1.
Research on Building Energy Consumption Benchmarking Model Based on Regression Analysis and Data Mining
基于回归分析和数据挖掘的建筑能耗基准评价模型研究
2.
Interpreting statistical data on energy consumption correctly, recognizing the situation of energy conservation
正确解读能耗统计数据准确把握节能降耗形势
3.
Energy consumption standard in forging productio
GB/T11056-1989锻造生产能源消耗标准
4.
Design of Low-Voltage Low-Power CMOS Reference;
低压低功耗CMOS基准参考源的设计
5.
Several Novel Low Voltage Low Power CMOS Bandgap Reference Voltage Source
低压低功耗CMOS带隙基准电压源设计
6.
Structure-Improved Low Voltage Low Power CMOS Bandgap Reference
改进结构的低压低功耗CMOS带隙基准源
7.
Low Power and High PSRR Voltage Reference
一种低功耗高PSRR的基准电压源
8.
Research into the Efficient Measures of Energy Saving and Cost Reducing in Catering Industry--Based on the Standardized Production and Development of Jinhua Well-known Dishes and snacks
餐饮业节能降耗有效途径研究——基于金华名菜名点标准化生产与开发
9.
Introduction of Australian/New Zealand Standard for Energy Consump-tion and Performance of Household Refrigerating Appliances
澳洲电冰箱能耗性能标准测试要求简介
10.
The Study on Energy Saving Standard System for Majority Energy-Dissipation Products of Zhejiang Province;
浙江省重点耗能产品节约能源标准体系研究
11.
The Accessing and Analyzing System of the Consumption of Materials and Energy Sources Based on the Data Warehouse;
基于数据仓库技术的物耗能耗考核分析系统
12.
Evaluation of Energy Loss(Permanent Pressure Loss) in Standardized Orifice Plate and Vortex Flow Meter
标准孔板与涡街的能耗(永久压力损失)估算
13.
Discussion on the Standard about Power-loss of Magnetic Ballast for Fluorescent Lamp
管形荧光灯电感镇流器的能耗标准探讨
14.
Research and implementcotion of benchmark energy testing in embedded operating system
嵌入式操作系统功耗基准测试研究与实现
15.
Design of Low Temperature Drift and Low Power Consumption Bandgap Reference
一种低温漂低功耗的带隙基准源的设计
16.
A design of ultra-low-power bandgap reference base on the subthreshold region
一种工作在亚阈区超低功耗带隙基准源的设计
17.
Research on the Hysteretic Energy Dissipation-based Pushover Analysis Method;
基于滞回耗能的Pushover分析方法研究
18.
Design of Steelworks Real-time Energy Consumption Monitoring System Based on ARM;
基于ARM的钢厂实时能耗监测系统设计