YBa2Cu3O7-delta　(YBCO)　films　with　SrZrO3　(SZO)　doping　have　been　prepared　successfully　by　a　non-vacuum,　low　cost,　and　easily　scalable　metal-organic　deposition　method,　and　their　microstructures　and　physical　properties　were　investigated.　From　the　analysis　of　x-ray　diffraction　and　phi-scan　results,　the　doped　films　had　sharp　biaxial　textures.　Although　the　doped　YBCO　film　had　a　wider　critical　temperature　transition　width　than　that　of　the　un-doped　YBCO　film,　the　critical　current　density,　J(c),　was　significantly　enhanced　under　applied　fields　as　compared　to　the　un-doped　film.　Furthermore,　the　ratio　of　J(c,　doped)　to　J(c,　un-doped)　became　gradually　larger　with　increasing　temperature　and　magnetic　field,　indicating　that　an　effective　pinning　force　was　created　by　SZO　doping.　These　results　clearly　demonstrate　that　there　are　appealing　prospects　for　applications　of　the　doped　film　in　high　magnetic　fields　and　temperatures.