Numerical simulation of protein stamping process driven by capillary force.

Abstract

Numerical simulations based on first-principle conservation laws of mass and momentum are performed to observe flow characteristics during the stamping process. The protein solution is transferred by a new design of microstamps with microchannels and printed on a bottom substrate. Furthermore, key physics of the stamping process and the control factors achieving uniform spot size can be identified and optimized after these simulations.

Cite this paper

@article{Lin2002NumericalSO, title={Numerical simulation of protein stamping process driven by capillary force.}, author={Shih-Chang Lin and Fangang Tseng and Ching-Chang Chieng}, journal={IEEE transactions on nanobioscience}, year={2002}, volume={1 3}, pages={121-8} }