But in any case there is local or global maximum of the electric field intensity at the metal interface with Bragg mirror for p-modes.
It is well known that metal-InP interfaces are usually subjected to a strong "Fermi level pinning" with the consequence of small barrier height on the metal interface with n-type InP [6].
Thus, the electric field intensity is maximal on the metal interface with Bragg mirror for the lower mode (Fig. 4 a, b and d), whereas the electric field intensity is maximal at the boundary of Bragg mirror with the environment for the second (Fig. 4 c) and third (Fig. 4 f) modes.
When ∈ m < − ∈ d (this condition defines the so-called SPP resonance), it turns out that k x > k0 and, thus, SPPs are trapped at the metal interface, with its intensity exponentially decaying from the interface.
The catalytic activity and selectivity of metals interfaced with solid electrolytes can be altered dramatically and reversibly via potential application.
Longevity of cemented hip reconstruction may be achieved by either (1) enhancing fixation and minimizing motion at the cement-metal interface with rougher surfaced implants or (2) minimizing cement abrasion in the presence of motion at the cement-metal interface with smoother surfaced implants.
To date, there is no information on how these porous metals interface with bone cement.
As for [Hg II)]S[Zn II)(H2O/OH–)]N TRIL9CL23H 3 n +, the rate of hydrolysis is pH-dependent, increasing with an increase in pH and MID1-Zn (metal interface design with zinc) has a kinetic p Ka of 8.2 ± 0.1 and a maximal efficiency of 630 ± 90 M–1 s–1.
In addition, the polarization sensitivity increases to 6.75 at a wavelength of 755 nm due to increasing of the light transmittance into the active region of a semiconductor in the case of the surface barrier heterostructure with quasi-anticorrelated metal film interfaces, while the polarization sensitivity is 3.9 at 770 nm in the case of correlated metal film interfaces with sinusoidal profiling.
The horizontal line indicates the reference value for the equivalent structure with correlated metal film interfaces with sinusoidal profiles.
The polarization sensitivity is slightly smaller for an equivalent structure with correlated metal film interfaces with sinusoidal profiling (T p /T s =7).
