3.2 Dynamic Analysis The BECy samples analyzed for this part have different amounts of nanoclay (1%, 3%, and 5%). summarizes the DSC data used when utilizing the dynamic Appendix, Table A1 models. The peak curing temperatures were obtained by the software finding the maximum value for the heat flow (Appendix, Using the described dynamic Fig. A1 A3). – models, two graphs were obtained for and Ozawa (Fig. and Kissinger’s 4 Fig. 5). Figure 4. Kissinger's model equations for different samples of BECy. Figure 5. Figure 3 Ozawa model equations for different samples of BECy. model says that for the line plotted by 1/T Kissinger’s ln(β/T2) vs and These relations can be used to calculate and For example, for BECy with 1% nanoclay Ea A. heated at rate of 2.5 K/ min.
3.2 Dynamic Analysis The BECy samples analyzed for this part have different amounts of nanoclay (1%, 3%, and 5%). Appendix, Table A1 summarizes the DSC data used when utilizing the dynamic models. The peak curing temperatures were obtained by the software finding the maximum value for the heat flow (Appendix, Fig. A1 – A3). Using the described dynamic models, two graphs were obtained for Kissinger’s and Ozawa (Fig. 4 and Fig. 5). Figure 4. Kissinger's model equations for different samples of BECy. Figure 5. Figure 3 Ozawa model equations for different samples of BECy. Kissinger’s model says that for the line plotted by ln(β/T2) vs 1/T and These relations can be used to calculate Ea and A. For example, for BECy with 1% nanoclay heated at rate of 2.5 K/ min.