中文摘要：

在微波场作用下合成了Sr2Al6O11：Eu^2＋x％（质量分数）（H3BO3）（x=0、1．5、3、5、7、9）系列蓝色光致发光材料。X射线粉末衍射（XRD）结果表明，未加硼酸作助熔剂时，产品的主相为SrAl2O4硼酸在x=1．5～9之间产品的主相都为Sr2Al6O11。扫描电镜（SEM）观测结果：适量硼酸的加入有助于晶体的形成，硼酸的量为0时，产物为颗粒，硼酸量为x=1．5时，开始出现棒状晶体，当硼酸量为x=5时，产物主要为棒状晶体，当硼酸量x〉7时，产品明显团聚。荧光光谱显示：随硼酸量的增加，产品发光强度先增强后减弱，硼酸加入量为x=7，发光强度最高。Eu^2＋在Sr2Al6O11中存在两个发光中心，发射峰分别位于456．7nm（Eu^2＋1）和483．4nm（Eu^2＋2）。当硼酸量〉7％（质量分数）时，发射峰红移，归因于硼酸对两种位置Eu^2＋的发光性能有不同的影响。

英文摘要：

The blue luminescence materials of Srz Al6O11： Eu^2＋ ＋ xw 0% （H3 BO3 ） （x = 0,1.5,3,5,7,9） were synthesized by microwave radiation method. The X-ray diffraction（XRD） showed that SrAl2O4 is the dominant host phases with x = 0, Sr2Al6 O11 is the dominant host phases with x = 0. 015-0.09. Scanning electron microscopy （SEM） showed that dropping into desirable H3BO3 will make for the formation of crystal. Most of the sample were granule with x=0, the sample were stick shaped crystal with x=0.05, the sample were nitrification with x 〉0.07. The emission spectra of fluorescence showed that the amount of H3 BO3 affect the luminescence proper- ties of Sr2Al6O11： Eu^2＋ intensively,the optimum fraction of H3BO3 is 0.07. There are two fluorescent centers in Sr2Al6O11 and two peaks of Eu^2＋ lied in 456.7 and 483.4nm,The amounts of H3BO3 affect the position of the peaks and the emission peaks were red-shift due to the different effect on the luminescent properties of Eu^2＋ at the two sites by H3BO3.