pyepr.sequences.T1InversionRecoverySequence
===========================================

.. py:class:: pyepr.sequences.T1InversionRecoverySequence(*, name, B, reptime, averages, shots, LO=None, freq=None, **kwargs)

   Bases: :py:obj:`Sequence`


   Represents a T1 Inversion Recovery Sequence. 

   Sequence:
   [\pi -      au - \pi/2 -    au - echo]

   Parameters
   ----------
   B : int or float
       The B0 field, in Guass
   LO : int or float
       The LO frequency in GHz
   reptime : _type_
       The shot repetition time in us
   averages : int
       The number of scans.
   shots : int
       The number of shots per point
   start : float
       The minimum interpulse delay in ns, by default 300 ns
   step : float
       The step size of the interpulse delay in ns, by default 50 ns
   dim : int
       The number of points in the X axis

   Optional Parameters
   -------------------
   pi2_pulse : Pulse
       An autoEPR Pulse object describing the excitation pi/2 pulse. If
       not specified a RectPulse will be created instead. 
   pi_pulse : Pulse
       An autoEPR Pulse object describing the refocusing pi pulses. If
       not specified a RectPulse will be created instead. 


   Represents an experimental pulse sequence.


   :Parameters:

       **name** : str
           The name of this pulse sequence

       **B** : float
           The magnetic field for this sequence in Gauss.

       **freq** : float
           The central frequency of this sequence. I.e. The frequnecy at which
           a zero offset pulse is at. 

       **reptime** : float
           The shot repetition time in us.

       **averages** : int
           The number of scans to be accumulated.

       **shots** : itn
           The number of shots per point.

       **LO** : float
           The now deprecated local oscillator frequency. freq should be used.














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