Full-spectrum plant growth light emitting diode (LED) prepared using a variety of phosphors has some problems, such as energy loss and spectral distortion. It is the solution that designing a kind of phosphor, which is the single activated ion doped phosphor with the multiple emission. To achieve this goal, the host Mg₂Y₂Al₂Si₂O₁₂ (Abbreviated as: MYASO) was selected from a large number of garnet materials which has the multi-sites, and the Mn²⁺ was selected as the activated ion which can produce the different emission in the different crystal field. The results show that Mn²⁺ can produce the green light (536 nm), red light (635 nm) and deep red light (735 nm), which correspond to the Mn²⁺ substituting for the tetra-coordinated Al³⁺, the octa-coordinated Mg²⁺ and the hexa-coordinated Mg²⁺, respectively, importantly, this phosphor can be efficiently excited by the 456 nm blue light, which matches well with the blue LED chip. Therefore, it may be a great potential application value in the production of plant growth LEDs.

使用多种荧光粉制备的全光谱植物生长发光二极管（LED）存在一些问题，例如能量损失和光谱失真。解决方案是设计一种荧光粉，即具有多重发射的单活化离子掺杂荧光粉。为了实现该目标，从具有多个位点的大量石榴石材料中选择了主体Mg ₂ Y ₂ Al ₂ Si ₂ O ₁₂（缩写为：MYASO），并选择了Mn ²⁺作为活化离子。可以在不同的晶体场中产生不同的发射。结果表明，Mn ²⁺可以产生绿光（536 nm），红光（635 nm）和深红光（735 nm），分别对应于Mn ²⁺代替四配位Al ³⁺，八配位Mg ²⁺和重要的是，六价配位的Mg ²⁺可以被456 nm的蓝光有效地激发，这与蓝色LED芯片非常匹配。因此，在植物生长LED的生产中可能具有巨大的潜在应用价值。