l  學術論文 [1]      Si  Jiajia, Gao Wei, Xu Xin, et. al. Preparation, microstructure evolution and performance of laser-cladded titanium alloy coating on mild steel. Materials Today  Communications,  2022: 104779.  [2]        Si  Jiajia, Yang Xinglong, Luan Hengwei et. al. Intrinsic fast kinetics on the  degradation of azo dye by iron in alkaline condition. Chemical Engineering  Journal Advances,   2022: 100321. [3]        Si  Jiajia,  Ma Rui, Wu Yue et. al. Microstructure and magnetic properties of novel powder cores composed of iron-based amorphous alloy and PTFE. Journal of Materials  Science,  2022, 57(17): 8154-8166.  [4]        Si Jiajia, Yang Xinglong, Luan Hengwei, et. al. Cheap, fast and durable degradatio of azo dye wastewater by zero-valent iron structural composites. Journal of  Environmental Chemical Engineering, 2021, 9(5): 106314.  [5]       Si Jiajia, Gu Jialun, Yang Xinglong, et. al. Porous composite architecture bestows  Fe-based glassy alloy with high and ultra-durable degradation activity in  decomposing azo dye. Journal       of Hazardous Materials. 2020; 388, 122043.  [6]        Si  Jiajia,  Wu Yidong, Wang Tan, et. al. Composition-controlled active-passive  transition and corrosion behavior of Fe-Cr(Mo)-Zr-B bulk amorphous  steels. Applied  Surface Science.       2018; 445: 496-504.  [7]       Si  Jiajia,  Du Chenxi, Wang Tan, et. al. Glass formation and soft magnetic properti  of novel Fe-rich Fe-B-Ti-Zr bulk metallic glasses. Journal of Alloys and   Compounds. 2018; 741: 542-548.  [8]       Si Jiajia, Mei Jinna, Wang Rongshan, et. al. Fe-B-Si-Zr bulk metallic glasses with   ultrahigh compressive strength and excellent soft magnetic properties. Materials Letters. 2016; 181: 282-284. [9]       Si  Jiajia,  Chen Xiaohua, Cai Yuanhua, et. al. Corrosion behavior of Cr-based bulk  metallic glasses in hydrochloric acid solutions. Corrosion Science. 2016; 107: 123-132.  [10]        Si  Jiajia,  Wang Tan, Wu Yidong, et. al. Cr-based bulk metallic glasses with   ultrahigh hardness. Applied  Physics Letters. 2015;  106: 251905.   ●        授權專利 [1]    一種含銅鉬合金層的耐腐蝕鈦鋼復合材料及其制備方法,中國,ZL2021106897379,2/5; [2]    中堿性含偶氮染料廢水的處理方法,       2021.6.21授權, 中國,ZL202010312170.9,       2/5; [3]    零價金屬多孔復合結構、制備方法及在廢水處理中的應用,中國,ZL201910015128.8,2/5; [4]    一種具有高飽和磁化強度的Fe-B-Si系塊體非晶合金,中國,ZL 201510836536.1,2/6; [5]    一種CrCo基塊體非晶合金, 2017.1.11授權, 中國,  ZL201410785034.6,2/5; [6]    一種Fe-Cr-B系耐腐蝕塊體非晶合金及其制備方法,中國,ZL201410720128.5,2/4。    |