| Numbering |
Thesis Name |
Joint Author |
| MS04-002 |
Improving the wetting stability on submersed superhydrophobic surfaces for drag reduction applications using hierarchical structures |
Yahui Xue, Shigan Chu, Pengyu Lv, Huiling Duan |
| MS04-003 |
Time-averaged acoustic forces acting on a circular cylinder in a viscous fluid |
Jingtao Wang, Jurg Dual |
| MS04-004 |
Nanoscale vortices in transport of salty solution through a graphene nanopore |
Guohui Hu, Mao Mao, Sandip Ghosal |
| MS04-007 |
Nature-inspired microfluidic propulsion using magnetically-driven artificial cilia |
Syed N. Khaderi, Patrick R. Onck |
| MS04-009 |
Cell membrane dynamics during sonoporation investigated by microfluidic single-cell analysis |
Nilanjana Bose, Dario Carugo, Tapas K. Maiti, Suman Chakraborty, Xunli Zhang |
| MS04-010 |
Dynamic properties of confined water molecules in nano-scale systems |
Guangchao Zuo, Rong Shen, Wanlin Guo |
| MS04-011 |
Electro-elasto-capillarity: electric field driven unwrapping of water drop with elastic film |
Yapu Zhao, Ziqian Wang, Fengchao Wang |
| MS04-012 |
Rotation of non-spherical particles in square chambers using ultrasonic standing waves |
Thomas Schwarz, Guillaume Petit-Pierre, Jurg Dual |
| MS04-013 |
Particle transport with continuous frequency sweeping and acoustic radiation forces |
Dirk Moller, Emian Furger, Jurg Dual |
| MS04-014 |
Theoretical aspects of microchannel acoustophoresis: thermoviscous corrections to the radiation force |
Henrik Bruus |
| MS04-015 |
Migration of flexible fibers entrained by Poiseuille flow in a microchannel. |
Agnieszka M. Slowicka, Eligiusz Wajnryb, Maria L. Ekiel-Jezewska |
| MS04-016 |
Inertial microfluidics: high-throughput cell and particle manipulation |
Dino Di Carlo |
| MS04-017 |
Rapid cell separation in double spiral microfluidic channels |
Chao Liu, Jiashu Sun, Xingyu Jiang, Guoqing Hu |
| MS04-018 |
Rapid and precise particle manipulation in microfluidic devices |
Masumi Yamada, Sari Sugaya, Minoru Seki |
| MS04-019 |
Acoustophoresis in lifescience applications |
Thomas Laurell |
| MS04-020 |
A hybrid computational model to predict separation of cells in hydrodynamic metamaterials |
Wentao Wang, Yi-Kuen Lee |
| MS04-021 |
Ultrasonic collection of particles at an air/liquid interface |
Priscilla Rogers, Ian Gralinski, Adrian Neild |
| |
|
|
