1.
Persistence and periodic solution in two specties competitive system with feedback regulation and infinite delay;
具有无穷时滞反馈控制的两种群竞争系统的持续生存性与周期解
2.
Nonlinear singularly perturbed Robin problems for reaction diffusion system of two-species competition
两种群竞争非线性反应扩散系统奇摄动Robin问题
3.
Optimal Inputting Rate Control for Two Classes of Age-dependent Competitive Population System
两类具有年龄结构的竞争种群系统最优输入率控制
4.
Permanence for a Discrete Two-Species Lotka-Volterra Competition System with Feedback Controls
具有反馈控制的离散型两种群Lotka-Volterra竞争系统的持久性
5.
Research on Impulse-Diffusion Competition System in Population Dynamics
脉冲-扩散竞争种群动力系统的研究
6.
n-Species Delay Lotka-Volterra Competition System with Random Perturbation;
具有随机扰动的n种群时滞Lotka-Volterra竞争系统
7.
Influence of Environmental Noises on Competiveness with the Harvesting Population Model
环境噪声对具有捕获的种群竞争系统的影响
8.
On almost periodic solutions of discrete almost periodic multi-species lotka-volterra competitive systems
离散概周期多种群Lotka-Volterra竞争系统的概周期解
9.
The Stability of the Gilpin-Ayala Competition Model of Two Species with Reactive Proliferative Terms;
Gilpin-Ayala两种群生物竞争模型的稳定性
10.
An Analysis of Two Kinds of Restrictive Competition Actions;
论竞争法中两种限制竞争行为的区别与联系
11.
The Dynamic Mechanism of Two Metapopulation Species Competing for Resources;
两集合种群物种对资源竞争的动力机制
12.
Existence of Positive Periodic Solution for Nonautonomous Mutispecies Ecological Competition-predator System with Impulsive Effect
具有脉冲效应的多种群竞争-捕食系统的正周期解的存在性
13.
A Nonautonomous Two-species Competition Model with Discrete Delays;
具有离散时滞的非自治的两种群竞争模型
14.
SIS epidemic model of two competitive species with nonlinear incidence;
两种群相互竞争的具有非线性传染率的SIS模型
15.
Global stability of a positive equilibrium point on two-species competition model
两种群竞争模型正平衡点的全局稳定性
16.
Intraspecific and Interspecific Competition of Quercus Liaotungensis Community in Songshan Nature Reserve
松山自然保护区辽东栎群落种内、种间竞争关系
17.
Effects of Anthracene on the Population Growth and Interspecific Competition between Two Species of Marine Microalgae under Controlled Laboratory Conditions
多环芳烃—蒽对两种海洋微藻的种群增长和种间竞争影响的研究
18.
The two main competing cryptography schemes are known as the secret-key (symmetric) system and the public-key (asymmetric) system.
现有两种主要的、相互竞争着的密码术，被称作秘钥（即对称）系统和明钥（即不对称）系统。