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The Complete Deconvolution Procedure

In this procedure, the phase lag is used to calculate the in- and out-of-phase components of the cyclic heat capacity. Viz [Pg.9]

C cos (j) = phase-corrected reversing heat capacity = CpPCR (18) C sin 0 = kinetic heat capacity = CpK (19) [Pg.9]

In reality, the phase angle cannot usually be used directly. A baseline correction is required. This is dealt with in the calibration section below. [Pg.9]

The complete deconvolution then proceeds in the same way as for the simple deconvolution, except that the phase-corrected reversing heat capacity is used instead of the reversing heat capacity. Thus [Pg.9]

all of the signals can also be expressed as heat flows. [Pg.9]


FIGURE 4.3 Flowchart representing the complete deconvolution procedure for TA Instruments MTDSC signals. [Pg.108]


See other pages where The Complete Deconvolution Procedure is mentioned: [Pg.109]    [Pg.9]    [Pg.10]   


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