. (2014). Optimizing the intensity of the electric field in the design of pressure equipment using neural networks and genetic algorithm based on the finite element method relying on vacuum type keys. (e203319). Applied Electromagnetics, 1(1), e203319

. "Optimizing the intensity of the electric field in the design of pressure equipment using neural networks and genetic algorithm based on the finite element method relying on vacuum type keys" .e203319 , Applied Electromagnetics, 1, 1, 2014, e203319.

. (2014). 'Optimizing the intensity of the electric field in the design of pressure equipment using neural networks and genetic algorithm based on the finite element method relying on vacuum type keys', Applied Electromagnetics, 1(1), e203319.

, "Optimizing the intensity of the electric field in the design of pressure equipment using neural networks and genetic algorithm based on the finite element method relying on vacuum type keys," Applied Electromagnetics, 1 1 (2014): e203319,

. Optimizing the intensity of the electric field in the design of pressure equipment using neural networks and genetic algorithm based on the finite element method relying on vacuum type keys. Applied Electromagnetics. 2014;1(1):e203319 (In Persian).