1.
Prediction of Vapor-Liquid Equilibrium by HVOS-PR-MLUNIFAC Group Contribution Model;
用HVOS-PR-MLUNIFAC基团贡献模型预测汽液平衡
2.
Prediction of Vapor-Liquid Equilibrium with Modified UNIFAC-PR/SRK Group Contribution Equation of State;
修正的UNIFAC—PR/SRK基团贡献状态方程模型预测汽液平衡
3.
A group bond contribution model using artificial neural networks was established to predict the flash points of alkanes.
建立了一个基于人工神经网络方法的基团键贡献模型,用于预测烷烃闪点。
4.
Analysis of economic growth in Heilongjiang based on economic contribution model;
基于经济贡献模型的黑龙江经济增长实证分析
5.
The method for identifying the constraint of production systems based on the model of contribution degree;
基于贡献度模型的生产系统约束判别方法
6.
Calculating the Density of Cycloalkane Using the Group Bond Contribution Method;
应用基团键贡献法计算环烷烃的密度
7.
Performance Evaluation for 500kV Substation Project in Baotou Power Supply Branch Based on the Model of Contribution Degree;
基于贡献度模型的包头北500kV变电站项目绩效考核研究
8.
A Research on the Degree of Contribution for Small and Middle-Sized Enterprises to the Regional Economy Growth Based on the GRD Calculating Model;
基于GRD测算模型的中小企业区域经济贡献度研究
9.
On the Contribution of Higher Education to the Economic Growth--an Analysis Based on Two-sector Endogenous Growth Model;
高等教育对经济增长的贡献:基于两部门内生增长模型分析
10.
Quantitative Research on the Contribution Rate of Technological Progress Based on the Improved "Solow Residual Method"
基于“索洛余值法”改进模型的技术进步贡献率量化研究
11.
Contribution of the Information Industry Sub-elements to Economic Growth Based on C-D Model
基于C-D模型的信息产业细分要素对经济增长贡献分析
12.
Contribution of the Information Industry Sub-Elements to Economic Growth with Feder Model
基于菲德模型的信息产业细分要素对经济增长贡献分析
13.
The G-C-D Model and Measurement of the Contribution Rate of Technological Advance;
G-C-D模型与技术进步贡献率测度
14.
The Model of Contribution of CSR to Competitive Advantage
CSR对企业竞争优势贡献的模型研究
15.
other intermediatedefense mechanisms constituents are carried on F2. Mature defense mechanisms constituents are carried on F3. The contribution rate of accumulative total of variance of the 4 factors in defense mechanism is 49.57%.
防御机制4因子模型总的方差累计贡献率为49.57％。
16.
The Presuppositions and Error Analysts of the Math.Model of Contribution Rate of Science and Technology Advance
科技进步贡献率数学模型前提假定与误差分析
17.
A Study of Survey & Calculation & Model Method of the Contribution Rate of Science and Technology Progress to Economic Growth of Electric Power Industry;
电力工业科技进步贡献率测算及模型方法研究
18.
The Calculation of Contribution Rate of Technique Progress in Construction Industry based on Integrated Arithmetic;
建筑业技术进步贡献率测算模型与实证研究