[1]郭祝崑，严东生，冶炼含氟矿石实验高炉炉衬的侵蚀问题的研究. 矽酸盐．1957.1．

[2]严东生，张星三，常靖．含氟高炉型熔渣对耐火材料的侵蚀作用的研究. 矽酸盐．1958.2．

[3]严东生，张世经，唐永康．HF气体对于粘土砖与高铝氧砖的侵蚀问题．矽酸盐．1958.3．

[4]郭祝崑，严东生，冶炼含氟矿石45M3高炉炉衬侵蚀问题的研究．矽酸盐．1958.4．

[5]郭祝崑，严东生．CaF2与硅酸铝耐火材料的化学反应及化学侵蚀. 硅酸盐．1960.2．

[6]黄振坤，林祖镶，严东生．R203(R：La、Nd、Gd、Ho、Yb)- Ti02系统相关系和结晶化学规律性的研究Ⅰ．硅酸盐学报．1979. 2，R203 (R：La、Nd、Gd、Ho、Yb)- Ti02系统相关系和结晶化学规律性的研究Ⅱ．硅酸盐学报．1979.5．

[7]D.S. Yan, Progress of Inorganic Materials Research: Structure Property Relationships of Inorganic Materials Viewed from Different Microstructural Levels, Invited Lecture at the 1978 Annual Meeting of the Chinese Chemical Society,Proceedings of the Chinese Chemical Society. 1980.

[8]D.S. Yan, Fabrication of Some Ceramic Materials and Their Performance in Energy Conversion Simulation Systems, Proceedings of CIMTEC Ⅳ. Saint Vancent, Italy(1979). 1980.

[9]D.S. Yan, Studies on the Systems of Rare Earth Sesquioxides Be0, Presented at the 82nd Annual Meeting of the American Ceramic Society. April 27 - 30, 1980.

[10]D.S. Yan, Structural Model of the Melt in the Systems of Rare Earth Sesquioxides Be0, Presented at the 82nd Annual Meeting of the American Ceramic Society,April 27 – 30, 1980.

[11]D.S. Yan, Progress of Ceramic Research in the Shanghai Institute of Ceramics, Academia Sinica. Ceramics International, 1981, 7:111.

[12]D.S. Yan, The Application of Thermal Conductivity and Thermal Diffusivity Measurements in the Study of Microstructure and Phase Transformation of Inorganic Materials. Presented at the 17th International Symposium on Thermal Conductivity. and Published in Its Proceedings. 1981.

[13]D.S. Yan, The Scientific and Technological Developments in Ancient Chinese Pottery and Porcelain, Presented at the International Conference on Ancient Chinese Pottery and Porcelain. 1982( appears in its proceedings).

[14]郭景坤，茅志琼，严东生等，碳纤维增强氮化硅复合材料，材料科学学报．1982, 17(12):3311 - 3316.

[15]奚同庚，严东生，复合材料导热因子的理论分析及其导热性能的实验研究和预测，中国工程热物理学会第三届年会：无锡[1982.]

[16]D.S. Yan, Introduction to Modern Functional Materials. Science Press. 1983.

[17]D. S. Yan, Preparation of Some High Purity Ultrafine Non Oxide Powders, Proceedings of CIMTECV. " Ceramic Powder". Elsevier Scientific Pub. Co. 1983, 403.

[18] T. G. Xi and D. S. Yan, The Relationship of Thermal Conductivity Behavior of Hot Pressed Silicon Nitride with Its Processing and Microstructure, Trans. J. Brit. Ceram. Soc, 1983 , 82 : 175 - 177.

[19]D. S. Yan. Phase Equilibrium in the Systems of Rare Earth Sesquioxide Beryllium Oxide. J. Amer. Ceram. Soc. 1983,66:860.

[20] D. S. Yan. Microstructure and Properties of Post Sintered RBSN Containing YAG as Grain Boundary Phase. Presented at International Symposium on Ceramic Components for Engine, Hakone. Japan, Oct. 1983. 17 - 21. (appeared in the Proceedings) , Eds. S. Somiya, etal. KTK Scien. Publishers, 1984,368.

[21]温树林，冯景伟，严东生.α- Si3N4结构缺陷的高分辨电子显微镜研究．材料通讯. 1984, 3(1，2) : 15 - 16.

[22]D. S. Yan, An Overview of Chinese Research on Processing，Microstructure and Properties of New Ceramic Materials. Proceedings of the 1st China-US Seminar on Microstructure and Properties of Ceramic Materials, Eds. T. S. Yen and J. A. Pask. Science Press.1984, 1.

[23]D. S. Yan, Sintering and Microstructural Features of Some Fine Silicon Nitride Powders b\r Different Preparatory Methods . Ibid. 156.

[24]D. S. Yan, Phase Equilibrium Studies in Si2N2O Containing Systems:Ⅰ. Phase Relations in the Si2N20 Al203 Y203 System. Int. J. High Technology Ceramics, 1985,1 : 119.

[25]D. S. Yan. Phase Equilibrium Studies in Si2N2O Containing Systems:Ⅱ. Phase Relations in the Si2N20 Al203 Y203 and Si2N20 Al203 CaO Systems. Ibid. 1986.2:115.

[26]D. S. Yan, Transmission Electron Microscopic Observation of the Martensitic Phase Transformations in Tetragonal ZrO2, J. Am. Cer. Soc. 1986.69.

[27]D. S. Yan, Hot Pressed Silicon Nitride Ceramics with High Fracture Toughness at Elevated Temperatures. Presented at Proceedings of the 2nd International Symposium on Ceramic Materials and Components for Egines, Verlag Deutsche Keramische Gesellscharft, 1986,729.

[28]D. S. Yan. High Temperature Structural Ceramics Development for Engine in the Chinese Academy of Sciences, Ibid.209.

[29]D. S. Yan. Overview of Structural Ceramics Research in the Chinese Academy of Sciences.Presented at Joint China France Symposium on Materials Research. Shanghai. China . 1986.

[30]D. S. Yan, High Performance Nitride Materials Research in Chinese Academy of Sciences.Mater. Res. Bull.,1987.22 : 1249.

[31]D. S. Yan, Critical Review and Revision of Si ~ A1 - Y - 0 - N System and Compositional Design of Nitride Ceramics, Presented at US-China Symposium on Advanced Ceramic Materials, NBS, Gaitherburg, Maryland. 1987.

[32]D. S. Yan. Creep Behavior of Hot Pressed Silicon Nitride Ceramics with Rare Oxides and Alumina Additives. Presented at the International Conference on Electronic Structure and Phase Stability in Advanced Ceramics, Argonne National Lab., 1987.

[33]D. S. Yan, Compositional Design of Nitride Ceramics for Advanced Performance. Invited Lecture. MRS International Meeting. Tokyo, May, 1988.

[34]严东生．先进氮化物陶瓷的材料设计与性能研究.中国第二届材料研讨会:武汉[1988.]

[35]D. S. Yan, Phase Equilibrium Studies on Nitride Systems and Their Role for Material Compositional Optimization, Rev. Solid State Sci., 1988,1(3,4) :493.

[36]D. S. Yan, Science and Technology Policy and National Development in China. Keynote Speech at the "Intl. Conf. on Science Policy for Developing Countries”, Cosponsored by Fed. Of Asian Scientific Academies and Societies and National Acad. of Sci. and Tech. of Philippines, 12 - 14 July,1988, Manila.

[37]D. S. Yan, China-US Scholarly Exchanges Past, Present, and Future,Keynote Address,CACPRC/NAS Conference on US-China Scholarly Relations: Perspective for the Nineties. Oct. 4-5. 1988, Beijing.

[38]D. S. Yan, Exploitation of Science and Technology for Industrial Applications in China. Invited Address to the Parliamentary and Scientific Committee. UK. London. 22 Nov., 1988.

[39]D.S Yan, Phase Relationships of α- β- Sialon in the, Si – Al/N – 0 System and Design of Sialon Composite Materials, in Proc. the 4th Int. Sym. on Ceramic Materials and Components for Enging, Goteborg, Sweden. 1991.

[40]童兆和，丁传贤，严东生．等离子喷涂WC涂层磨损机理研究. 上海市化工学会物理化学专委会1991年年会：上海[1991.]

[41]D.S Yan, Progress of Advanced Nitride Ceramics Research and Its Industrial Implications, Invited Talk at the Centennial International Symposium, the Ceramic Society of Japan. October. 1991. In: Ceramics: Towards the 2lst Century. 435.

[42]D.S Yan, Phase Relationships Studies of Silicon Nitride System: A Key to Materials Design,Invited Report at the MRS 92 Fall Meeting, Boston, USA, Nov. 29-Dec.4,1992.

[43]施剑林，严东生，草酸盐沉淀法制备ZrO2粉料．无机材料学报．1992.1．

[44]郑冶沙，严东生，来亭荣．综述氧化锆相变增韧陶瓷疲劳断裂的机理．中国力学学会第七届全国断裂学术交流会：武汉[1993.]

[45]严东生．高性能陶瓷材料的某些前沿问题，硅酸盐通报．1993.1．

[46]施剑林，严东生，纳米级Zr02粉料的表征，硅酸盐学报．1993.3．

[47]严东生，先进陶瓷与现代高技术．中国科学院院刊．1993.4．

[48]严东生．无机新材料与材料科学——一些前沿领域的现状与展望，中国材料研究学会中国材料1994年研讨会：北京[1994.]

[49]严东生，科学技术如何对社会经济发展发挥更好的作用，中国工程师．1996.4．

[50]高琛，严东生，发现和优化新材料的集成组合方法．中国科学院院刊．1999.5．

[51]严东生，冯端，我国纳米材料研究进展．中国科学院院刊．1997.5．

[52]李强，高濂，严东生．纳米Y2O3：Eu3+荧光衰减行为，中国硅酸盐学会：第十届全国高技术陶瓷学术年会：青岛[1998.]

[53]严东生，实现第三步战略目标发展我国的材料科学与工业，中国有色金属学会、材料研究学会，中国工程院化工、冶金与材料工程学部第三届学术会议：西安[2001．]

[54]严东生，从宏观和透视角度审视纳米科技的发展．上海市科委2002年上海纳米材料发展研讨会：上海[2002．]

[55]严东生．纳米有序介孔材料及其组装与主客体效应研究，中国材料研究学会、江苏省科胁第三届全国纳米材料和技术应用会议：南京 [2003. 09]

[56]严东生．无机纳米有序介孔材料的研究与发展，中国硅酸盐学会2003年学术年会：北京[ 2003．09]

[57]严东生．无机纳米有序介孔材料的研究与发展，建材发展导向．2003.5．

[58]严东生，党鸿辛等．建设具有国际影响的同体润滑国家重点实验室．中国科学院院刊．2005.3．

[59]严东生，郭景坤，无机非金属材料研究——值得回忆的六十年，新材料产业．2009. 10期．

[60]严东生，施剑林．新型纳米材料在环境及生物医学领域中的应用研究进展，中国材料进展．2009.1．