Nagumo - Globe Thesis - Globe Thesis

Keyword [Nagumo] Result: 21 - 40 \| Page: 2 of 4
21.	The Existence And Uniqueness Of The Solution Of Three Order Nonlinear Three Point Boundary Value
22.	Dynamical Analysis Of The Neuronal FitzHugh-Nagumo Model
23.	Existence Of Solutions For Some Boundary Value Problems Of Fractional P-Laplacian Equations By Using The Upper And Lower Solutions Method
24.	Differential Research And Improvement For Singularly Perturbated Boundary Value Problems Under Nagumo Condition
25.	Global Attractor, To The Discrete Fitzhugh-nagumo Equation With White Noise In The Weighted Space
26.	Kinetic Analysis And Its Applications, Two Types Of Oscillations In The Discrete And Continuous Dynamics Model
27.	Several Types Of Nonlinear Differential Equations Boundary Value Problems
28.	Research For Solutions Of Boundary Value Problems For Fractional Differential Equations
29.	The Existence And Uniqueness Of The Global Solutions And The Existence Of The Golbal Attractor With Periodic Boundary For The Fitzhugh-nagumo Equations
30.	Researching On The Global Solutions Of Initial-boundary Value Problem For The Nerve Conduction Equations
31.	A Study Of Frequency-amplitude Relationship To Relaxation Oscillation
32.	Using The First Integral Method To Solve A Few Kinds Of Differential Equation’s Wave Solutions
33.	Boundary Value Problems Of Mixed Type Integro-Differential-Difference Equation And Its Application
34.	Existence And Uniqueness Of Solutions For A Second Order Differential Equation With Integral Boundary Conditions
35.	Existence And Uniqueness Of Solution For Two Kinds Of Fractional Lattice System And Exponential Attractor Of Fitzhugh-nagumo Lattice System
36.	Existence And Asymptotic Analysis Of Solution For Several Nonlinear Value Problems
37.	Several Finite Difference Methods For FitzHugh-Nagumo Equation
38.	The Non-autonomous Power System Pulls Back The Topological Properties Of The Attractor
39.	Well-posedness Analysis Of Neural Network And Stabilization Of Wave Equation With Distributed Disturbance
40.	Optimal Control Of Two Nonlinear Partial Differential Equations
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