Charlier; Julienne

Patent Applications and Registrations

Patent applications and USPTO patent grants for Charlier; Julienne.The latest application filed is for "process of localized electrografting onto photosensitive semiconductor substrates".

Company Profile

0.5.7

Charlier; Julienne - Gif sur Yvette N/A FR

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.

Patent Activity

Patent	Date
Process of localized electrografting onto photosensitive semiconductor substrates Grant 8,466,072 - Charlier , et al. June 18, 2	2013-06-18
Method for mask-free localized organic grafting on conductive or semiconductive portions of composite surfaces Grant 8,394,460 - Bureau , et al. March 12, 2	2013-03-12
Process of Localized Electrografting onto Photosensitive Semiconductor Substrates App 20110281441 - Charlier; Julienne ; et al.	2011-11-17
Method for Localised Electro-Grafting on Conducting or Semiconducting Substrates in the Presence of a Microelectrode App 20110200790 - Charlier; Julienne ; et al.	2011-08-18
Solid Support Comprising A Functionalized Electricity Conductor Or Semiconductor Surface, Method For Preparing Same And Uses Thereof App 20100279900 - Bureau; Christophe ; et al.	2010-11-04
Method of bonding a polymer surface to a conducting or semiconducting surface and application of the same Grant 7,605,050 - Bureau , et al. October 20, 2	2009-10-20
Solid support comprising a functionalized electricity conductor or semiconductor surface, method for preparing same and uses thereof App 20050272143 - Bureau, Christophe ; et al.	2005-12-08
Method of soldering a polymer surface to a conducting or semiconducting surface and applications of same App 20050255631 - Bureau, Christophe ; et al.	2005-11-17
Method for mask-free localised organic grafting on conductive or semiconductive portions of composite surfaces App 20040081900 - Bureau, Christophe ; et al.	2004-04-29
Method for mask-free localized organic grafting on conductive or semiconductive portions of composite surfaces App 20040082120 - Bureau, Christophe ; et al.	2004-04-29

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