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Gov/bridge. , Sriburi, P. & Phutrakul, S. (2011). Biodiesel Fuel Production by Methanolysis of Fish Oil Derived from the Discarded Parts of Fish Catalyzed by Carica papaya Lipase. World Academy of Science, Engineering and Technology, Vol. 76. p. 466-472. pdf. , Mittelbach, M. & Wörgetter, M. (2004). Review on biodiesel standardization world-wide. 2004, BLT Wieselburg, Austria. Prepared for IEA Bioenergy Task 39, Subtask “Biodiesel“. Schumacher, L. (January 2005). Biodiesel Lubricity. edu/bioenergy/biodieselED/publication/.

Phutrakul, S. (2011). Biodiesel Fuel Production by Methanolysis of Fish Oil Derived from the Discarded Parts of Fish Catalyzed by Carica papaya Lipase. World Academy of Science, Engineering and Technology, Vol. 76. p. 466-472. pdf. , Mittelbach, M. & Wörgetter, M. (2004). Review on biodiesel standardization world-wide. 2004, BLT Wieselburg, Austria. Prepared for IEA Bioenergy Task 39, Subtask “Biodiesel“. Schumacher, L. (January 2005). Biodiesel Lubricity. edu/bioenergy/biodieselED/publication/.

7). For each thickness this signal is averaged and the results for the natural logarithm of amplitude and phase versus sample’s thickness are shown in Fig. 3. The signal has a good stability, with a signal-tonoise ratio of 500, at the minimum. It is clear the accordance of both amplitude and phase with the predicted behavior in (Eq. 7). With these data, according to Eq. 9, we calculate the thermal diffusivity from both amplitude (ampl) and phase (phase) of the signal. The data fitting present a good regression coefficient, which is confirmed by the small uncertainties in the diffusivity values (Fig.

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