< Topic > The picture which digitalizes T1 mainly offer the imaging method of this kind which it occurs in connection with high signal anti- noise. Furthermore, although the aforementioned imaging method is executed, offer the nuclear spin tomography device of this kind which is suitable.Solutions This invention mainly possesses high signal anti- noise concerns and high three-dimensional resolution regards imaging method and the nuclear spin tomography device which generate the picture which T1 the several is quantified. According to this invention, this imaging method, that at least selecting one layer selective - high frequency impulse and layer, the magnetic slope which encodes the k- space (G x, G y and G z) features that at least it possesses one which includes data acquisition module. The data which is acquired states the point in time of spin-lattice relaxation, the data acquisition module which acquires the data in this case reels one another point in time at least and returning is obtained. Furthermore at least one 180- high frequency impulse or it is connected to data acquisition module because at least one which at least is preceded in one 180- high frequency impulse and 180- high frequency impulse 90- high frequency impulse generates spin-lattice relaxation. Magnetic slope G x and G y to be connected in order to encode the k- space on the basis of layer selective - high frequency impulse, because in this case magnetic slope G time lapse of x and G y occurs in sine condition, the helical cover of the k- space occurring, and furthermore the data is acquired during k- spatial encoding.【課題】主にT1 を数値化した画像を高い信号対ノイズの関係で生じるこの種のイメージング方法を提供すること。さらに、前記イメージング方法を実施するのに適しているこの種の核スピン断層撮影装置を提供すること。【解決手段】この発明は、高い信号対ノイズ関係と高い立体的解像度を有する主にT1 を数量化した画像を発生させるイメージング方法と核スピン断層撮影装置に関する。この発明によると、このイメージング方法は、それが少なくとも一つの層選択的α-高周波数インパルス並びに層を選択してk-空間を符号化する磁気勾配(Gx ,Gy ,Gz )を包含する少なくとも一つのデータ取得モジュールを有することを特徴とする。取得されたデータはスピン格子緩和の時点を記載し、この際にデータを取得するデータ取得モジュールが少なくとも一つの別の時点を繰り返えされる。さらに少なくとも一つの18
