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In this work we propose a new numerical method to evaluate the criticalpoint, the susceptibility critical exponent and the correlation length criticalexponent of the three dimensional Ising model without external field using analgorithm that evaluates directly the derivative of the logarithm of theprobability distribution function with respect to the magnetisation. Usingstandard finite-size scaling theory we found that correction-to-scaling effectsare not present within this approach. Our results are in good agreement withprevious reported values for the three dimensional Ising model.

Critical point determination from probability distribution functions in the three dimensional Ising model