主要研究领域：半导体光电子材料与器件

已有的研究工作： 研究了低温下与堆垛缺陷相关的自由电子－中性受主（eA0）辐射复合发光，提出室温下紫外发光是由eA0和自由激子辐射复合叠加而成。由单一源化学气相沉积装置制备的ZnO薄膜其蓝光发射与单齿结构的CH3COO-有密切的联系。利用一种简单的化学气相沉积装置制备出高质量ZnO薄膜和自组装的ZnO纳米棒。首次用板钛矿相TiO2合成A2Ti6O13（A为Na和K）纳米线，起始原料TiO2被转化为A2Ti6O13（A为Na和K）纳米线后光催化活性明显提高。单篇论文最高被引用80余次。

1.XiangdongMeng,XiaocenWang,YuxueZhou,etal,Spinellithiumtitanatefrombrookitenanocrystallites,CeramicsInternational,2014. 2.XiangdongMeng,ZhimingShi,XiaobingChen,XianghuaZeng,ZhuxiFu,Temperaturebehaviorofelectron-acceptortransitionsandoxygenvacancyrecombinationsinZnOthinfilms，JournalofAppliedPhysics，107（2010）：023501. 3.XiangdongMeng,BixiaLin,ZhuxiFu，InfluenceofCH3COO-ontheroomtemperaturephotoluminescenceofZnOfilmspreparedbyCVD,Journalofluminescence,126(2007):203-206. 4.XiangdongMeng,DazhiWang,JinhuaLiu,BixiaLin,ZhuxiFu,EffectsoftitaniadifferentphasesonthemicrostructureandpropertiesofK2Ti6O13nanowires,SolidStateCommunications,137(2006):146-149. 5.XiangdongMeng,BixiaLin,BaijieGu,JujieZhu,ZhuxiFu,AsimplegrowthroutetowardsZnOthinfilmsandnanorods,SolidStateCommunications,135(2005):411-415. 6.XiangdongMeng,DazhiWang,JinhuaLiu,ShuyuanZhang,Preparationandcharacterizationofsodiumtitanatenanowiresfrombrookitenanocrystallites,MaterialsResearchBulletin,39(2004):2163-2170.