Laboratoire de Chimie Physique et Microbiologie pour l'Environnement (LCPME)ÊÇ·¨¹ú¹ú¼Ò¿ÆѧÑо¿ÖÐÐÄ£¨CNRS£©ÓëÂåÁÖ´óѧ£¨Universit¨¦ de Lorraine£©¹²½¨µÄʵÑéÊÒ£¬Î»ÓÚ·¨¹ú¶«²¿³ÇÊÐNancy¡£ÊµÑéÊÒÏÖÓеç·ÖÎö»¯Ñ§¡¢¹âÆ×ѧºÍ΢ÉúÎïÓ¦ÓÃÈý´ó¿ÎÌâ×飬ӵÓÐɨÃèµç»¯Ñ§ÏÔ΢¾µµÈµç»¯Ñ§ÒÇÆ÷£¬ÒºÏàÉ«Æס¢Àë×ÓÉ«Æס¢ICPµÈ»¯Ñ§·ÖÎöÒÇÆ÷£¬ºìÍâ¡¢ÀÂü¡¢XPS¡¢ÄÂ˹±¤¶ûµÈÆ×ѧÒÇÆ÷£¬AFM¡¢SEMµÈ²ÄÁϱíÕ÷ÒÇÆ÷¼°Ò»¸ö»úе¼Ó¹¤³µ¼ä¡£
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1) Scanning electrochemical probe techniques
In this project, we aim at developing new scanning electrochemical probe techniques for locally depositing materials and characterizing electrochemical behavior. We will specifically focus on developing new probes and instrumentation for imaging and patterning on substrates with irregular shape, such as 3D printed structures. The electrochemistry group of LCPME is experienced in both patterning and imaging by scanning electrochemical microscopy [1-3].
[1] L. Liu, C.L. Tan, J.W. Chai, S.X. Wu, A. Radko, H. Zhang, D. Mandler, Small, 10 (2014) 3555-3559
[2] L. Liu, R. Toledano, T. Danieli, J.Q. Zhang, J.M. Hu, D. Mandler, Chem. Commun., 47 (2011) 6909-6911
[3] M. Etienne, M. Dossot, J. Grausem, G. Herzog, Anal. Chem., 86 (2014) 11203-11210
±¾¿ÎÌâÊÇÁõ‚Š²©Ê¿ÉêÇëCNRSְλʱÌá³öµÄÑо¿·½Ïò£¬½áºÏÁËÆäÔÚɨÃèµç»¯Ñ§ÏÔ΢¾µ£¨SECM£©·½ÃæµÄÑо¿×¨³¤ºÍLCPMEÔÚÒÇÆ÷¿ª·¢·½ÃæµÄÌØÉ«¡£Áõ‚Š²©Ê¿ÏÖÄê29Ë꣬2010ÄêÔÚÕã½´óѧ»¯Ñ§Ïµ»ñ²©Ê¿Ñ§Î»£¬²©Ê¿Ñ§Ï°ÆÚ¼äÔø¸°ÃÀ¹úÐÁÐÁÄÇÌá´óѧ£¨University of Cincinnati£©½»Á÷ѧϰ5¸öÔ£¬²©Ê¿±ÏÒµºó¸°ÒÔÉ«ÁÐҮ·ÈöÀäÏ£²®À´´óѧ£¨The Hebrew University of Jerusalem£©´Óʲ©Ê¿ºóÑо¿£¬Ê¦´Ó¹ú¼Êµç»¯Ñ§»á»áÊ¿Daniel Mandler½ÌÊÚ£¬2012ÄêÆð²ÎÓëÒÔÉ«ÁÐ-мÓÆÂCREATE¹ú¼ÊºÏ×÷ÏîÄ¿£¬ÓëÄÏÑóÀí¹¤´óѧºÏ×÷Ñо¿£¬2014Äê»ñ¹ú¼Êµç»¯Ñ§»áISE Travel Award for Young Electrochemists£¬2015Äê²Î¼ÓCNRS¹«¿ªÕÐƸ»ñ¼ÓÃΪÑо¿Ô±£¨CR2£©£¬2016Äê2Ô¼ÓÈëLCPME¡£±¾¿ÎÌâ¿É°²Åŵĵ¼Ê¦Îª£ºAlain Walcarius¡¢Liang Liu¡£
2) Self-powered bioelectrocatalytic reactors
In this project, it is intended to develop a novel concept developed using dehydrogenases immobilized on porous electrodes for sustainable production of building blocks for pharmaceuticals. The idea is to design a new kind of biofuel cell that generates valuable molecules and, at the same time, to produce electric energy, based on the expertise of the electroanalytical chemistry group of LCPME [1-3].
[1] Z. Wang, M. Etienne, F. Quil¨¨s, G.W. Kohring and A. Walcarius, Biosensors Bioelectron. 2012, 32, 111-117.
[2] M. Etienne, L. Zhang, N. Vil¨¤ and A. Walcarius, Electroanalysis 2015, 27, 2028-2054.
[3] A. Walcarius, Chem. Soc. Rev. 2013, 42, 4098-4140.
±¾¿ÎÌ⽫ÀûÓõ绯ѧ·½·¨ÖƱ¸µÄ¶à¿×µç¼«¹Ì¶¨ÍÑÇâø£¬Ê¹Æ佫ÉúÎïÄÜת»¯ÎªµçÄÜ£¬Í¬Ê±Éú³ÉһЩÓÐÓõĻ¯ºÏÎï¡£¿É°²Åŵĵ¼Ê¦Îª£ºAlain Walcarius¡¢Mathieu Etienne¡¢Liang Liu¡£
3) Nanostructured and functionalized electrodes
After having discovered a powerful method to generate ordered nanoporous silica films with unprecedented vertical orientation of mesopore channels [1], and propose a versatile approach to get them functionalized [2], we propose here to go one step further in designing nanostructured and functionalized electrodes for sensing and for electrochromic or photochromic devices. The subject topic is based on the leading position of the electroanalytical chemistry group of LCPME in the field of mesoporous materials in electrochemistry [3].
[1] A. Walcarius, E. Sibottier, M. Etienne and J. Ghanbaja, Nature Mater. 2007, 6, 602-608.
[2] N. Vil¨¤, J. Ghanbaja, E. Aubert and A. Walcarius, Angew. Chem. Int. Ed. 2014, 53, 2945-2950.
[3] A. Walcarius, Chem. Soc. Rev. 2013, 42, 4098-4140.
±¾¿ÎÌâΪAlain Walcarius¿ÎÌâ×éµÄ´«Í³Ç¿ÊÆ·½Ïò£¬¼Ì2007ÄêÔÚNat. Mater.±¨µÀÁ˵绯ѧ³Á»ýÖƱ¸SiO2ÓÐÐò½é¿×±¡Ä¤ºó£¬ÓÖ½øÒ»²½·¢Õ¹ÁËÓÃclick chemistryʹ±¡Ä¤¹¦ÄÜ»¯µÄÆÕÊÊ·½·¨¡£ÔÚδÀ´Ñо¿ÖУ¬ÎÒÃǽ«½øÒ»²½ÍØÕ¹µç³Á»ýÖƱ¸¾ßÓÐÓÐÐò½á¹¹µÄ¹¦ÄÜ»¯SiO2½é¿×±¡Ä¤Ôڵ绯ѧ´«¸ÐÆ÷¡¢µçÖ±äÉ«²ÄÁϺ͹âµçת»»²ÄÁÏÖеÄÓ¦Ó᣿ɰ²Åŵĵ¼Ê¦Îª£ºAlain Walcarius¡¢Neus Vil¨¤¡¢Christelle Despas¡¢Liang Liu¡£
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[ Last edited by electrchem on 2016-7-13 at 00:01 ] |