Silicon　based　anode　materials　has　got　significant　attention　in　recent　years　due　to　its　environmental　affinity,　lower　cost　and　high　capacity　in　lithium　ion　batteries.　The　Photo　cured　3D　porous　Silica-carbon　membrane　(SiO2-C　material)　was　synthesized　via　binary　phase　solid　state　photo-polymerization,　freeze　dried　to　obtain　porous　membrane　and　then　used　as　template　to　get　silica　deposited　membrane　by　chemical　vapor　deposition　method　(CVD)　at　30　degrees　C,　followed　by　calcination.　The　silicon　deposition　has　been　confirmed　by　X-ray　photoelectron　spectroscopy　(XPS)　and　energy　dispersive　spectrometer　(EDS).　The　Barret-Joyner-Halenda　(BJH)　pore　size　distribution　results　showed　the　pore　size　of　10.2924　nm　and　surface　area　of　21.1957　m(2)/g　with　cumulative　pore　volume　of　0.040248　cm(3)/g.　The　first　discharge　capacity　reached　to　719　mAhg(-1)　with　79.94%　columbic　efficiency　regarding　first　cycle　and　discharge　capacity　for　100　cycles　reached　to　693　mAhg(-1)　with　99%　columbic　efficiency,　which　indicated　high　reaction　reversibility.　The　silicon　deposition　with　a　porous　structure　improved　the　electronic　conductivity　and　stabilized　the　material.　The　better　electrochemical　performance　observed　could　be　due　to　porous　structure　and　carbon　matrix　of　SiO2-C　material.　(C)　2019　Elsevier　B.V.　All　rights　reserved.