1.
Inverse Analysis of Thermal Parameters of Concrete Dam Based on Simulation Analysis
基于仿真分析的混凝土坝热学参数反演方法
2.
The Combined Analysis Method of Concrete Thermal Parameters and Its Application
混凝土热学参数的组合分析方法及其应用
3.
Inversion of a Kind of Thermal Parameter with General Character by Using Delay-time Transform
利用走时变换反演一类集总特性的热学参数
4.
Application of Mathcad in parameters optimization of kinetic model;
Mathcad用于热分解动力学模型参数的优化
5.
Determination of clarithromycin thermal decomposition kinetic parameters with thermogravimetry analysis
TGA测定克拉霉素热分解动力学参数
6.
Thermodynamics Parameter Identification and Numerical Simulation in Arctic Sea Ice Temperature Field;
北极海冰温度场热力学参数辨识与数值模拟
7.
Identification for Physical Parameters of Sea Ice and Simulation of Thermodynamic Processes;
海冰物理参数的辨识及热力学过程的数值模拟
8.
A study of thermodynamic properties of halogenated methane by the method of chemical bond parameter function
用键参数函数法研究卤代甲烷的热力学性质
9.
A comprehensive wellbore steam flow model for superheat steam injection
注过热蒸气井筒物性参数计算综合数学模型
10.
Study on the Kinetic and the Thermodynamic Parameters for Adsorption of Cu(Ⅱ) by Bamboo-charcoal
竹炭对铜(Ⅱ)吸附的热力学和动力学参数的研究
11.
Thermodynamic and Kinetic Parameters for Adsorption of Nitrobenzene by Bamboo-Charcoal
竹炭对硝基苯吸附的热力学与动力学参数(英文)
12.
The thermodynamic parameters characterized the conformational transitions of bothe nzymes in solution have been obtained accurately.
得到表征这两种酶溶液构象变化的热力学参数。
13.
Applications of SVM in the Classification of Kidney Stones and Calculating Thermodynamics Parameter;
SVM在肾结石分类和计算热力学参数中的应用
14.
Chemical Diagnosis and Auto-control Based on Water Quality Parameters for Thermodynamic Cycle System;
循环热力系统水质化学诊断与参数自动控制
15.
Thermodynamic Parameters of Capsid Self-Asssembly for Icosahedral Virus;
二十面体病毒衣壳自组装的热力学参数
16.
The Influence of Heat-treatment Parameterson the Mechanical Properties of PC Reinforced Bars;
热处理工艺参数对PC钢筋力学性能指标的影响
17.
Research on thermal decomposition kinetics of sodium percarbonate;
过碳酸钠热分解动力学研究(Ⅲ)模型参数的优化
18.
On Thermodynamic Growth and Decay Processes of Ice Cover: Field Measurements and Determination of Crucial Parameters
冰层热力学生消过程现场观测和关键参数研究