The validity of the hypothesis is verified for most of IDT wavelength designs.
An interband cascade (IC) laser structure with an emission wavelength designed to be near 11 μm was grown by molecular beam epitaxy on an InAs substrate.
The short-wavelength design is the most critical and simulations show a maximum relative optical output of 21% at 415 nm with Full-Width-Half-Maximum (FWHM) of 13 nm for a blue LED with the designed optical filter, which is confirmed by experiment.
LOT uses three distinct laser wavelengths designed to evaluate optical absorption due to common tissue chromophores, specifically oxy- and deoxy-hemoglobin and melanin.
The marking process (laser energy, laser wavelength, pattern size, pattern design, etc).
The system wavelength for design of the illumination and imaging paths was set as monochromatic (560 nm) to take into account the DVA green filter transmission.
The FEL wavelength was designed to be from 10μm to 200nm with an electron energy of 0.5-1GeV.
As an application, a four-layer antireflection coating for visible wavelength is designed and fabricated using SiO2 material only.
This article presents the concept of compositional tuning, whereby the laser wavelength is designed by exploiting nonstoichiometry.
Firstly, four imaging bands are arranged in a 2×2 multispectral filter array (MSFA), and their filter spectral transmittances within the visual wavelength are designed uniformly.
We found that the optical absorption wavelength of designed structures can be tuned by changing the number of period or using of different materials in the 1DPC.
