In this paper models from the first paper are generalized so that they
include the correlation of attenuation coefficients and coverages wit
h emulsion depth. They avoid further assumptions and can provide physi
cally meaningful parameters (as opposed to earlier studies); thus clos
er agreement with experimental measurements is obtained. The difficult
y in estimating correlated overlap functions is discussed. Error estim
ates resulting from grain statistics are generalized and computed in a
self-consistent manner. Contributions to granularity from densitomete
r and grain statistics have been shown to be significant or dominant i
n most emulsion types. The formulation derives reliable error estimate
s. Correlated models are important for thick emulsions such as DEF-392
, whereas integral formalisms may be as useful for thin emulsions. In
agreement with the first paper, reciprocity failure appears to be negl
igible for UV or x-ray energies above 9 eV.