Jerusalem Solar Containerized Low-Pressure Type

What is a Jerusalem cross absorber?

The top and bottom metal layers of the presented device model are made of nickel. In contrast, the middle dielectric layer is made of aluminium nitride (AlN). Over a wide wavelength range of 400–6000 nm, the developed metamaterial-based Jerusalem cross absorber (JCA) may achieve an average absorption value of more than 85%.

What is a ni planar Jerusalem cross?

Here, a nickel (Ni) planar Jerusalem cross with the capacity to absorb a wide operational wavelength ranging from 400 to 6000 nm is presented. The top and bottom metal layers of the presented device model are made of nickel. In contrast, the middle dielectric layer is made of aluminium nitride (AlN).

Why is the Jerusalem Cross unit cell used in the design?

The Jerusalem cross unit cell is used in the designing of this broadband absorber because it offers multiple resonant modes by carefully adjusting its capacitance and inductance values through the optimization of the design parameters.

Where does the E-field accumulate in a Jerusalem-cross meta-resonator?

Likewise, λ = 4000 nm, the intensity of the e-field is largely accumulated at the top and bottom edges of the vertical bar of the Jerusalem-cross meta-resonator, as demonstrated in Fig. 4 c, inducing the same dipole-like resonance features which are previously observed for λ = 2000 nm.