3. A thin layer is deposited to a glass substrate. Their refractive indices are n = 1.3 and ng = 1.6, respectively. Determine the thickness of the layer if at normal incidence, it enhances reflection at 433 nm, and decreases it when the wavelength of light is 520 nm. Are there other possible layer thicknesses that satisfy the above condition? At which wavelength does it enhance reflection if the incidence angle is 60°?
3. A thin layer is deposited to a glass substrate. Their refractive indices are n = 1.3 and ng = 1.6, respectively. Determine the thickness of the layer if at normal incidence, it enhances reflection at 433 nm, and decreases it when the wavelength of light is 520 nm. Are there other possible layer thicknesses that satisfy the above condition? At which wavelength does it enhance reflection if the incidence angle is 60°?
Related questions
Question
Transcribed Image Text:3. A thin layer is deposited to a glass substrate. Their refractive indices are n = 1.3 and ng = 1.6, respectively.
Determine the thickness of the layer if at normal incidence, it enhances reflection at 433 nm, and decreases
it when the wavelength of light is 520 nm. Are there other possible layer thicknesses that satisfy the above
condition? At which wavelength does it enhance reflection if the incidence angle is 60°?
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
