1.
Energy Dissipation Mechanism and Ductility Design of Reinforced Concrete Frame Structure;
钢筋混凝土框架结构耗能机理与延性设计
2.
Study on Energy Dissipation Mechanics and Energy Seismic Design of Multi-Ribbed Composite Wall Structure;
密肋复合墙结构耗能机理与基于能量的抗震设计方法研究
3.
Contrast of Energy Dissipation Mechanism among Active, Semi-active and Passive Control Structures under Major Earthquake;
结构地震响应的主动、半主动、被动控制耗能机理对比
4.
Computerlized Management of Energy Metering in Petrochemical Complex;
石化企业能耗计量工作的计算机管理
5.
Effect Mechanism of Fiber Quantity and Quality on Refiner Energy Consumption
纤维产量和质量对热磨机能耗影响的机理分析
6.
Study on Mechanism of Rockburst Preparation and Development Based on the Least Energy Consumption Principle
基于最小耗能原理的岩爆孕育发生机理研究
7.
Analysis on Passive Energy Dissipation Mechanism of Ancient Timber Lifted Beam Structure;
木结构古建筑殿堂型结构的耗能减震机理分析
8.
Design of the Monitoring and Management Information System of Locomotive s Electric Energy Consumption;
电力机车能耗监测及其管理信息系统的设计
9.
Practice of energy conservation and consumption reduction management in Inner Mongolia No.1 Machinery Group Co.,Ltd.;
节能降耗管理在内蒙古一机集团的实践
10.
Discussion on Influencing Factors and Machanisms of SBR Abrasion Properties
丁苯橡胶磨耗性能的影响因素及机理探讨
11.
Application of excitation mechanism reinforcing power usage management for realizing energy efficiency
运用激励机制加强用电管理实现节能降耗用
12.
Predictive Dynamic Power Management Based on Energy Expectation
能耗期望的动态功耗管理预测性策略
13.
The Design and Realization of Management Information System of Locomotive's Electric Energy Consumption Analyse and Operation Evaluation
机车能耗分析与司机操纵评价管理系统的设计与实现
14.
Study on Mechanisms of Distribution of Excited Energy in Leaves of Heat-tolerant Brassica Cabbage Seedlings under High Temperature Stress;
高温胁迫下耐高温甘蓝幼苗叶片能量耗散机理的研究
15.
Dynamic SPM Optimization Mechanism Based on Virtual Memory Management
利用虚存管理的思想实现基于SPM的动态能耗优化机制
16.
Rack-Embedded Cooling Strategy and Its Exergy Analysis for Reduction of Power Consumption in Thermal Management Data Center
可降低数据中心热管理能耗的嵌入机柜式冷却方法及其EXERGY分析
17.
Little power comsuption which is half as many as that of non-resonant vibrating screen.
功耗低，电能消耗约为非共振筛机的二分之一。
18.
The Exergy Loss Mechanism and the Studing of Decreasing Consumption Method of the Yellow Phosphorus Electric Furnace;
黄磷电炉（火用）损耗机理及其降耗策略研究