Starch-g-PVA / hydroxyapatite complex hydrogel was prepared with two- repeated freezing/thawing circles. SEM observation results exhibits that hydroxyapatite is dispersed in starch-g-PVA in nanoscale. Thermogravimetri...Starch-g-PVA / hydroxyapatite complex hydrogel was prepared with two- repeated freezing/thawing circles. SEM observation results exhibits that hydroxyapatite is dispersed in starch-g-PVA in nanoscale. Thermogravimetric analysis curves show that the remained fraction keeps the same at the temperatures higher than 490℃. It was found the dried starch-g-PVA/hydroxyapatite films could resuell within 12 minutes.展开更多
文摘Starch-g-PVA / hydroxyapatite complex hydrogel was prepared with two- repeated freezing/thawing circles. SEM observation results exhibits that hydroxyapatite is dispersed in starch-g-PVA in nanoscale. Thermogravimetric analysis curves show that the remained fraction keeps the same at the temperatures higher than 490℃. It was found the dried starch-g-PVA/hydroxyapatite films could resuell within 12 minutes.
