Abstract: In a method for determining a normalized MR relaxation parameter for an object using an imaging sequence where the MR signal of the object under examination is detected at a first echo time and at a second echo time, a first MR signal for the object under examination obtained at the first echo time is determined, a second MR signal for the object under examination obtained at the second echo time is determined, a first reference MR signal obtained at the first echo time from a reference tissue having a known value for the MR relaxation parameter is determined, a second reference MR signal obtained at the second echo time from the reference tissue is determined, and the normalized MR relaxation parameter is calculated based on the first MR signal, the second MR signal, the first echo time, the second echo time, and the first and second reference MR signal.

Abstract: In a method for determining a normalized MR relaxation parameter for an object using an imaging sequence where the MR signal of the object under examination is detected at a first echo time and at a second echo time, a first MR signal for the object under examination obtained at the first echo time is determined, a second MR signal for the object under examination obtained at the second echo time is determined, a first reference MR signal obtained at the first echo time from a reference tissue having a known value for the MR relaxation parameter is determined, a second reference MR signal obtained at the second echo time from the reference tissue is determined, and the normalized MR relaxation parameter is calculated based on the first MR signal, the second MR signal, the first echo time, the second echo time, and the first and second reference MR signal.