SOLVİNG PARTİAL INTEGRAL EQUATİONS FOR FUNCTİONS OF THREE VARİABLES WİTH DEGENERATE KERNELS
DOI:
https://doi.org/10.5281/zenodo.20392736Keywords:
partial integral equation, degenerate kernel, Fredholm integral equation, function of three variables, uniqueness of solution, homogeneous equation, C[a, b]³ space.Abstract
This paper investigates the problem of solving a linear partial integral equation for functions of three variables with degenerate (separated) kernels. The existence and uniqueness of a continuous solution in the space C[a,b]³ are proved. It is shown that when the kernels are given in separated form, the problem reduces to a single-variable Fredholm integral equation of the second kind, and the solution is expressed explicitly through exact formulas. Additionally, the condition for the homogeneous equation to possess a nontrivial solution is established.References
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2026-05-26
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Xayrullayev, I., & Ismatov, J. (2026). SOLVİNG PARTİAL INTEGRAL EQUATİONS FOR FUNCTİONS OF THREE VARİABLES WİTH DEGENERATE KERNELS. Science and Technology in the Modern World, 5(15), 66-70. https://doi.org/10.5281/zenodo.20392736
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