Question

Derive a value for the longitudinal relaxation time $\tau_1$ (in seconds) from the magnetization $\left(M_z\right)$ recovery curve given in Fig. 11.14. Time $t_0$ marks the end of a $90^{\circ}$ pulse. 

   Derive a value for the longitudinal relaxation time $\tau_1$ (in seconds) from the magnetization $\left(M_z\right)$ recovery curve given in Fig. 11.14. Time $t_0$ marks the end of a $90^{\circ}$ pulse.
Electron Paramagnetic Resonance: Elementary Theory and Practical Applications
Electron Paramagnetic Resonance: Elementary Theory and Practical Applications
John A. Weil, James… 2nd Edition
Chapter 11, Problem 5 ↓

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This is typically the maximum value of the magnetization that can be achieved in the system.  Show more…

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Derive a value for the longitudinal relaxation time $\tau_1$ (in seconds) from the magnetization $\left(M_z\right)$ recovery curve given in Fig. 11.14. Time $t_0$ marks the end of a $90^{\circ}$ pulse.
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