GB.001 Experimental study of millimeter-sizedbubbles in a vertical pipe flow

Ying Hang Tsang, Donald Koch (Cornell University), AshokSangani (Syracuse University)

GB.002 Why do oblate bubbles rising in shearflows migrate in the ``wrong'' direction

Jacques Magnaudet (CNRS/IMFT)

GB.003 Motion of long gas bubbles in channelsof different cross-sections in monolith chemicalreactors

Vladimir Ajaev (Southern Methodist University)

GB.004 Arresting Bubble Dissolution withHydrophobic Particles

Ryan J. Larsen (Harvard University), Calvin Archibald(Howard University), Howard A. Stone (HarvardUniversity)

GB.005 Surfactant effects on the dynamics ofan intravascular bubble

Jie Zhang, David Eckmann, P.S. Ayyaswamy (University ofPennsylvania)

GB.006 Mass-production of perfectlymonodisperse microfoams using capillaries andmicro-channels.

Alfonso M. Ganan-Calvo, Juan Fernandez (ESI, Universidadde Sevilla, 41092 Sevilla, Spain)

GB.007 Foam flow in microchannels

Thomas Cubaud, Chih-Ming Ho (UCLA - MAE Dept.)

GB.008 Foam failure

Adrian Daniel Staicu, Sascha Hilgenfeldt (Physics ofFluids, University of Twente, P.O. Box 217, 7500AE Enschede,The Netherlands)

GB.009 ANew Thinning Law for Lamellae in Foams

Lucien Brush (University of Washington), Stephen Davis(Northwestern University)

GB.010 Large-scale foam flows: discreteeffects and limits of a continuum approach.

Igor Veretennikov, Alexandra Indeikina (University ofNotre Dame, Notre Dame, IN), Marius Asipauskas (NASA GlenResearch Center, Cleveland, OH), James Glazier (IndianaUniversity, Bloomington IN)