Mg0.5Ti2(PO4)(3):Dy3+/Eu3+　phosphors　were　prepared　via　solid-state　reaction　method　under　normal　ambient　air.　The　phosphors　were　characterized　by　X-ray,　photoluminescence　excitation　and　emission　spectra.　The　XRD　patterns　showed　that　Dy3+　and　Eu3+　could　be　effectively　doped　into　the　Mg0.5Ti2(PO4)(3)　host.　The　concentration　quenching　mechanism　of　Dy3+　in　the　Mg0.5Ti2(PO4)(3)　host　was　proven　to　be　dipole-dipole　interaction.　The　emission　intensity　and　the　decay　lifetime　of　Dy3+　decreased　with　the　increase　of　Eu3+　concentration,　which　proved　the　existence　of　the　energy　transfer　from　Dy3+　to　Eu3+　in　the　Mg0.5Ti2(PO4)(3)　host.　It　was　found　that　the　energy　was　transferred　from　F-4(9/2)　level　of　Dy3+　to　the　D-5(0)　level　of　Eu3+　by　dipole-dipole　interaction.　Besides,　the　correlated　color　temperature　is　improved　with　the　introduction　of　Eu3+　ions.　The　experiment　presents　that　Mg0.5-x-yTi2(PO4)(3):xDy(3+),　yEu(3+)　phosphors　are　promising　materials　for　warm　white　UV　LEDs.　(C)　2017　Elsevier　B.V.　All　rights　reserved.