Table 2.
Polymer | Inorganic Component | Inorganic Precursor | Method | Reference |
---|---|---|---|---|
Poly(ethylene oxide) | SiO2 | TEOS | Sol–gel | [88] |
Polypropylene | TiO2 | TBO | [89,90] | |
SiO2 | TEOS | [91] | ||
Polyimide | SiO2 | [92] | ||
Polysulfone | TiO2 | TBO | [101] | |
Poly(vinyl-co-acetate) | SiO2 | TPO 1 | [102] | |
Polyethylene-octene | SiO2 | Si(OH)4 | [103] | |
Polyaniline | SiO2 | TEOS | Combination of sol–gel and in situ polymerization | [93] |
Poly(ethylene terephthalate) | ZnO | ZA 2 | Combination of sol–gel and electrospinning | [94] |
SiO2 | TEOS | Sol–gel | [104] | |
Nafion | TiO2 | TBO | [105] | |
Unidentified 3 | Si | SiCl4 | Solution-based reduction | [95] |
Polystyrene | CdS | CA 4 | In situ precipitation | [106] |
Epoxy | TiO2 | TBO | Solvothermal synthesis | [31] |
SiO2 | TEOS | Reverse microemulsion | [107] |
1 Tetrapropoxysilane; 2 Zinc acetate dehydrate; 3 Polymerization of cyclopentadiene into dienophilic oligomers, and possible polysilole, is suspected; 4 Cadmium acetate.