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The freeze point model must thus be used with caution.
The freeze point data are provided in Table 1.
The freeze point of each blend was measured using a Phase Technology® FP-70X freeze point analyser conforming to the requirements of the ASTM D5972 method.
Certain predicted freeze point results were fairly accurate, whereas others were decidedly inaccurate, as indicated by the freeze point results of optimal mixture numbers two and nine.
The most notable outlier was validation mixture number nine, which exhibited a predicted freeze point of − 50.0 °C, compared to a measured freeze point of − 29.7 °C.
Let the target for freeze point be (T_{2} = hat{y}_{{2,{ hbox{min} }}}), i.e., the minimum value of the predicted freeze point from the model.
All optimum blends specified a freeze point below − 62 °C and viscosity smaller than 1.2 cSt.
Freeze point is influenced by the strength of the crystal lattice [22].
Accuracy of the freeze point prediction results also appeared to decrease significantly when n-paraffin > 0.05.
Figure 8 depicts the parity plot of freeze point for the validation mixtures.
The freeze point of jet fuel must be reported accurately to ± 1.0 °C [10].
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