Examples of using Partial differential in English and their translations into Korean
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algebraic geometry, partial differential equations, several complex variables, and the theory of finite groups.
He added important results to the relationship between first order partial differential equations and the calculus of variations.
He published a series of fundamental papers on partial differential equations and the calculus of variations.
Sneddon's next text Elements of partial differential equations appeared the following year in 1957.
He worked both on ordinary differential equations and on partial differential equations studying abelian integrals, automorphic functions,
He was a pioneer in the study of partial differential equations and he pioneered their use in physics.
After Marcel Riesz retired in 1952 Hörmander began working on the theory of partial differential equations.
He also wrote on continuous groups and partial differential equations, translated works of Lobachevsky from Russian to German,
Uhlenbeck is a leading expert on partial differential equations and describes her mathematical interests as follows.
applications of partial differential equations to dynamics, eigenvalue problems,
In mathematics he worked on partial differential equations, producing a classification which he presented to the Institut in 1814.
In 1962 he introduced new powerful techniques for studying the partial differential equations of incompressible fluid mechanics, the Navier- Stokes equations.
His work on this topic contains important theory of partial differential equations.
Pfaff did important work in analysis working on partial differential equations, special functions and the theory of series.
the zeta function and partial differential equations.
The first of these three articles was still a valuable paper however, because it contained an exposition of Weierstrass 's theory for integrating certain partial differential equations.
most of the standard material from the theory of functions through partial differential equations.
At Göttingen he also attended lecture courses by Klein on the potential function, on partial differential equations of mathematical physics and on non-euclidean geometry.
The systems he had in mind are those described by linear and nonlinear partial differential equations.
number theory and subsequently partial differential equations.