社会兼职：
美国纽约科学院会员（New York Academy of Science）;美国化学学会会员
个人简历:
芬兰奥博大学（Abo Akademi University）物理化学博士D. Sc.。美国纽约科学院会员（New York Academy of Science） 曾任芬兰奥博大学制浆技术系（Dept. Pulping Technology）和物理化学系（Dept. Physical Chemistry）研究员（Research scientist）（1993-2000）。

主讲课程：
1. 材料表面和界面；2. 现代胶体化学；3. 材料研究方法；4. 高分子材料成型工艺；5. 新纤维产品

已取得的主要研究成果：
1. 材料不同界面的酸碱性能研究；2. 水的酸碱比系数估计和预测；3. 高分子材料酸碱性能的演绎范围预测；4. 纤维状药物缓释体系研制；5. 基于木质素的先进材料系列研制；6. 基于中草药的新产品开发和机理研究；7. Mark-Houwink理论的拓展；8. 木质-纤维素类材料的系列研究；9. 天然高分子材料研究；10. 改性聚苯胺研究；11. 加拿大一枝黄花的研究；12. 本科生的准研究生模式培养

主要论文：
35. Shen, Q. On the choice of the acid/base ratio of water for applying to the van Oss– Chaudhury-Good combining rules, Langmuir, 16:9,4394-4397, (2000). 38. 沈青, 脱木素的分子动力学研究 1. 动力学参数的分子特征及估算, 中国造纸学报, 2002，17（2），28-31。 48. SHEN Qing, HU jian-feng, GU-Qing-feng, Teng Xing-rong, ZHU Yun-feng. Surface properties of poly(acrylonitrile) (PAN) precipitation polymerized in supercritical CO2 and the influence of molecular weight, J. Coll Interface Sci. 267:2, 333-336 (2003). 49. SHEN Qing, HU Jian-feng and GU qing-feng, Examination of the surface properties of cellulose by column wicking technique and observed the critical packing height, Chinese J. Polym Sci. ,22:1,33-37 (2004). 51. SHEN, Q. Di Mu, Li-Wei Yu and Liang Chen. A simplified approach for evaluation of the polarity parameters for polymer using the K coefficient of the Mark-Houwink-Sakurada equation, J. Coll Interface Sci. 275:1, 30-34 (2004). 52. Shen, Q., Wang, ZX, Hu JF, and Gu QF. Re-characterization of the surface free energy of non-ionic cellulose ethers by means of column wicking technique, Coll Surf A. 240:1-3, 107-110 (2004). 53. Shen Q., Liu D. S., Gao Y., Chen Y. Surface properties of bamboo fiber and a comparison with cotton linter fiber, Coll Surf B. 35:3-4，193-195（2004）. 55. Shen Q., Ding H. G., Zhong L., Characterization of the surface properties of persimmon Leaves by FT-Raman spectroscopy and wicking technique, Coll Surf B, 37:3-4, 133-136 (2004). 59. Wang Z. X., Shen Q., Gu Q. F. Preparation and characterization of persimmon leaves/cellulose blend fiber and comparison with cellulose fiber, Carbohydrate Polym, 57:4, 415-418 (2004). 62. Shen Q., Zhong L., Hu J. F. Characterization of the surface properties of xylan by FT-Raman spectroscopy and wicking technique, Coll Surf B, 39:4, 195-198 (2004) 64. 沈青, 挪威云杉树脂的临界表面张力和临界Hamaker常数, 林产化学与工业, 24增刊，78-79（2004）。 68. Qing Yang，Fengdong Dou，Borun Liang，Qing Shen, Studies of cross-linking reaction on chitosan fiber with glyoxal, Carbohydrate Polym, 59: 2, 205-210 (2005). 69. Qing Yang，Fengdong Dou，Borun Liang，Qing Shen. Investigations of the effects of glyoxal cross-linking on the structure and properties of chitosan fiber, Carbohydrate Polym 61，393–398 (2005). 81. 吴洪远, 岳斌, 沈青，木材的毛细和非毛细吸附特征及溶液性质的影响, 林业科学, 41:5 (2005)106-109. 84. De-Lan Li, Qing Shen, Hong-Gui Ding, Qing-Feng Gu, Zhi-Xin Wang. Fabrication and characterization of persimmon leaves (PL)/poly(acrylonitrile) (PAN) blend bio-fiber, J. Appl Polym. Sci. 101: 2810–2813, 2006 85. Yuan Xu, Qing SHEN, Dynamic dissolution of persimmon leaves in DMSO and DMAc and the influence of Lewis acid-base interactions, Coll Surf B. 47 (2006) 98–101 97. De-lan Li, Xiangqin Zou, Qing Shen, and Shaojun Dong, Kinetic study of DNA/DNA hybridization with electrochemical impedance spectroscopy, Electrochemstry Communication, 2007, 9,191-196. 98. Qing Shen, Zhong L., Lignin-based carbon films and controllable pore size and properties, Materials Sci. & Eng. A. 2007, 445-446, 731-735. 99. Qing Shen, Dian-Sen Liu, Cellulose/poly(ethylene glycol) blend and its controllable drug release behaviors in vitro, Carbohydrate Polym, 2007，69，293-298 106. 张礼华, 胡人峰，沈青，植物多酚在高分子材料中的应用研究进展, 高分子通报，2007, 8, 48-54. 119. Qing Shen, Tao Zhang，Mei-Fang Zhu，A comparison of the surface properties of lignin and sulfonated lignins by FTIR spectroscopy and wicking technique，Coll Surf A. 2008, 320:1-3,57-60 126. 周天韦，唐文琼，沈青，壳聚糖的改性技术I, 高分子通报，2008:11, 55-66. 127. 周天韦，唐文琼，沈青，壳聚糖的改性技术II, 高分子通报，2008:12, 53-67. 129. Jin-Qiao Dong, Qing Shen, Enhancement in solubility and conductivity of polyaniline with lignosulfonate modified carbon nanotube, J Polym. Sci. B. 2009, 47, 2036-2046. 130. 张雅岸、功靓、沈青，来自天然油料的聚合物及应用，高分子通报，2009, 1, 58-74 132. 李飞、沈青，高分子共混物中的氢键特征、行为及研究进展I，高分子通报，2009, 7, 45-53 133. 李飞、沈青，高分子共混物中的氢键特征、行为及研究进展II，高分子通报，2009, 8, 55-66 134. 张文心、张涛、沈青，木质素基纳米材料的研究进展，高分子通报，2009, 9，32-37 135. 董金桥、张文心、沈青，聚苯胺的改性技术进展，高分子通报，2009，10, 53-63 136. 白玮、沈青，乳液的结构化原理、表征与应用I，高分子通报，2009, 11, 49-56 137. 白玮、沈青，乳液的结构化原理、表征与应用II，高分子通报，2009, 12, 57-69 138. 白玮、沈青，乳液的结构化原理、表征与应用III，高分子通报，2010, 1,

著作：
1. 1. Shen, Q. Interfacial characteristics of wood and cooking liquor in relation to delignification kinetics. ?bo Akademi University Press (1998), ISBN 952-12-0337-4；2. 2. Shen, Q. and Rosenholm, J. B. Characterization of the wettability of wood resin by contact angle measurement and FT-Raman spectroscopy，In: Advances in Lignocellulosics Characterization. Ed. D. S. Argropoulos, TAPPI Press, Chapter 10, (1999). ISBN 0-89852-357-5, ISSN 1059-2792/98, TP0101R280；3. 4. SHEN, Qing. Surface properties of cellulose and its derivatives, In: Model Cellulose Surface, ACS symp. 2009.

国际交流与合作：
曾在国外许多大学进行学术访问，举行讲座