We develop mathematical models used to describe the dependences of the critical pitting
temperatures of AISI 321 steel in model circulating waters with pH 4–8 and a concentration …

We develop a mathematical model of dependences of the critical pitting temperature of
AISI304 steel on its chemical composition, structural heterogeneity, pH value of circulating …

Анотація У статті висвітлено питання необхідності визначення сучасних тенденцій
управління ризиками під час планування та реалізації інноваційних проектів в Україні …

We propose a phenomenological model of the dependence of the critical temperature of
pitting (CTP) of AISI-321 steel on its heterogeneity in chloride-containing media. On the …

The wetting diameter and life time of a water droplet on the surface of a bare, ZSM‐5 coated,
and Zeolite‐A coated stainless steel 304 substrate at different initial surface temperatures …

Context. The problem of determining the optimal topology of a neuromodel, which is
characterized by a high level of logical transparency in modeling complex technical systems …

Mathematical models have been developed which describe the dependences of critical
pitting temperatures of 12Kh18N10T, 08Kh18N10, AISI304 and AISI321 steels in model …

Mathematical models of the dependence of the critical pitting temperature (CPT) of AISI 304,
AISI 321, 12Kh18N10T and 08Kh18N10 steels on their chemical composition, structural …

A mathematical model was developed, which is based on a multivariate regression
dependence and establishes the relationship between the critical pitting temperature (CPT) …

372 AV DZHUS, OE NARIVSKYI, SA SUBBOTINet al. pH and chloride concentration in the
media is somewhat lower, but much higher than an effect of the Mo and Cu content, and the …