Abstract
A corridor type of calibration curves of the turbidity-spectrum method is proposed for ill-defined disperse systems. It is found that the cubic-mean radius of particles strongly depends on factors to which optical instruments have a low sensitivity. The concept of an effective cubic-mean radius is introduced and an algorithm for constructing corridor calibration curves for this radius is given on the basis of the method of realistic (instrument-dependent) differentiation, which was proposed earlier. An example of a calibration curve for a relative refractive index of 1.12 is presented.
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