1.
The Optimal Control of Population Dynamics Systems Based on Nutrition Dynamics
基于营养动力学的种群动力学系统的最优调控
2.
Nutrient dynamic processes in the coral reef ecosystem,Nansha Islands,South China Sea;
南沙珊瑚礁生态系的营养动力学过程
3.
The Complexity Analysis and Control of Population Dynamics Systems Based on Nutrition Dynamics
基于营养动力学的种群动力学系统的复杂性分析与控制
4.
The Dissipative Structure s Interpertation of the Prey-Predator Model Based on Trophodynamics;
营养动力学为基础的捕食模型的耗散结构诠释
5.
Preliminary Studies on Marine Food Web and Trophodynamics in China Coastal Seas;
中国近海食物网及鱼类营养动力学关键过程的初步研究
6.
Nonlinear Dynamic and Statistical Mechanical Features of Lake Eutrophication;
湖泊富营养化的非线性动力学及统计力学特性
7.
Study on the Nutritional Diet and Sports Ability of College Athletes
大学生运动员营养膳食与运动能力研究
8.
Kinetic Studies on Important Nutrients during the Rice Storage;
稻谷储藏过程中重要营养素变化的动力学研究
9.
Study on Nutrients and Algae Growth Dynamics in Estuarine Brackish Lake;
河口边滩湖泊营养盐及藻类生长动力学研究
10.
Dynamics of tri-trophic models in patch environment;
斑块环境中三营养模型的动力学性态(英文)
11.
An Analysis of Student s Absorption of Nutrient Elements and Sports Ability in Professional Institutes;
职院学生营养素摄入与运动能力现状分析
12.
Nutrient Dynamics Associated with Mesoscale Eddies in the Western South China Sea
南海西部冷涡区域上层海洋营养盐的动力学
13.
Study on eutrophication control of Panjiakou Reservoir under hydrodynamic conditions
水动力学条件下潘家口水库富营养化的控制
14.
Kinetics and optimizing operation of completely autotrophic nitrogen removal under the atmosphere of trace NO_2
微量NO_2下完全自营养脱氮动力学及运行优化
15.
On the Dynamical Behaviors in Chemostat Model with Nutrient Recycling and Impulsive Input
具有营养循环和脉冲输入的微生物培养模型的动力学性质研究
16.
Dynamic Model and Influence of Nutrients and Petroleum Hydrocarbon to Marine Ecosystem in Changjiang Estuary, East China Sea;
长江口营养盐、石油烃对海洋生态系统影响及动力学研究
17.
Dynamic Study and Influence of Nutrients to the Growth of Phytoplankton in Mesocosm Experiments of East China Sea;
东海围隔实验中营养盐对浮游植物生长的影响及其动力学研究
18.
Analyse on the Eutrophication Pollution in the Three-Gorges Valley and Modeling Study on Its Complicated Dynamic Behavior;
三峡流域富营养化污染分析及其复杂动力学行为的建模研究