
Posted: Tue May 02, 2017 3:30 pm
To answer your question, no, I haven't. Read on....
If you google "blue sensitive black and white film," you'll get lots of hits. I found this one to be particularly informative:
http://www.cosmeticsandskin.com/cdc/panchromatic.php
Although you asked about film, filters work in similar fashion. The basic thing to remember is that a filter passes its own color and blocks others. A blue filter passes blue light and blocks red and green. With panchromatic film, a blue filter (blocks red and green) will strongly emphasize sky in the negative, darkening those those areas on the film. So, too, with blue sensitive film. Dark areas in the film hold back light from the printing paper, and therefore the corresponding area of the positive looks pale. This fact explains why blue-sensitive film records a blue sky as dark in the film, and consequently light in the print---thus the washed-out sky, and consequent lack of contrast between sky and clouds, that one sees in so many 19th century prints (and in the photo in the article linked above): early film emulsions were overly blue-sensitive, darkening sky in the negative and lightening sky in the print. Conversely, a filter or film that blocks a particular wave length (i.e., color) will render that area light in the negative and dark in the print. This explains the use of a yellow (passes red + green, blocks blue) or a red (blocks blue and green) filter to darken blue skies in the print.
Keep in mind, too, that in photography we are speaking of the primary colors of
light, which are blue, red, green (red + blue = magenta, red + green = yellow, green + blue = cyan). In pigments, the primaries are yellow, red, and blue (blue + yellow = green, etc.)
Are you confused yet? (I am....

). I'd stick with panchromatic film, if I were you, and even here so-called "panchromatic" film doesn't accurately render the color relationships in black, white, and grays as the eye sees them; that's why there are so many filters, such as, for example, the yellow contrast filters no. 8 (K2) and no. 15 (G) used to emphasize the blue sky.
(While we're at it, let's pause to honor the memory of William Henry Fox Talbot, originator of the negative-positive concept in photography, and its first practitioner.)