Li2Y4-xEux(WO4)(7-y)(MoO4)(y)　red-emitting　phosphors　were　synthesized　by　solid　state　reaction　and　characterized　by　powder　X-ray　diffraction　(XRD)　and　photoluminescence　(PL)　spectrum.　The　excitation　spectra　showed　that　the　phosphors　could　be　efficiently　excited　by　near-UV　light　of　395　nm.　When　the　relative　molar　ratio　of　Mo/W　was　7:　0,　and　the　optimum　doped　concentration　of　Eu3+　was　2.8　mol,　the　phosphor　showed　strong　red　emission　lines　at　615　nm　corresponding　to　the　forced　electric　dipole　D-5(0)-＞　F-7(2)　transition　of　Eu3+.　Compared　with　Na2Y2Eu2(MoO4)(7)　and　K2Y2Eu2(MoO4)(7),　the　fluorescence　intensity　of　Li2Y1.2Eu2.8(MoO4)(7)　phosphor　was　the　strongest.　The　CIE　chromaticity　coordinates　of　Li2Y1.2Eu2.8(MoO4)(7)　phosphor　was　calculated　to　be　(0.66,　0.34).