C. Druon

发表

Monitoring SAW-actuated microdroplets in view of biological applications

Jean-Pierre Sozanski, Christian Druon, Alan Renaudin, 2009 .

SAW nanopump for handling droplets in view of biological applications

Christian Druon, A. Renaudin, V. Zhang, 2006 .

Novel microwave device for nondestructive electrical characterization of semiconducting layers

N. Bourzgui, P. Tabourier, C. Druon, 1990 .

Study of SA Phase Structure Using Dielectric Relaxation

C. Druon, J. Wacrenier, 1983 .

Characterization of the Sc Phase In a Liquid Crystal by Dielectric Relaxation

C. Druon, J. Wacrenier, 1984 .

Dielectric relaxation in the smectic E phase of a liquid crystal

C. Druon, J. Wacrenier, 1984 .

Dielectric study of SA1, SA2 and SÃ phases in liquid crystals of cyano compounds

C. Druon, N. H. Tinh, H. Gasparoux, 1983 .

A study of experimental results obtained for dielectric relaxation of several mesomorphous members of the alkylcyanobiphenyl series

C. Druon, D. Lippens, J. Wacrenier, 1981 .

Evidence of tilted monolayer cybotactic groups in a partially bilayer SA phase

C. Druon, A. Levelut, 1982 .

A measuring device for the determination of the electric permittivity of materials in the frequency range 0.1-300 MHz

J. Carru, C. Druon, M D Benadda, 1982 .

Nondestructive mapping of GaAs wafers from measurement of magnetoresistance effect using a novel microwave device

N. Belbounaguia, P. Tabourier, C. Druon, 1994 .

Microwave device for non-destructive magnetoresistance measurement of semiconducting layers

N. Belbounaguia, C. Druon, J. Wacrenier, 1993 .

Droplet manipulation using SAW actuation for integrated microfluidics

J. C. Camart, P. Tabourier, C. Druon, 2004 .

A measuring cell for the dielectric study of liquid crystals having high transition temperatures (up to 200 degrees C) in the frequency range 1 Hz-1 GHz

C. Druon, J. Wacrenier, 1983 .

High pressure-resistant SU-8 microchannels for monolithic porous structure integration

S. Arscott, V. Thomy, J. Carlier, 2006 .

A planar on-chip micro-nib interface for NanoESI–MS microfluidic applications

Séverine Le Gac, Steve Arscott, Christian Druon, 2004 .

Microfluidic design rules for capillary slot-based electrospray sources

S. Arscott, M. Brinkmann, S. Gac, 2004 .

A micro-nib nanoelectrospray source for mass spectrometry

S. Arscott, S. Gac, P. Tabourier, 2004 .

Integrated microfluidics based on multi-layered SU-8 for mass spectrometry analysis

Steve Arscott, Vincent Thomy, Julien Carlier, 2004 .

A study of dielectric relaxation in 4 octyl 4’ cyanobiphenyl. Existence of associations among molecules

C. Druon, J. Wacrenier, 1978 .

Characteristics and fluidic properties of porous monoliths prepared by radiation-induced polymerization for Lab-on-a-Chip applications

J. Carlier, C. Druon, J. Jásik, 2006 .

A study of 4 nonanoate, 4'-cyanobiphenyl using dielectric relaxation method

C. Druon, J. Wacrenier, 1982 .

A method of analysis of dielectric relaxation: application to a few X zeolites and liquid crystals

P. Tabourier, C. Druon, J. Wacrenier, 1980 .

Theoretical and experimental study of linear motors using surface acoustic waves

P. Helin, Christian Druon, Véronique Sadaune, 1998 .