Titlebook: Asymptotic Properties of Solutions of Nonautonomous Ordinary Differential Equations; I. T. Kiguradze,T. A. Chanturia Book 1993 Springer Sc

perpetual

Joyce Maschinski,Pedro F. Quintana-AscencioIn this chapter the question of the asymptotic equivalence of solutions of the differential equations . and .where . ∈ .([., + ∞[) (. = 0, ..., . - 1) and . ∈ .([., + ∞[ x .) is studied.

HERE

模范

Invasive Species and Restoration ChallengesThis chapter deals with the differential equation, . where . ∈ .([., + ∞[), . > 0, λ > 0, and λ ≠ 1. Recall that . stands for the integral part of ./2.

炸壞

Vivek Shankar Varadharajan,Giovanni BeltrameConsider the equation ., where λ > 0 but λ ≠ 1 and . ? .(.).

Ibd810

MERIT

Quasilinear Differential Equations,In this chapter the question of the asymptotic equivalence of solutions of the differential equations . and .where . ∈ .([., + ∞[) (. = 0, ..., . - 1) and . ∈ .([., + ∞[ x .) is studied.

Thyroiditis

General Nonlinear Differential Equations,In this section we study the differential equation . , with . > . ∈ . ([., + ∞ [ x .) , and either . or . on the set [., + ∞ [ x ..

sterilization

Higher Order Differential Equations of Emden-Fowler Type,This chapter deals with the differential equation, . where . ∈ .([., + ∞[), . > 0, λ > 0, and λ ≠ 1. Recall that . stands for the integral part of ./2.

somnambulism

瘙癢