Posts by Mark John
Beryllium
Beryllium is the 4th element in the periodic table. The last two colors and tones were added because they had strong emission lines and are less than 5 hertz from concert A. There is not a color graph for them. When there is only a small difference between tones.
Read MoreBoron
Boron is fifth element in the periodic table. Here is a link to the explanation of the element from the blog: https://musicoftheperiodictable.com/boron-2/
Read MoreCarbon
Carbon is the sixth element in the periodic table. The colors are on both sides of the color spectrum with reds and indigo-violets.
Read MoreNitrogen
Nitrogen is the seventh element in the periodic table.
Read MoreOxygen
Oxygen is the eighth element in the periodic table.
Read MoreFluorine
Fluorine is the 9th element in the periodic table.
Read MoreNeon
Neon is the 10th element in the periodic table. The scale for this element has semi-tones between about F# and B. It is also the first element to have a yellow in its spectrum.
Read MoreSodium
Sodium is the 11th Element. It has a similar characteristic to Lithium, the element just above it in the periodic table in that it has just one primary spectral color.
Read MoreMagnesium
Magnesium is the 12th element in the periodic table. Ultraviolet at 285 nm is included because it has a very strong intensity in the spectral analysis.
Read MoreAluminum
Aluminum is the 13th element in the periodic table.
Read MoreSilicone
Silicone is the 14th element. 288 nm does not have an image as it is in the ultraviolet spectrum. Some of the tones and colors are simplified because they are so close in values.
Read MorePhosphorus
Phosphorus is the 15th element in the periodic table. Since many of the colors and tones are very close to each other, they are combined. It is difficult to hear the difference in tone when the tones are within a few Hertz of each other, and for the purpose of this project, the exact tones…
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