我院陈锦祥教授近三年申请专利20余项,近一半已获授权

2012-11-06

   由我院吴智深院长亲自从东京大学引进的陈锦祥教授,在没有提供特别人才项目等资助,实验条件较为艰苦和助手学生均较少的起步阶段,在院领导的关怀和支持下,充分发挥多次跨学科和海外国际一流研究院工作期间所积累的丰富经验,通过近三年的辛勤工作,终于在今年迎来了收获的季节:近三年申请专利20余项,近一半已获授权。

此外,去年和今年陈教授合编出版外文学术专著各1本,今年已经出版SCI论文4篇(影响因子3.62.7的各2篇),同时已经新完成SCI论文4篇,力争年内再完成3篇。

    随着我院新建研究大楼的启用和研究生人员的增加,陈教授期待着今后能取得更加丰硕的成果,并争取将发明专利尽快产业化,为研究院的发展和祖国的繁荣昌盛作出应有的贡献。

                                                              

附专利及主要论著清单:

已经获得授权的国家发明专利和实用新型,共9

发明专利

[3] 陈锦祥,关苏军,谢娟等, 玄武岩纤维增强的木塑复合材料及其制备方法,:ZL 201010253516.9.  2012-08-13

[2] 陈锦祥,谢娟,关苏军等, 一体化制备多边形栅格蜂窝结构实芯功能板的模具与方法,ZL 201010228680.4  2010-07-15  公告日2012-04-25

[1] 陈锦祥,关苏军,一体化制备多边形格栅空芯板的模具装置和方法ZL 201010110069.1. 2010-02-11

实用新型

[6] 王勇,陈锦祥,孟闯等,一种无墨生态打印装置,ZL 201120556549.02011-12-28。证书号:2393614

[5] 谢娟,陈锦祥,祖峤等,一种纸平展式无墨生态激光打印装置,ZL 201120553486.32011-12-27;授权公告号CN202378430 U.

[4] 陈锦祥,汪昕,谢娟等,一体化蜂窝板的封边模具,ZL 2011 2 0297569.0(2011-08-16)公告日:20120509

[3] 陈锦祥,谢娟,关苏军等 一体化制备多边形栅格蜂窝结构实芯功能板的模具,ZL 2010 2 02261000.4 (2010-07-15)

[2] 陈锦祥,谢娟,陈放, 一种生态打印头装置,ZL 2010 2 0248698.6 (2010-06-30)

[1] 陈锦祥,关苏军,一体化制备多边形格栅空芯板的模具装置,ZL 2010 2 0113926.9 (2010-02-11)

 

申请中的国际、国家发明专利和实用新型,共13

国际或国家发明专利:

[12] 陈锦祥,谢娟,何成林等,一体化的耐久型柱芯封边夹层板,(申请号:201210229905.72012-7-2

[11] 陈锦祥,王勇,谢娟等,MAPE增容的玄武岩纤维-木塑复合材料及其制备方法,申请号:201210087410.5(申请日2012-3-29.

[9]陈锦祥,吴智深,吴刚等,一种无墨生态热烤打印方法及打印头装置,美国申请号:(2012.1.4提交).

[8] 陈锦祥,谢娟,王勇等,一种生态打印方法,申请号:201110443398.22011-12-27

[7] 王勇,陈锦祥,孟闯等,一种生态打印装置,申请号:201110445661.12011-12-28

[6] 谢娟,陈锦祥,祖峤等,一种纸平展式无墨生态激光打印装置,申请号:201110443396.32011-12-27

[5]陈锦祥,吴智深,吴刚等,一种无墨生态热烤打印方法及打印头装置,申请号:PCT/CN2011/076509. 2011-06-28

[4] 陈锦祥,汪昕,谢娟等,一体化蜂窝板的封边模具方法,发明专利,申请号:2011 1 0234562.9 (2011-08-17 ).

[3] 陈锦祥,吴智深,吴刚等,一体化制备多边形格栅蜂窝空芯与实芯板的模具装置和方法,美国申请号: US13/406,44112012.2.27)。

[2] 陈锦祥,吴智深,吴刚等,一体化制备多边形格栅蜂窝空芯与实芯板的模具装置和方法,PCT/CN2011/0708872010-07-20

[1] 陈锦祥,谢娟,陈放. 一种生态打印方法及打印头装置,201010218623.8 [P](2010-06-30 ) .

实用新型

[1] 陈锦祥,谢娟,何成林等,一体化的耐久型柱芯封边夹层板,(申请号:201220319451.82012-07-02

SCI论文

[9] J. Chen*, Z. Wu, G. Wu, Mysteries Stored in Beetle Forewings, Submitted (SCI). 

[8] J. Xie L. Xu, J. Chen*,  Y. Wang et al, The carbonized microstructure and chrominance of paper after laser inkless eco-printing, Submitted (SCI)

[7] J. Xie, J. Chen*, Y. Wang, et al, Heat-induced Inkless Eco-printing TechnologySubmitted (SCI ).

[6] J. Chen*, Y. Wang, C. Gu et al, Mechanism of Enhancing the Mechanical Properties of Basalt Fiber-Wood-Plastic Composites by the Addition of Maleic Anhydride Grafted High-density Polyethylene Compatibilizer, Submitted (SCI ).

[5] J. Chen*, The forewing of Allomyrina dichotoma: the epitome of lightweight composite structural design, Materials Science & Engineering C, Submitted (SCI IF=2.7).

[4] J. Chen*, G. Wu, Beetle Forewings: Epitome of the optimal design for lightweight composite materials, Carbohydrate Polymers, 91 (20131) 659– 665 ( SCI IF=3.6)

[3] J. Chen, Y. Wang, J. Xie et al, Concept of a Heat-induced Inkless Eco-printing,  Carbohydrate Polymers, 89 (3)(2012), 849-853 ( SCI IF=3.6). IDS : 960DWISSN: 0144-8617  JUL 1 2012

[2] J. Chen*, C. Gu, S. Guo et al, Integrated Honeycomb Technology Motivated by the Structure of Beetle Forewings, Materials Science & Engineering C, 32(7)(2012) 1813–1817 ( SCI IF=2.7). IDS : 981AMOCT 1 2012

[1] J. Chen*J. XieH. Zhu, et al, Integrated Honeycomb Structure of a Beetle Forewing and its ImitationMaterials Science & Engineering C, 32 (2012) 613-618 ( SCI IF=2.7). IDS : 905MGISSN: 0928-4931 APR 1 2012

 

共著

[2] Chen, J., Ni, Q., & Xie, J. Light Weight Composites Structure of Beetle Forewing and Its Mechanical Properties (Chapter 16), Composites and Their Properties , ISBN 978-953-51-0711-8, edited by Ning Hu, In Tech, 2012. pp. 359-390.

[1] 倪慶清,陳錦祥,カブトムシから学ぶ構造材料,次世代バイオミメティクス研究の最前線―生物多様性に学ぶ:(3-18)下村政嗣主编,シーエムシー出版,2011pp.1-350.

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