Through　replacing　copper　Tri-fluoroacetate　by　copper　alpha-methacrylic　in　Metal　Organic　Deposition　(MOD)　process,　the　total　amount　of　fluorine　in　YBCO　precursor　solution　was　reduced　by　about　50%.　As　a　result,　the　calcination　period　for　YBCO　precurse　film　was　dramatically　reduced.　The　calcination　time　was　reduced　to　2h,　only　one　seventh　of　that　In　all-Fluorine　MOD　process.　X-ray　diffraction　and　scanning　electronic　microscope　(SEM)　measurements　show　that　YBCO　films　have　strong　YBCO(001)　peaks　and　crack-free　surface.　The　critical　2　temperature　(T-c)　and　critical　Current　density　(J(c)　at　self-field,　77K)　are　90K　and　2.84MA/cm(2),　respectively.　Furthermore,　the　property　of　YBCO　film　prepared　by　the　fluorine-reduced　MOD　method　is　enhanced　greatly　by　Incorporating　6mol%　Zr　element　into　the　film.