姓名：万松明
地址：科学岛
类型：硕导
所在科研单元：安徽光机所


导师介绍



万松明：博士、研究员、硕士生导师。1988?1992年：四川大学化学系学习，理学学士；1995?1998年：中科院金属研究所沈阳材料科学国家实验室学习，工学硕士；1999?2002年：中国科学技术大学化学系和中科院理化技术研究所北京人工晶体研究与发展中心学习，理学博士；2002?2005年：中国科学技术大学中科院结构分析重点实验室，博士后。2005年以后在中科院安徽光学精密机械研究所激光中心晶体材料实验室工作。现担任中国稀土学会稀土晶体专业委员会委员；《材料科学》杂志编委；Crystal Growth & Design、CrystEngComm、Journal of Applied Crystallography、Inorganic Chemistry、Applied Physics Letters、Physical Chemistry Chemical Physcis、ACS Applied Materials & Interfaces、Langmuir、Industrial & Engineering Chemistry Research、《中国科学》等十多家著名学术刊物的审稿人。先后承担了国家自然科学基金重点和面上项目的研究任务。欢迎具有材料物理、材料化学、固体物理专业背景、有志于晶体材料研究的学生报考。

Introduction



Songming Wan, born in Hefei, Anhui Province in 1970, is a full professor at Anhui Institute of Optics and Fine Mechanics (AIOFM), Chinese Academy of Sciences (CAS). He received the B.S. degree at Sichuan University, M.E. degree at Institute of Metal Research, CAS, and Ph.D. at University of Science and Technology of China (USTC) and Technical Institute of Chemistry and Physics, CAS. After being a postdoctoral fellow at USTC, he joined AIOFM where he became an associate professor in 2005 and as a full professor in 2010.His current researches focus on the fundamental problems of crystal growth in high-temperature systems and on promising crystals for laser applications. By using high-temperature Raman spectroscopy, he discovered, for the first time, the isomerization reactions near some borate and niobate crystal?melt interfaces, which provides new insights into the mechanisms and habits of crystal growth. He proposed unique polymer-like models to describe the melt structures that have been in debate for many years, and applied the density functional theory method, for the first time, to accurately resolve the Raman spectra of some important melts. His current interest is to elucidate the relationship between a crystal structure and its Raman spectrum in order to establish the general principles for designing Raman crystals with good performances and then to employ them to produce lasers with specific wavelengths for use in the fields of biomedicine, laser radar, scientific research, and so on.He has published more than 60 peer-reviewed papers in Inorganic Chemistry, Crystal Growth & Design, CrystEngComm, Journal of Applied Crystallography and other academic journals and written two chapters in the books entitled New Developments in Crystal Growth Research and Crystal and Crystal Growth. He is a member of the rare-earth-crystal committee of Chinese Society of Rare Earths, an editorial board member of Material Sciences, and the reviewer for over twenty academic journals, including Crystal Growth & Design, CrystEngComm, Journal of Applied Crystallography, Inorganic Chemistry, Applied Physics Letters, Physical Chemistry Chemical Physics, ACS Applied Materials & Interfaces, Langmuir, Industrial & Engineering Chemistry Research, Science in China, etc.

研究领域



方向一：高温体系晶体生长基础问题研究。以高温Raman光谱技术为主要实验手段、以密度泛函理论计算为主要分析手段，研究晶体生长体系的高温熔体结构，发展新的、适用于高温体系的晶体生长理论。从分子层次认识晶体生长的微观过程、相关系、晶体生长习性，以及熔体的宏观性质，认识、分析和解决晶体生长实践中遇到的问题。方向二：新功能Raman激光晶体材料研究。研究Raman激光晶体材料的构效关系，总结高性能Raman激光晶体材料的一般结构规律。研究晶体结构、晶体生长、晶体的物化、光谱和激光性能，发展满足激光医疗、激光遥感、科学研究等不同应用需求的新波长、高性能Raman激光晶体材料。

招生专业



学术硕士招生计划：          1、专业：光学（硕士）招生方向：光学晶体与功能材料学术硕士招生计划：          1、专业：材料物理与化学（硕士）招生方向：计算材料科学学术硕士招生计划：          1、专业：光学（硕士）招生方向：光学晶体与功能材料          2、专业：材料物理与化学（硕士）招生方向：激光与材料相互作用学术硕士招生计划：          1、专业：光学（硕士）招生方向：光学晶体与功能材料          2、专业：材料物理与化学（硕士）招生方向：激光与材料相互作用

研究成果



首次采用高温原位Raman光谱技术在硼酸盐、铌酸盐晶体的生长边界层内观测到了原子配位数的转变现象，为认识复杂结构无机晶体生长微观机理和晶体的生长习性提供了全新视角。根据晶体熔化过程中的结构变化规律，提出采用链状聚合物模型来描述复杂熔体结构的新观点。将密度泛函理论计算应用于高温熔体Raman光谱解析，建立了高温熔体结构理论研究的新方法。发现了多种只存在于高温熔体中的特殊物质结构。目前已在包括Inorganic Chemistry、Crystal Growth & Design、CrystEngComm、Journal of Applied Crystallography、Journal of Material Chemistry等多家学术刊物上发表研究论文60余篇，为New Developments in Crystal Growth Research和Crystal and Crystal Growth两本英文专著各撰写一章。授权国家发明专利3项。