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Efficient batch-mode mixing and flow patterns in a microfluidic centrifugal platform: a numerical and experimental study
, Article Microsystem Technologies ; 2016 , Pages 1-13 ; 09467076 (ISSN) ; Tirandazi, P ; Normandie, M ; Saidi, M. S ; Sharif University of Technology
Springer Verlag
Abstract
During recent years centrifugal-based microfluidic devices known as Lab-on-a-CD have attracted a lot of attentions. Applications of these CD-based platforms are ubiquitous in numerous biological analyses and chemical syntheses. Mixing of different species in microscale is one of the essential operations in biochemical applications where this seemingly simple task remains a major obstruction. Application of centrifugal force, however, may significantly improve the flow agitation and mixing, especially when it is combined with the Coriolis force which acts perpendicular to centrifugal force. In this study, mixing process in minichambers located on a rotating platform under a periodic...
Efficient batch-mode mixing and flow patterns in a microfluidic centrifugal platform: a numerical and experimental study
, Article Microsystem Technologies ; Volume 23, Issue 7 , 2017 , Pages 2767-2779 ; 09467076 (ISSN) ; Tirandazi, P ; Normandie, M ; Saidi, M. S ; Sharif University of Technology
Abstract
During recent years centrifugal-based microfluidic devices known as Lab-on-a-CD have attracted a lot of attentions. Applications of these CD-based platforms are ubiquitous in numerous biological analyses and chemical syntheses. Mixing of different species in microscale is one of the essential operations in biochemical applications where this seemingly simple task remains a major obstruction. Application of centrifugal force, however, may significantly improve the flow agitation and mixing, especially when it is combined with the Coriolis force which acts perpendicular to centrifugal force. In this study, mixing process in minichambers located on a rotating platform under a periodic...