Sentence examples for period of the array from inspiring English sources

The metallic nano-particles are patterned on the a-Si thin film as shown in Figure 1a, where Λ is the period of the array; D and h are the side length and the height of the nano-block, respectively; t is the thickness of the a-Si thin film.

The array, which is patterned on a metal (gold) film, is shown in Figure 2, where D is the period of the array, w and l are the width of the short side and the length of the long side of the cross-shaped-hole, respectively; h is the thickness of the metal film, and its optical properties of the metal are described by the dispersive complex dielectric function above.

Period a of the array depends linearly with the applied voltage V; Equation 1 shows the value obtain with the set-up developed in our laboratory.

A large number of movements were made during the test period of the Sample Array robot.

The sampling period of the complete array was 58.5 ms, thus allowing the sensor to be used in real-time applications.

After tuning the period of the silicon array, different resonant wavelength with high quality factor (range from 50 to 400) can be achieved.

The coupled SPP can be excited at several wavelengths from 700 to 1000 nm, considering the dispersion relation (not shown here) and the period of the hole array.

The period of the nanopillar array in the Ni stamp is about 700 nm and the depth is about 400 nm. Figure 2 Precision injection nanomolding equipment used for experiments and precisely replicated NHA controlled by nanoinjected substrate thickness.

The diameter of the nanoholes is about 180 nm and the period of the hexagonal array is 1 μm, which is depending on the size of the microspheres used.

Boundary conditions of perfect magnetic conductors (PMCs) were used for y = 0 and y = p/2 planes (p: period of the NW array), and perfect electric conductor (PEC) conditions were used for the other two planes, x = 0 and x = p/2.

In particular, the calculated β, observed at λ ~ 1000 nm (the period of the NP array), is very deep and narrow, indicating that this dip could originate from the Wood anomaly [17].