Energy and Power Engineering

This topic is about " design transformation and experimental investigation on diesel and natural gas dual fuel engine " . It is a cooperation project by Internal Combustion Engine Institute of School of Energy and Power Engineering in Shandong University and Zibo Diesel Company .

本课题是关于柴油／天然气双燃料发动机改造设计和试验研究，它是由山东大学能源与动力工程学院内燃机研究所和淄博柴油机总公司合作开发项目。

Time Efficiency Analysis of Major Subjects Thermal Energy and Power Engineering Course

热能与动力工程专业主要课程时效分析

Application of life cycle exergy analysis on energy and power engineering

生命周期exergy分析在能源动力工程中的应用

Evaluation of energy and power engineering projects from the view point of natural resources

用资源的观点评价能源动力工程项目

Development of Thermal Energy and Power Engineering ( Refrigeration ) in Zhongyuan University of Technology

热能与动力工程专业（制冷方向）在中原工学院的发展

Explore on the Specialized Basic Course Teaching of Thermal Energy and Power Engineering in Independent College

独立学院热能与动力工程专业基础课教学探索

Exploration and Practice in the Teaching Reform of the Specialized Course Design of Thermal Energy and Power Engineering

热能与动力工程专业课程设计教学改革的探索与实践

Thoughts and Practice of Establishing 3-D Teaching System for Main Subjects in Thermal Energy and Power Engineering Course

热能与动力工程专业主干课程立体教学体系建设初探

Spectral data of water vapor molecules have been widely used in the fields of aerospace science , atmospheric science , astrophysics , thermal energy and power engineering .

水蒸气分子光谱数据在航天科学、大气科学、天体物理以及热能动力工程中有着广泛的应用。

In this discussion , the author gives an example : Thermal Energy and Power Engineering of Anshan Science and Technology University , And tries to discuss the way of service of subject information .

以鞍山科技大学“热能与动力工程”专业为例探讨学科信息服务的方法。

Therefore , according to the characteristics of the thermal energy and power engineering major , combining project , programme , research and task , we have explored it continually , accumulate the precious experience and lay the basis of the further reform in practice teaching .

我们根据热能动力专业的特色，结合工程项目、科研任务的实际情况，大胆探索，积累了宝贵的经验，为本专业实践教学的深化改革奠定了基础。

Gas-liquid two-phase flow widely exists in many industries , such as chemical , pharmaceutical , petroleum , energy and power engineering , etc. Online measurement of flow pattern and void fraction are very important for operation monitoring , process controlling and safety assurance of gas-liquid two phase flow system .

气液两相流系统在石油、化工、能源、制药以及电力等工业领域中广泛存在，其流型和相含率的在线测量对两相流系统的运行监控、过程控制及安全保证等具有十分重要的意义。