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Resume for Prof.W.C.Chen
 1.
Biography
1938.11: was born in Jiang-su Province in China.
1960.2: graduated from the Physics Department of the Education
College in Jiang-su Province.
1964.7: graduated from the Physics Department of Nanjing University.
1964.8: to become a employee in the Chinese Academy of Sciences
until now. During the past 30 years, Prof.Chen have been engaging
the crystal
growth methods, mechanism and applications, in Institute of
Physics,
Chinese Academy of Sciences for the long time. He has been
studying
the crystal growth in space since 1986. During the period
of 1983.1-1985.7, Prof..Chen, as a visiting scholar in the
State University of New York at Buffalo, to study the kinetics
of crystal growth by the Constant Composition Methods. During
the period of 1997.4-1997.9, Prof..Chen, as a visiting professor
In Nagoya University of Japan to study crystal growth mechanism.
Prof..W.C.Chen is a member of the following three Academic
Societies:
Chinese Space Science Society, a standing councillor; Chinese
Optical
Society; Chinese Ceramic Society.
2. Achivement of Research Work
1) Foundation of the crystal growth group in Institute
of Physics with my colleagues and Establishment of Facilities
for crystal growth from the solution.
2) Establishment of Laboratory for studying the Kinetics
of Crystal Growth by the Constant Composition Method, which
was previously non-existent in China.
3) Establishment of Laboratory for simulation of crystal
growth in space by the Laser Holographic Interferometry.
4) More than 10 kinds of single crystals were grown, such
as: LiIO3 , KIO3 , HN4IO3 , KB5O8.4H2O, Na(BrxCl1-x)O3 ,
NaBrO3 , NaClO3 , Rb2ZnCl4 , Ba(NO3)2, Sr(NO3)2 LiClO4.3H2O,
TGS and HAP families etc.
5) Three times space experiments on crystal growth from
the solution were carried out from 1988-1994 by the Chinese
Recoverable Satellites, which was the first research at
home and abroad.
6) As a member of the Preparatory Group, has been working
for Foundation of National Microgravity Laboratory (NML)
since 1993. Establishment of Laboratory for in-situ and
real time onservation of crystal growth processin space
by the Laser Mach-Zehnder Interferometry.
7) The following prizes were awarded for significant contribution
on crystal growth technology and mechanism.
(a) National Invention Prize awarded by Chinese Sciences
and Technology Council for the new procedure of LiIO3 crystal
growth(Oct.1982).
(b) Gold-plated medal prize awarded by 14th Geneve International
Invention Exhibition for growth of larger section of LiIO3
(April,1986).
(c) Silver medal prize awarded by 35 Eureca International
Invention Exhibition for the growth of high quality LiIO3
crystal (Oct.1986).
(d) The prizes for the excellent papers (1989,1992)
(e) Silver medal prize awarded by the Chinese Academy of
Sciences for Growth of Alpha-LiIO3 crystal in Space (April,1997)
(f) Silver medal prize awarded by the Chinese Education
Ministry for the kinetics on Demineralization and Remineralization
of tooth enamel. ( January, 1999)
8) More than 120 papers have been published at home and
abroad.
1996-2000期间发表的论文和专著
1.论文
1] 陈万春,马文漪,α-LiIO3 的空间生长,《人工晶体学报》 Vol.25, No.1,(1996) 1
2] 高学军、刘志萍、刘道丹和陈万春, 釉质脱矿动力学研究, 《中华口腔医学杂志》 31, No.1 (1996)
51
3] 陈万春，高技术领域的一颗明珠 -人工晶体, 《现代物理知识》（增刊），p.147, 科学出版社, 1996
4] 陈万春，沈蕴雪和刘道丹，碘酸锂晶体生长过程的原位实时观察研究，"人工晶体学报",25
(1996) 299
5] W.C.Chen, Growth of Nonlinear-Optical Crystal of α-LiIO3
in Space, Advances in the Astronautical Sciences, Vol.91
(1996) 365
6] W.C.Chen, Space Materials Science, CNCOSPARE, Space Science
Activities in China, 1994-96, National Report, Beijing,
p.59, June 1996.
7] Z.H.Mai, H.X.Guo and W.C.Chen et al., Physical and Chemical
Properties of α-LiIO3 Single Crystal Growth in Space, Solid
State Communications, Vol.101, No.6 (1997) 443
8] Z.H.Mai, W.C.Chen and H.X.Guo et al., Study of α-LiIO3
Single Crystal Growth in Space, Journal of Crystal Growth,
171 (1997) 512
9] W.C.Chen, Space crystal growth from solution, Advances
in the Astronautical Sciences, Vol.96 (1997) 511
10] 陈万春，张春林，刘道丹 和 马文漪, Ba(NO3)2晶体的生长, 《人工晶体学报》, Vol.26,No.3-4
(1997) 275
11] 沈蕴雪，谢安云和陈万春等, NaClO3晶体生长过程研究《人工晶体学报》,
Vol.26,No.3-4 (1997) 204
12] 陈万春 麦振洪 马文漪 谢安云 刘道丹 吴兰生, a - 碘酸锂晶体的空间生长,《物理》, Vol.27,
No.7 (1998) 387
13] Chen Wan-chun，Mai Zhen-hong and K.Kato, Effect of microgravity
on interface structural features in space crystal growth,
Chinese Physics Letter, Vol.15, No.8 (1998) 613
14] Z.Yin, M.S.Zhang and W.C.Chen , Nonlinear Interference
in Barium Titanate and Potassium Tantalate Niobate , Journal
of the Physical Society, Vol.32 (1998) S575
15] Chen Wanchun and B.Wei, Space Materials Science, Chinese
Journal of Space Science, Supplement, Vol.18 (1998) 104
16] W.C.Chen, Z.H.Mai and K.Kato, Experimental Evidence
of Influence of Microgravity on the Theory of Impurity Segregation
from Space Crystal Growth, Journal of the Japan Society
of Microgravity Application, Vol.15, Supplement II (1998)
514
17] Chen Kan, Zhang Ming-sheng and Chen Wan-chun, Photoinduced
Light Scattering in Co- and Cr-Doped Lithium Niobate, Chin.Phys.Lett.
Vol.16, No.2 (1999) 137
18] Z.Yin, W.C.Chen and M.S.Zhang, Nonlinear Resonance in
the Reduced and Unreduced Barium Titanate, Proceedings of
the Sixteen International Conference on Raman Spectro-Scopy,
pp.610, September 6-11, 1998, Cape Town, South Africa. John
Wiley & Sons.
19] 张春林,沈蕴雪,刘道丹,陈万春, 重力对TGS晶体生长固/液界面浓度边界层的影响,《硅酸盐学报》, Vol.27,
No.2 (1999) 214
20] Liu Yongcai and Chen wanchun et al., Interface Shape
and Concentration Distribution in Crystallization from Solution
under Microgravity, ACTA PHYSICA SINICA (0verseas Edition),
Vol.8. No.12 (1999) 881
21] 刘永才，陈万春；重力对水平Bridgman生长系统中固液界面形状变化的影
响，《中国科学(Science in China, Series A》，Vol.30, A (2000) 79
22] L.J. WU, W.C. CHEN, C.R. LI, and J.K. LIANG，Study on
the role of Sr ion in the crystal Growth of Sr(NO3)2 , Chin.Phys.Lett,
Vol.17. No.2 (2000) 139
[23] Liu Yongcai and Chen wanchun,，The Influence of the Gravity
on Surface Shape during the Crystal Growth of LICAF,《Science
in China, Series A》，Vol.43, No.4(2000) 430
[24] Liu Yongcai and Chen wanchun and Simon Brandon, The
Application of Finite Element Method on study the faceting
phenomena from melt crystal growth, be received by Journal
of Computational Physics, Vol.17, No.1-2 (2000) 45-53
[25] Liu Yongcai and Chen wanchun and Simon Brando, The
Effect of Fluid Flow on the faceting from melt crystal growth,
the Journal of the Chinese Ceramic Society, Vol.28, No.2
(2000) 147
[26] Chen Wanchun, Liu Daodan and Ma Wenyi, Study on Kinetics
of NaCLO3 Crystal Growth, Journal of Synthetic Crystals,
Vol.29, No.5 (2000)30
[27] Zhang Chunlin, Xie Anyun, Liu Yulong and Chen Wanchun,
Study on Large Size Ba(NO3)2 Crystal Growth and Physical
Properties, Journal of Synthetic Crystals, Vol.29, No.5
(2000) 113
[28] Liu Yongcai and Chen Wanchun, Influence of Natural
Convection on Segregation and Interface Shapes, Journal
of Synthetic Crystals, Vol.29, No.5 (2000) 17
[29] Wu Lijun and Chen Wanchun, Influence of Pb2+ on Crystal
growth of Sr(NO3)2, Journal of Synthetic Crystals, Vol.29,
No.5 (2000) 112
[30] Wu Lijun, Xie Anyun, Li Chaorong and Chen Wanchun,
Influence of Ba2+ on Crystal growth of Sr(NO3)2, Journal
of Synthetic Crystals, Vol.29, No.5 (2000)237
[31] W.C.Chen, K.Kato, Z.X.Chen and Su Chen, The Study
on Heavy Metals Partitioning in
Carbonate Calcium Formation (1) -- Theoretic Background
and Experimental Methods,
Journal of Synthetic Crystals, Vol.29, No.2 (2000) 102
[32] L.J. WU, W.C. CHEN, C.R. LI, , W.Y. MA, J.K. LIANG,
Crystallization of PbxSr1-x(NO3)2
Solid Solutions from Aqueous Solutions, Cryst. Res. Technol.
35 (5) (2000) 601
[33] W.C.Chen, K.Kato, Z.X.Chen and Su Chen, The Study
on Heavy Metals Partitioning in
Carbonate Calcium Formation (2)--- Research Progress and
Partitioning Mechanism,
Journal of Synthetic Crystals, Vol.29, No.3 (2000) 205
[34] Chen Wanchun, Chen Nuofu, Ding Bingzhe and Xue Datong,
research Progress
on Space Materials Science, Chinese Journal of Space Science,
Vol.20,
Supplement, (2000) 91
2.专著
1] W.C.Chen, Microgravity Materials Science, in 《Space Science
in China 》, Chaper V, Edited
by Wen-rui Hu, Gordon & Breach Science Publishers, Amsterdan,
1997.
2] 陈万春, 合编 《晶体生长科学和技术》，第二章《晶体生长动力学》，
科学出版社, 1997 年出版。
3] 陈万春, 合编 《化工大百科全书》，第十三卷，第三章，p.551, 《人工 晶体 》，中国化工出版社，1997年，北京。
3. 1996 - 2000 期间发表的国际会议报告目录
1] Y.X.Shen, W.C.Chen and D.D.Liu, Concentration Field Near
Boundary Layer of Growing Crystal α-LiIO3 Obtained by Real-Time
Interferometry,
《Proceedings of the Fourth Asian Symposium on Visualization》pp.181,
Edited by Q.D.Wei, International Academic Publishers, Beijing,
1996
2] W.C.Chen, C.L.Zhang, W.Y.Ma, A.Y.Xie and G.Y.Chen, Ground-Based
Preparatory Study on G-433 Space Experiment, 47th International
Astronautical Congress, October 7-11,1996 Beijing
3] Y.X.Shen and W.C.Chen et al., Boundary Layer Analysis in
Crystal Growth by Laser Interferometry, SPIE Proceeding Vol.2861
(1996) 96
4] W.C.Chen, Space Crystal Growth in China, Proceedings of
China-Germany
Workshop on Microgravity Science, p.67, Xian,China, October,2-5,1996
5] Y.X.Shen, D.D.Lui and W.C.Chen, Studies of the Solid/Liquid
Interface in
Crystal Growth by Fringe Carrier Technique, Proceedings of
China-Japan
Workshop on Microgravity Science, p.245, Xian,China, October,2-5,1996
6] W.C.Chen, Y.X.Shen and D.D.Liu, Study on Real Time and
In-sit Observation of Space Crystal Growth, 47th International
Astronautical Congress, October 7-11,1996, Beijing
7] H.X.Guo, Z.H.Mai, W.C.Chen and G.J.Zhai, Influen of Gravity
on Physical and Chemical Properties of alpha-LiIO, 47th International
Astronautical Congress, October 7-11, 1996 Beijing
8] W.C.Chen, Space Crystal Growth from Solution in China,
Summary of Abstracts, 45, Seventh International Space Conference
of Pacific-basin Societies (7th ISCOPS), 15-18 July, 1997,
Kosei-Nenkin Kaikan, Nagasaki, Japan.
9] Y.X.Shen, C.L.Zhang and W,C,Chen et al., Quantitative Analysis
of Concentration Boundary Layer in crystal growth, Joint Xth
European and VIth Russian ymposium on Physical Science in
Microgravity, Abstract , P.114, St. Petersburg, Russia, 15-21,
June, 1997
10] W.C.Chen, Z.H.Mai and K.Kato, Experimental Evidence of
Influence of Microgravity on the Theory of Impurity Segregation
feom Space Crystal Growth, Extended Abstracts, Joint 1ts Pan-Pacific
Basin workshop and 4th Japan-China Workshop on Microgravity
Sciences, 8-11, July, 1998, Tokyo,Japan
11] Liu Yongcai and Chen wanchun，INFLUENCE OF THE GRAVITY
ON SURFACE SHAPE IN HORIZONTAL BRIDGMAN CRYSTAL GROWTH，《50th
International Astronautical Congress》, Amsterdam, the Netherlands,
October 4-8,1999
12] Chen Wanchun, Zhang Chunling, Wu Lijun and Xie Anyun，STUDY
ON CRYSTAL GROWTH OF CUBIC NITRATES，《The 1st Asian Conference
on Crystal Growth Technolohy》, Aug.29-Sep.1, Sendai, Japan.
2000
4. 1996 - 2000 期间发表的国内会议报告目录
1] 陈万春, 空间低温溶液晶体生长, 《中国空间科学学会第四次学术年会论文
集》 p.47, 郑州, 1996.4月.
2] 陈万春，沈蕴雪和刘道丹，碘酸锂晶体生长过程的边界层研究《空间材料科学研讨会》， 兰州，1996。
3] 沈蕴雪，陈万春，方竟和倪受庸，晶体生长过程中浓度边界层研究，《第一届全国液态物理学术会议论文摘要》，p.32,
北京，1996.6。
4] 张春林, 沈蕴雪, 刘道丹, 陈万春, 重力对于TGS 晶体固/液边界层的影响,《第三届全国微重力科学学术会议文集>>,
p.80,1997年 8 月 24-27 日,江西，庐山。
5] 陈万春 和 张明生 等，氯酸钠晶体固／液生长界面的光散射研究，《中国空间科学学会空间材料科学专业委员会99'学术年会论文，昆明，8月，1999
6] 刘永才, 陈万春, 重力对水平Bridgman生长系统中固液界面形状变化的影响，《第四届全国微重力科学学术会议文集>>，厦门，9
月，1999
7] 刘永才, 陈万春微重力下溶液生长界面形状及其浓度分布的计算研究，《第四届全国微重力科学 学术会议文集》， 厦门，9
月， 1999
8] NaClO3晶体生长过程的原位实时观察研究，《第四届全国微重力科学学术会议文集》， 厦门，9 月， 1999
9] The Mechanism of impurity segregation on crystal growth，《第四届全国微重力科学学学术会议文集》，厦门，9
月，1999
10] 刘永才, 陈万春 and Simon Brandon, 有限元技术用于研究熔体生长中的小面化现象*《全国计算物理会议》，贵阳，10
月，1999
[11] 陈万春，空间晶体生长展望，《21世纪微重力科学发展研讨会》and International Workshop
on Microgravity -- The Present and The Future, November 7-12,
1999, Fragrant Hill
[12] 陈万春，刘道丹，马文漪,氯酸钠晶体生长动力学研究, 《第12全国微晶体生长术会议》，2000年 5月 15-20
日，上海。
[13] 张春林, 谢安云, 刘玉龙, 陈万春，大尺寸硝酸钡晶体生长及其物理性能, 《第12全国微晶体生长术会议》，2000年
5月 15-20 日，上海。
[14] 刘永才，陈万春，熔体生长中自然对流对溶质分凝和界面形状的影响，《第 12全国微晶体生长术会议》，2000年
5月 15-20 日，上海。
[15] 吴立军，陈万春，Pb2+ 对 Sr(NO3)2 晶体生长的影响，《人工晶体学报》，《第12 全国、微晶体生长术会议》，2000年
5月 15-20 日，上海。
[16] 吴立军，谢安云, 李超荣，陈万春，Ba2+ 对 Sr(NO3)2 晶体生长的影响，《第12全国微晶体生长术会议》，2000年
5月 15-20 日，上海。
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