摘要
低维钛基材料在催化、光、电、聚合物增强等领域具有巨大应用潜力,对其形貌的控制是为了得到更优良的性能。综述了水热合成反应条件对低维钛基结构可调控合成的影响,重点从微观角度阐述了无模板条件下不同形貌合成间的内在联系及形成机理;介绍了不同形貌低维钛基材料的应用,展望了其未来研究发展方向及其在新领域的应用前景。
Low dimensional titanium based materials have tremendous potential applications in the field of catalysis,photics,electrics, reinforced polymers and so on. Materials with excellent properties can be obtained by control ling morphology. The influences of the controllable synthesis of low dimensional titanium based materials with different hydrothermal reaction conditions are reviewed. The internal relations and formation mechanism between the synthesis of different morphologies without template are microscopically analyzed,The applications for the low dimensio nal titanium based materials are discussed. Finally,the future research directions and the prospects of potential appli cations are proposed.
出处
《材料导报》
EI
CAS
CSCD
北大核心
2011年第1期41-44,64,共5页
Materials Reports
基金
国家自然基金(50903010)
关键词
低维钛基材料
水热法
调控
形成机理
low-dimensional titanium based materials,hydrothermal,regulate,formation mechanism
