1.
A NEW VIEWPOINT ON INTELLIGENCE: A CRITICAL INTRODUCTION OF CECI S BIOECOLOGICAL MODEL OF INTELLIGENCE;
一种新的智力观——塞西的智力生物生态学模型述评
2.
Dynamic Analysis of Two Kinds of New Biomathematics Models;
两类新的生物数学模型及其动力学性态分析
3.
The Development of Detecting and Measuring Instrument, Type KD-Ⅲ Used for Detecting and Measuring Surface Tension by Means of Bio-Solution and Sense Finding Methods at Moving Conditions;
KD—Ⅲ型生物液智能表面张力动态测试仪的研制
4.
Review on Thermodynamic Equilibrium Isotherm and Kinetic Model of Biosorption
生物吸附的热力学平衡模型和动力学模型综述
5.
Dynamic model of ecotourism development and its apllication;
生态旅游开发的动力学模型及其应用
6.
Biomechanical-Biochemical-Biorheological Research on Senile Osteoporosis Model with Ovariotomy;
老龄去势骨质疏松动物模型生物力学—生物化学—生物流变学研究
7.
More on Matrix Teaching to Activate the Students Creative Ability;
加强物理模型教学 培养学生创新能力
8.
Social ecological model on career decision-making for Chinese undergraduates: environmental strength;
大学生择业的社会生态模型:环境的力量
9.
Focus on Developing the Physics-model Thinking Ability For Middle School Students;
重视培养中学生的物理模型思维能力
10.
Analysis on Dynamical Behavior in a Biochemical Model;
一类生物化学模型中动力行为的分析
11.
Research oriented field work has been introduced in the teaching of ecology to fully develop students intelligence and hands on capabilities.
为了全面培养学生的智力和能力,在生态学野外实习教学中,我们开展了研究型的教学实践活动。
12.
The Influence of the Senior High School Students Intelligence Levels and Personality Types on Their Attitude to Studying Burden;
高中生智力水平和人格类型特征对其学业负担态度形成的影响
13.
The Influence of Intelligence Level and Personality Type of Senior High School Students on Their Attitude towards Study Burden;
智力水平与人格类型特征对高中生学业负担态度形成的影响
14.
Study on Artificial Life Model and Artificial Intelligence Model in Small Ecosystem;
小型生态系统的人工生命个体模型与人工智能模型研究
15.
The Study on Biomass Solidifying Pressure and Mathematical Model;
生物质致密成型压力及数学模型的研究
16.
Hydrolytic Kinetics Model of Anaerobic Bioreactor in Methane Fermentation Phase
厌氧型生物反应器产CH_4期水解动力学模型研究
17.
Biomechanical model and finite element analysis on electromechanical behaviours in bone tissues
骨组织力电效应的生物力学模型和有限元分析
18.
Establishment of Animal Models for Lumbar Fusion and Experimental Study of Biomechanics;
腰椎融合动物模型的建立及生物力学实验研究