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, I La microfluidique et son utilisation pour la génération de gouttes, p.173

.. .. Principes-généraux-de-la-microfluidique,

, Des écoulements dominés par des forces inhabituelles, p.173

. Microfluidique and . .. Écoulements-laminaires, , p.173

. Avantages and . .. De-la-microfluidique, , p.173

. .. , Matériaux utilisés pour former les puces microfluidiques, vol.174

, Différentes géométries permettant la formation de gouttes simples178

.. .. Le-co-Écoulement,

T. .. Les-jonctions-en,

, Adaptation à la formation de doubles émulsions, p.179

, Concilier des mouillabilités opposées sur la même puce, p.181

, Activation des surfaces et greffage/adsorption de molécules, p.181

. , Via un traitment de surface local

.. .. Sans-traitement-de-surface,

. , II Mise au point d'une technique permettant la formation de gouttes multiples au sein de la même puce microfluidique

.. .. Mode-opératoire,

C. V. Formation-d'émulsions-e/h/e-par, E. Voie-microfluidique, . De, and . Ii,

, Caractérisation des surfaces protégées par le marqueur, p.185

. , Utilisation d'un marquage fluorescent

, Formation de doubles émulsions E/H/E avec des tensioactifs modèles, p.187

. .. Conclusions,

. , III Formation d'émulsions stabilisées par des copolymères PDMS-b-PDMAEMA par voie microfluidique

. Émulsions-obtenues and . .. Stabilité,

. .. , Formation d'émulsions doubles en microfluidique

. , Optimisation de la géométrie de la puce

. .. Mesures-de-viscosité,

M. De-contact and .. .. ,

. .. Conclusions,

, d Formation d'émulsions doubles chargées en catéchine, p.204

.. .. Résultats,

.. .. Relargage-de-la-catéchine,

. .. Conclusions,

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