Fig. 1. Procedure of making specimen for accelerated aging test
Fig. 2. Procedure of making specimen
Fig. 3. Chamber for accelerated aging test
Fig. 4. Consumption of DPA in CCC
Fig. 5. Consumption of DPA in CCC with TBP
Fig. 6. Consumption of ECL in CCC
Fig. 7. Consumption of ECL in CCC with TBP
Fig. 8. Arrhenius plot of the reaction rate constants of the DPA consumption in CCC
Fig. 9. Arrhenius plot of the reaction rate constants of the DPA consumption in CCC with TBP
Fig. 10. Arrhenius plot of the reaction rate constants of the ECL consumption in CCC
Fig. 11. Arrhenius plot of the reaction rate constants of the ECL consumption in CCC with TBP
Table 1. Accelerate aging test conditions of CCC
Table 2. Consumption of DPA in CCC
Table 3. Consumption of DPA in CCC with TBP
Table 4. Reaction rate constants of the consumption of DPA on the temperature
Table 5. Consumption of ECL in CCC
Table 6. Consumption of ECL in CCC with TBP
Table 7. Reaction rate constants of the consumption of ECL on the temperature
Table 8. Kinetic parameters of the consumption of DPA
Table 9. Kinetic parameters of the consumption of ECL
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