In this paper, a nano-liquid/liquid waveguide coupling based on evanescent tunneling effect is demonstrated. For the first time, the feature size in the fluidic beyond the diffraction limit with changes as small as 1 nm can be imaged in the microchannel. The evanescent coupling length can be tuned by the flow rates and the fluids materials flexible than semiconductor ones. This implies that sin...

This poster will present a classification of the typical motions of 1-D flexible bodies (“beams”) undergoing arbitrary motions in high-Reynolds-number fluid flows. Previous works have generally focused on rigid bodies and small-amplitude motions. We have developed an implicit numerical scheme coupling the motion of a flexible fiber to ambient vorticity shed from the fiber edges and advected wit...

This paper presents our approach to data mining that allows the coupling of parallel applications with a scripting language resulting in an efficient and flexible toolbox. Parallel algorithms which are scalable both in data size and number of processors are a key issue to be able to solve the ever increasing problems in data mining. On the other hand, data mining applications should be flexible...

The free-radical hydrothiolation of alkynes (thiol-yne coupling, TYC) unites two thiol fragments across the carbon-carbon triple bond to give a dithioether derivative with exclusive 1,2-addition; this reaction can be used for modification of peptides and proteins allowing glycoconjugation and fluorescent labeling. These results have implications not only as a flexible strategy for attaching two...

Flexible and extensible partitioned multi-physics simulation environments require efficient and modular tools with a broad and customizable coupling functionality. PreCICE [1] is a library for flexible numerical coupling of single-physics solvers. It uses a partitioned black-box coupling approach, thus requiring only minimal modifications to existing solvers. This fact and a clean API foster qu...