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Modified Yukawa's potential is used to fit model parameters of nucleus to thesmall angle thermal neutron scattering data on the nickel-chromium-aluminumalloy at the transferred momentum $Q$ and effective nucleus radius $R$production satisfied by condition $Q R \le \hbar$. Analytical polydispersesphere model is used to calculate a neutron scattering intensity and todetermine most probable macroscopic sphere radius $R_0$ at $Q R_0 \ge 3\hbar$.Combination of gauss, Relay and Schulze-Zimm distributions can be used to fitmodel parameters to experimental data. Fast algorithm and program of fitting todata is proposed.

Fitting of structural parameters to small angle neutron scattering data  for nickel-chromium-aluminum alloy in frames of quantum mechanics and classic  models of polydispersed spheres