A few data about resistance (in k) / inductance (in H):
36th's: 9.72k & 5.47H (bridge), 7.74k & 4.23H (neck). It's respectively more and less than the theoretical average value for a P.A.F. clone (8k and 4.4H, values that a bridge SH55 Seth Lover reproduces exactly). Again, these are data that I've measured and not theoretical data. Real pickups being not created perfect, actual measurements may differ with other samples of the same model.
DM Dual-Sound (in series): 13.6k, 8.2 H according to DiMarzio. A bit more than 13k & 6.97H measured on the last one that I've tested [EDIT: roughly 1/4 of these values once the PU wired in parallel].
Tone Zone: 16.3k & 7.77H with the last one that I had in hand.
More inductance = more beef and more mids. (it’s a really caricatural sum up but at least it explains why inductance is a much more meaningful value than DCR; once we know the inductance and Gauss level / magnet type, the tone of a pickup can be predicted for the most part, as long as it’s built with standard components).
It must be said that while more DCR often translates in more inductance, it's not always the case: a DiMarzio Steve Special measures 17.4k but only 4.89H. In this case, the high resistance only flattens the tone a bit, making it less focused than a low resistance HB.
Measured inductance of a few Duncan HB's, for comparison:
PG1b: 4.6H
APH1b: 4.7H
SH1b: 4.8H
SH13: 6.8H
Custom Custom: 7H
SH4: 7.8H
Invader: 8.4H
FWIW (= my 2 cents).
Good luck in your tone quest, Rabelais.