中文摘要：

采用传统固相法对使用Mg取代一部分Zn形成的六方钛铁矿型无限固溶体（Zn0.9Mg0.1）TiO3陶瓷进行了低温烧结研究。低熔点玻璃ZnO-B2O3-SiO2（ZBS）的加入提高了烧结致密度,使烧结温度降低到900℃以下,制得了不含Zn2TiO4的单一六方（Zn0.9Mg0.1）TiO3相陶瓷,其微波介电性能优异。加入质量分数为0.5%的ZBS玻璃时,在900℃成瓷良好,介电常数εr=20.53,品质因数与频率的乘积Q×f=61 630GHz（f=7.4GHz）。

英文摘要：

The low temperature sintering of （Zn0.9 Mg0.1 ）TiO3 was studied by conventional solid-state reaction methods, adopting Mg substitute a part of Zn to form an ilmenite type infinite solid solution （Zn0.9 Mg0. 1 ）TiO3. The low melting point glass ZnO-B2 O3-SiO2 （ZBS） significantly increased the density of （Zn0. 9 Mg0.1 ） TiO3 ceramics, and the sintering temperature was lowered to 900 ℃. Single （Zn0.9 Mg0.1）TiO3 phase ceramics was obtained, which had excellent microwave dielectric properties. By adding 0.5% ZBS glass,the ceramics could be well sintered at 900 ℃, the microwave dielectric properties were described as follows ：εr = 20.53 ,Q×f=61 630 GHz（ f= 7.4 GHz）.