Patent ID: 7235972

Claim:
A method for examining at least one object, during which properties of the object are detected within a spatial frequency space formed by spatial frequencies in various measurements, characterized in that after a first HF excitation, first and second measurements are made in first areas of the spatial frequency space, whereby the measurements each acquire the object in a central area of the spatial frequency space at a high acquisition rate and in peripheral areas of the spatial frequency space at a lower acquisition rate than in the respective central area of the spatial frequency space, whereby the first measurement is made within a time interval after the HF excitation, said interval being selected in such a way that the first measurement is essentially T1-weighted, that the second measurement is made within a later time interval, whereby the later time interval is selected in such a way that the second measurement is essentially T 2 *-weighted, that subsequently an additional HF excitation is performed, that after the additional HF excitation, at least two additional measurements are made in second areas that are different from the first areas, whereby the second areas likewise encompass the central area of the spatial frequency space having a high acquisition rate and peripheral components of the spatial frequency space having a lower acquisition rate than the central area, whereby the first measurement made after the additional excitation is made within a time interval after the additional HF excitation, which is selected in such a way that the first measurement is essentially T 1 -weighted, that an additional measurement after the additional HF excitation is made within a later time interval, whereby the additional time interval is selected in such a way that the additional measurement is essentially weighted with T2* and that subsequently, the measurements weighted with T 1 are combined to form one image and the measurements weighted with T 2 * are combined to form and additional image.