中文摘要：

一系列 Eu ³⁺ 或 Tb ³⁺ 做了 Ba ₂ Ca (BO ₃)₂ 黄磷被一个高温度固体状态方法综合，并且光性质被调查。Ba ₂ Ca (BO ₃)₂:Tb³⁺ 能显示出明显的绿排出物，并且山峰在 551 点定位 nm，它对应于 5D ₄⁷ Tb ³⁺ 的 F ₅ 转变。Ba ₂ Ca (Eu ³⁺, 和山峰的典型排放在 600 nm 定位的在场的 BO ₃)₂:Eu³⁺ 罐头，被归功于到 ^{507 Eu 3+ 的 F ₂ 转变。以便完成排放悦耳的黄磷， Eu 3+/Tb3+ 共同做 Ba ₂ Ca (BO ₃)₂ 被综合。当调节 Eu 3+ 或 Tb 3+ 集中时， Ba ₂ Ca (BO ₃)₂:Eu3+, Tb 3+ 能两个都显示出悦耳的排放，它可以被精力转移从 Tb 3+ 导致到 Eu 3+ 。}

英文摘要：

A series of Eu~（3＋） or Tb~（3＋） doped Ba_2Ca（BO_3）_2 phosphors were synthesized by a high temperature solid state method, and the luminescence properties are investigated. Ba_2Ca（BO_3）_2：Tb~（3＋） can show an obvious green emission, and the peak locates at 551 nm, which corresponds to the 5D34→7F5 transition of Tb~（3＋）. Ba_2Ca（BO_3）_2：Eu＋ can present the characteristic emission of Eu~（3＋）, and the peak locates at 600 nm, which is ascribed to the 5D70→F2 transition of Eu~（3＋）. In order to achieve the emission-tunable phosphors, the Eu~（3＋）/Tb~（3＋） co-doped Ba_2Ca（BO_3）_2 are synthesized. When tuning the Eu~（3＋） or Tb~（3＋） concentration, Ba_2Ca（BO_3）_2：Eu~（3＋）, Tb~（3＋） can both show the tunable emission, which may be induced by the energy transfer from Tb~（3＋） to Eu~（3＋）.