Non-lithographic nanofluidic channels with precisely controlled circular cross sections

Simplified Approach for Torsional Analysis of Non-homogenous Tubes with Non-circular Cross-sections

In this paper a method is presented for torsional analysis of non-homogeneous tubes with arbitrarily shaped cross-sections. A previously presented method based on Bredt’s theory is extended to achieve formulas for torsional analysis. Shear modulus varies through the thickness according to a power law distribution. To validate the accuracy of the presented formulas for angle of twist and shear s...

A controlled biochemical release device with embedded nanofluidic channels

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Scattering of Plane Waves on Finite Cylinders with Non-circular Cross-sections

Ion transport in nanofluidic channels.

In this tutorial review, recent developments in modeling and experimental studies on nanofludics were reported. Nanofluidic studies were categorized into two groups depending on the characteristic length scale. When the size of the nanochannels and pores is 5-100 nm, electrostatic interactions are dominant, and ion and fluid flow can be analyzed by continuum dynamics. Various nanofluidic device...

Cross sections for extinction of tilted infinite circular cylinders.

It follows that Kerker's equations (6.1.46) and (6.1.47) should be deleted, and the quantities C n e x t and C22 ext should be replaced by C1 ex t and C2 ex t . Note that the forwardscattering (θ = 0) wave as well as the backscattering wave from tilted infinite cylinders is not de­ polarized, an effect which is well known in the case of spheres. But in contradiction to the spheres, the followin...