1990-1994年：郑州大学化学系， 学士学位；1994-1998年：中国科学院大连化学物理研究所，硕士学位。目前在航天催化与新材料研究室航天特种材料课题组担任组长。
主要研究方向：
1. 新型吸波材料
     “九五”期间从事国家重点科技攻关计划“微波催化工程技术研究”专题“微波催化汽车尾气净化技术” 的研究。研究了微波与材料的作用机理，比较了不同物质对微波损耗的差异，进而开发和完善了不同批次的透波或吸波材料并成功交付使用，并且申请了多项与微波相关的专利。
     目前，在吸波材料领域，立足于我所催化及吸附的学科基础，开展具有吸波频带宽、质量轻、层薄和兼容多频段等特点的新型吸波材料的研究。
2. 特种吸附材料
     在特种吸附材料领域主要是针对吸附材料在使用过程中经常遇到的传质和传热方面的问题，开展高传质效率吸附材料（诸如蜂窝状分子筛等）及高传热效率吸附材料（诸如金属载体基体上原位生长分子筛等）的研究开发工作。
     研究领域还涉及导电橡胶、天线功能罩、防振阻尼材料、热防护涂料等材料的研究开发。
My research interests are mainly two fields, firstly in the area of new microwave absorbing materials and secondly in the area of special adsorbent materials.
With the development of science and technology, as a new type of functional materials in the field of materials science, microwave absorbing materials will be applied extensively in many aspects. Nanocrystalline and nanocrystalline composite materials used as microwave absorbers may not only reduce the thickness of microwave absorbing coating but also improve the absorb electromagnetic wave in a widely range of frequencies.So it will be a new type of microwave absorbing materials with good absorbing properties used in many fields.
As to special adsorbent materials, I focus on development novel method for synthesis of zeolite coatings on special substrate .For example, honeycomb structures show excellent adsorption kinetics and generate low pressure losses along the process length.
My research also involves conductive silicone rubber, radome , damping functional composite and heat resistant functional composite.