Engineering Thermodynamics

Probe the Reform of the Teaching Method of the Engineering Thermodynamics

探讨工程热力学课程教学方法的改革

A Discussion on the Teaching Method of the Subject of Engineering Thermodynamics

工程热力学教学规律和方法的探讨

Discussion on Application of Multimedia Technology on Chemical Engineering Thermodynamics

多媒体技术在化工热力学教学中的应用探讨

Influence of actual questions on Chemical Engineering Thermodynamics teaching effect

实际问题对化工热力学教学效果的影响

Reform and Practice of the Engineering Thermodynamics Teaching through Applying Transfer Law

运用迁移规律进行《工程热力学》教学改革的实践

Acknowledge the important role of Engineering Thermodynamics in practical project application .

了解工程热力学在工程应用中的重要作用。

Discussion ability education in engineering thermodynamics course teaching

在工程热力学课程教学中实施素质教育的探讨

The structure and functions of chemical engineering thermodynamics software are introduced in this paper .

介绍了化工热力学软件的结构、功能及用途，该软件可用于计算气体的热力学性质、溶液的性质、纯组分以及多组分体系的汽液平衡。

Opening examination practice in graduate student teaching of advance engineering thermodynamics

研究生高等工程热力学课程教学中开卷测试的实践探索

Teaching Chemical Engineering Thermodynamics more Lively by Using Practical Examples

让应用实例使《化工热力学》教学更加生动

Exploring for the Teaching and Learning and the Course Reform in Engineering Thermodynamics

热工课程教与学改革探索

New Development of Engineering Thermodynamics

工程热力学的新发展

This paper analyses the significance of entropy stage by stage in engineering thermodynamics .

本文作者从工程热力学的角度逐层分析熵这个概念。

The Exploration of Raising College Students Scientific Quality in Course of Teaching " Engineering Thermodynamics "

《工程热力学》课程教学中培养大学生科学素质的探索

Discussion on A Few Concepts about Engineering Thermodynamics

工程热力学几个概念的探讨

Discussion about the property of PV in Engineering Thermodynamics

论工程热力学中pv的性质

The investigation is based on the theories of engineering thermodynamics , fluid mechanics and heat transfer .

锅炉憋压运行技术的研究是基于工程热力学理论、流体力学理论和传热学理论。

Exploring the Sense of Entropy in Engineering Thermodynamics

从工程热力学角度探索熵的意义

The modern teaching mode is completely developed and promoted in chemical engineering thermodynamics teaching reasonably with multi-media technique .

在化工热力学中合理地利用多媒体技术，能够解决化工热力学教学中的许多难题，提高学生的学习兴趣，增加教学信息量，加快专业发展，大大促进了教学效果的提高。

Thoughts on the Teaching of , and Applying Multimedia Courseware to , the Subject " Engineering Thermodynamics "

工程热力学教学及多媒体课件应用的尝试与思考

Developing courseware of Engineering Thermodynamics

工程热力学CAI课件开发思路

The advantage of airless drying on energy saving was analyzed based on the principle of engineering thermodynamics and energy quality .

本文从工程热力学上能量效率和能量品质的观点出发，对无空气干燥的节能进行了分析。

The concept of entropy comes from the engineering thermodynamics . Since its birth , it has been developed and used widely .

熵概念诞生于热力学，诞生一个多世纪以来，不断地得到发展，应用也日益广泛。

The theoretical basis of MFCs involves engineering thermodynamics , enzyme kinetics and mass transfer , et al .

MFC的理论基础包括工程热力学、酶动力学和传质学等。

This paper discusses how to improve teaching method , increase teaching means , explore a new teaching mode of high quality in the course of engineering thermodynamics .

在实践的基础上，探讨了如何通过改进教学方法、丰富教学手段来提高工程热力学课程的教学质量。

The Vicissitude of Campus Culture Hot Spot Phenomenon since Reform and Opening Up The Teaching Experience of Engineering Thermodynamics in High-vocational College

改革开放以来高校校园文化的热点现象变迁对高职工程热力学教学改革的几点尝试

Based on the energy conversation equation of chemical engineering thermodynamics , two computation methods of explosion temperature and pressure of gas explosion in vessels were built .

根据化工热力学能量守恒方程，推导出了两种容器内可燃气体爆炸温度和压力的计算方法。

On the basis of the principle of fluid mechanics and engineering thermodynamics , the mathematical models of propellant refueling process for space station were established .

从流体力学和工程热力学原理出发，建立空间站推进剂补加过程的数学模型。

A multimedia computer assistant instruction of " Engineering Thermodynamics " was designed with Authorware and Delphi , which are popular tools at present .

本文针对《工程热力学》课程，应用当前流行的编程语言和多媒体制作软件Authorware设计了一个多媒体的教学课件。

This paper discusses a few concepts about Engineering Thermodynamics , which help students to exactly understand them and improve the effect of the teaching and study of Engineering Thermodynamics .

经过对工程热力学中的几个概念的探讨，加深了学生对概念的正确理解，提高了工程热力学的教学效果。