Zirconium　oxide　containing　titanium　with　ordered　pore-arrangement　was　synthesized　by　the　surfactant-assisted　route,　under　the　hydrothermal　condition.　X-ray　powder　diffraction,　nitrogen　adsorption,　TEM,　UV-Vis　spectroscopy　and　Raman　spectroscopy　methods　were　adopted　for　the　study　on　the　synthesized　materials.　The　results　obtained　show　that　it　is　helpful　to　increase　the　BET　surface　areas　when　the　amount　of　titanium　is　less　than　15mol%,　and　that　less　than　30mol%　of　doping　of　titanium　can　be　successfully　incorporated　into　the　framework　of　zirconium　oxide.　Nevertheless,　the　ordering　of　the　pore　structure　will　decrease　with　the　amount　of　doping　and　the　noncrystal　titania　will　appear　on　the　surface　of　the　pore　structure,　once　the　amount　of　doping　is　more　than　30mol%.