slotinner cylinder walls, helium slot outer cylinder walls, coil support plates, cover plates and sealing plates, superconducting coils are respectively placed in cavities formed by the helium slot innercylinder walls, the coil support plates and the cover plates and are connected into a whole through screw rods, the outer end parts of the cavities are packaged through the helium slot outer cylinderwalls and the sealing plates, aluminum rings are respectively clamped to the end surfaces of the coil support plates, and a communication pipe for communicating the upper liquid helium closed container with the lower liquid helium closed container is further arranged between the coil supporting plates. The separated superconducting magnet structure is simple and compact in structure, convenient to mount, operate and maintain and has common university to the type of magnets.