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Cited by 11 publications
(4 citation statements)
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“…It was indicated that the total weight loss of the polymerized FA (until conversion to carbon is complete) was almost the same as that of Al-PCP. Actually, it was previously reported that when only polymerized FA was measured by TG analysis (from 100 to 900 °C) about a 50 wt % weight loss was confirmed . Also, the original Al-PCP showed about a 55 wt % weight loss in total (Figure ).…”
Section: Resultsmentioning
confidence: 65%
“…It was indicated that the total weight loss of the polymerized FA (until conversion to carbon is complete) was almost the same as that of Al-PCP. Actually, it was previously reported that when only polymerized FA was measured by TG analysis (from 100 to 900 °C) about a 50 wt % weight loss was confirmed . Also, the original Al-PCP showed about a 55 wt % weight loss in total (Figure ).…”
Section: Resultsmentioning
confidence: 65%
“…The weight loss observed below 200 C (4.6 wt%) is caused by the desorption of physisorbed water, and the subsequent weight loss (6.7 wt%) between 200 and 300 C coincides with the cross-linking of PFA. 20 The weight loss (16.7 wt%) which occurred at 400-900 C corresponds to the dehydrogenation and carbonization of PFA and condensation of silicate species. For the nanocomposites with different organic contents after calcination at 350 C in nitrogen, the TGA curves recorded in air flow display similar trends, except their distinct weight losses (Fig.…”
Section: Constitution Of the Frameworkmentioning
confidence: 99%
“…[24][25][26] Outra banda de absorção importante está relacionada a vibrações da ligação Si-OH em ~950 cm -1 . [27][28][29] No caso das resinas epóxi novolaca, entre os vários picos de absorção que podem ser observados em seus espectros FTIR, o de maior importância é o pico em ~912 cm -1 referente ao anel epóxi. Outros picos importantes situam-se em ~3000 cm -1 , atribuído ao estiramento CH no anel epóxi, pico em 1509 cm -1 , atribuído ao estiramento das ligações C=C dos anéis benzênicos, pico em ~1238 cm -1 , atribuído principalmente ao estiramento da ligação éter anel aromático-oxigênio, e o pico em ~1030 cm -1 , atribuído à vibração do grupo -OH 2 -.…”
Section: Resultados E Discussão Análises Dos Espectros De Radiação Deunclassified