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Fig. 5 Study on the flame-retardant property of TPP.

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Presentation on theme: "Fig. 5 Study on the flame-retardant property of TPP."— Presentation transcript:

1 Fig. 5 Study on the flame-retardant property of TPP.
Study on the flame-retardant property of TPP. (A) DSC of the separator. (B) The UV/Vis spectrum of TPP that has been dissolved in the EC/DEC electrolyte before and after the was heated up to 160°C. (C) The percentage of TPP being released into the electrolyte before and after thermal triggering at 160°C. The calculated percentage after thermal triggering is slightly above 100%, possibly because of the evaporation of solvent during heating. (D to F) Digital photographs showing the flammability of the separator wetted by the electrolyte. The respective times, counted from the time when the electrolyte started to burn, are indicated in each picture. The diameter of the separator is 1.6 cm. Kai Liu et al. Sci Adv 2017;3:e Copyright © 2017, The Authors

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