v. 2016/3/30
IV.
One .xls file (but three different sheets) corresponding to the three color
spectra.
File name: PMEstudentIDspectra.xls.
For example, PME100035520spectra.xls.
Sheet names: red-Npair, green-Npair, and blue-Npair.
For example, red-3pair
A. Prepare your own ITOs (n, k) database sets.
B. Keep the "high-n/low-n/high-n/low-n/..." structure.
C. Cannot use the same ITOs and thicknesses demonstrated here. You have to
generate your own design.
D. high-n/low-n is "one pair", do simulations with less than ten (10) pairs.
E. Do simulations for all red, green, and blue filters.
F. Use the same design (pairs) for all red, green, and blue filters, but thickness of
high-n/low-n could be different for three colors.
For example, red with 3 pairs and thickness 30/50/30/50/30/50;
For example, green with 3 pairs and thickness 20/60/20/60/20/60;
For example, blue with 3 pairs and thickness 30/40/30/40/30/40.
Evaluations are based on:
(1) High average transmittance (transmission) within the color range. (15%)
a. Top five highest average for red, 5%,
b. Next five highest average for red, 3%,
c. Others for red, 1%.
d. Top five highest average for green, 5%,
e. Next five highest average for green, 3%,
f. Others for green, 1%.
g. Top five highest average for blue, 5%,
h. Next five highest average for blue, 3%,
i. Others for blue, 1%.
(2) Low average transmittance (transmission) outside the color range. (15%)
a. Top five lowest average for red, 5%,
b. Next five lowest average for red, 3%,
c. Others for red, 1%.
d. Top five lowest average for green, 5%,
e. Next five lowest average for green, 3%,
f. Others for green, 1%.

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