P.S. I found the data sheet on my computer.
This might help:
You have the normal dye layers that any transparency film has: cyan, magenta and yellow.
Here is the part to wrap your head around. :
All three layers are sensitized to blue light plus one other color of light.
Cyan dye layer, which gives you red in the end, is also sensitized to IR.
Magenta dye layer, which gives you green in the end, is also sensitized to red light
Yellow dye layer, which gives you blue in the end, is also sensitized to green light
Thus, these are the following "paths" of the types of light at the scene of the shot to the final transparency:
Blue light never makes it past the No. 12 filter => no layer is exposed by blue light => final image gives you black for blue
Green light passes through filter and exposes green-sensitive layer => green-sensitive layer produces yellow dye => final image gives you blue for green
Red light passes through filter and exposes red-sensitive layer => red-sensitive layer produces magenta dye => final image gives you green for red
IR passes through filter and exposes IR-sensitive layer => IR-sensitive layer produces cyan dye => final image gives you red for IR
So, you end up with the same final three layers in the transparency as you get on any other E-6 film, but none of them have been rendered by their own color of light.
Again, red becomes green, green becomes blue, blue becomes black, and IR becomes red