Sentence examples for double interfaces from inspiring English sources

Here we propose mechanistic models of double interfaces: one interface locates between Cu and active materials, and the other is referred to as solid electrolyte interphase (SEI) film coating on the current collector.

Table 2 shows approximate reflectance values as computed from (1) R = (n 1 − n 2 n 1 + n 2 ) 2 and R eff = 1 − (1 − R 1 ) (1 − R 2 ) = R 1 + R 2 − R 1 R 2 for single and double interfaces, respectively.

For double interfaces, as in the gap between the fiber and Si backside, this equation is applied twice, using the relation R eff = 1 − (1 − R 1 ) (1 − R 2 ) = R 1 + R 2 − R 1 R 2. Note that interference effects were not considered.

There are two versions of the G Drive mini; a double interface and a triple interface.

Although an in-coupling optical fiber closely matches the index of the glass array, it leaves an air gap junction with the array backside during edge-coupling; the gap forms a double interface that suffers from a larger Fresnel reflection loss.

To the best of our knowledge, the only description of this double-transfer voltammogram, which has important consequences for many membrane science applications, was given by Shirai et al., who provided a detailed analysis of the double-interface system and studied the effect of supporting electrolyte on the ion transfer using a 6-electrode setup with a 1 cm-thick nitrobenzene SLM.

In this report, the ionic conductivity evolution of isotropic crystal with double strained interfaces is evaluated quantitatively.

The method is applicable to either gas dynamics or magnetohydrodynamics. Numerical examples are presented for cases in which a hydrodynamic shock interacts with a single or double density interface, and a doubly shocked single density interface.

On Thursday Mr. Mitchell presented a different double bill: "Interface," a work in progress that will have its premiere in spring 2013, and his revival of Merce Cunningham's "How to Pass, Kick, Fall and Run" (1965) with young dancers.

The results show that a remarkably stable double-layered interface is formed at all observed thicknesses, which separates the Ω phase from the Al matrix.

The results indicate that local structures of the double-layer interface between the W(110) surface and the LiCl KCl salt are the key factors governing the electrorefining performance.