The present invention relates to an isocentric magnetic resonance imaging method for an open magnetic resonance imaging device for displaying a wide image area by correcting geometric distortion using an image stitching algorithm capable of synthesizing undistorted images acquired at the isocenter of magnetism. The open magnetic resonance imaging device given in the present invention includes: a magnetic field unit which includes a pair of MR stimulus line units, a pair of gradient coil units, a pair of RF coil units, and a pair of receiving coil units facing each other from the top and the bottom of a recording space a data acquisition unit which acquires an MR receiving signal received by the receiving coil units in a digital data format a data processing unit which processes the MR receiving signal received from the data acquisition unit to expand the area of interest and obtain a cross-sectional image without distortion in position data and size data. The isocentric magnetic resonance imaging method for the open magnetic resonance imaging device includes: an area division definition step for measuring geometric distortion and area division of a magnetic resonance image according to the predefined distortion tolerance an area division number setting step for setting the number of divided area corresponding to the inputted image taking area an image taking step for taking an image after moving a patient table to the left of the isocenter and taking an image after moving the patient to the right of the isocenter and a final image detecting step for obtaining a final image by combining the image after moving the patient table to the left and the image after moving the patient to the right.COPYRIGHT KIPO 2014본 발명은, 자기의 등중심(isocenter)에서 얻은 비왜곡 영상들을 합성하는 영상 스티칭(image stitching) 알고리듬을 이용하여, 기하학적 왜곡 보정을 행하여 보다 넓어진 영상영역을 보여주는, 개방형 자기공명영상기기에서 자장중심자기공명영상화 방법에 관한 것이다.본 발명은, 촬영 공간을 기준으로 상하에 서로 대향하는 한 쌍의 MR자극선부와 한 쌍의 경사 코일부 및 한 쌍의 RF 코일부, 한 쌍의 수신 코일부를 구비한 자기장부 수신 코일부가 수신한 MR 수
