Method for converting rare-earth triple primary-color material into white light by bluish violet diode

A method for converting rare-earth triple-primary color luminescent material into white light by bluish violet light diode is carried out by mixing M3-x-y(PO4)2.(SrCl2.6H2O)x:Euy2+ with M1-xAl2-nO4.nB2O3:Eux2+, M1-xAl2-ySy:Eux2+ and charge compensator, weighing proportionally, grinding, placing it into Al2O3 crucible, high-temperature burning at hydrogen-nitrogen or carbon contained atmosphere, synthesizing luminescent material, high-temperature burning at sulfur and carbon contained atmosphere, synthesizing luminescent material, cooling, crushing, screening, after-treating to obtain 5-30wt% blue-light rare-earth crystal luminescent material, 10-50wt% green-light rare-earth crystal luminescent material, and 30-60wt% red-light rare-earth crystal luminescent material, mixing it with additive resin, coating into bluish violet diode core to absorb bluish violet, and converting it into white light. It is cheap and non toxic, has small volume, long life, better luminescent and color development performances and hig