CAJ | 학술논문

在无表面活性剂或模板剂的条件下，室温水相反应成功地合成出EuF3纳米材料。EuF3纳米圆盘的形成主要是由六方晶相结构各向异性和外部反应条件共M决定的，外部反应条件是反应体系的pH值和反应盐的浓度有关，并进一步研究EuF3纳米圆盘发光性质。
재무표면활성제혹모판제적조건하，실온수상반응성공지합성출EuF3납미재료。EuF3납미원반적형성주요시유륙방정상결구각향이성화외부반응조건공M결정적，외부반응조건시반응체계적pH치화반응염적농도유관，병진일보연구EuF3납미원반발광성질。
EuF3 is fabricated without using any surfactant or template at room temperature. The formation of nanodiscs can be attributed to the inherent crystal structure of EuF3 and external reaction conditions such as the pH value and the starting salt of the reaction system. The corresponding photoluminescence properties of EuF3 nanowires have been investigated.