1.
Calculation and analysis of heating energy consumption for air infiltration based on heating infiltration degree-hours
基于渗风度时数的采暖渗风能耗计算及其影响因素分析
2.
These results are recommended to be a reference used in analyzing dynamic energy consumption of heating and air infiltration in building.
研究结果可用于建筑供暖和渗风全年的动态能耗分析。
3.
Energy Consumption Analysis of the Air-flue Gas System in 300MW Boiler;
300MW机组电站锅炉烟风系统能耗分析
4.
Energy consumption analysis of natural ventilation and infiltration in air conditioned rooms in summer
夏季空调房间无组织通风的能耗分析
5.
Measurement and Analysis of Central Air-conditioning Energy Consumption in a Tobacco Factory
某卷烟厂空调风系统能耗测试与分析
6.
Change of the moisture of grain and power consumption ventilated by axial-flow fan
轴流风机通风储粮的水分减量与能耗比较
7.
COMPARATIVE EXPERIMENTS OF COOLING EFFECT AND ENERGY CONSUMPTION WITH DIFFERENT TYPES OF FANS
平房仓不同风机通风降温耗能对比试验
8.
Air Velocity Control and Energy Analysis in Forced-air Pre-cooling Device of Longan
龙眼压差通风预冷装置风速控制与能耗分析
9.
The relationship between electrolyte leak and light energy dissipation of PSⅡ in the leaves of Puccinellia tenuiflora seedlings under Na_2CO_3 stress
Na_2CO_3胁迫下星星草幼苗叶片电解质外渗率与PSⅡ光能耗散的关系
10.
Saving Energy Technology of High-energy Equipments Like Blower and Pump in Boiler Room
锅炉房风机水泵等高耗能设备节能技术
11.
The Effect of Cleaning of Air Conditioning and Ventilating System Working on Energy Consuming and the Evaluating Method;
空调通风系统清洗对能耗的影响及评价方法
12.
Analysis on Bank Credit Risks from "High-Pollution,High-Energy-Consumption" Industries;
"高污染高能耗"产业的银行授信风险分析
13.
Influencing of Energy Consumption of Under Floor Air Supply Systems in Natatorium
某游泳馆下送风空调系统能耗的影响因素研究
14.
Research and practices on depressing main ventilator energy dissipation in Dongpang mine
东庞矿降低主要通风机能耗的研究与实践
15.
COMPARISON OF THE ENERGY CONSUMPTION OF THE WORKSHOP WITH CONVECTION HEATING AND RADIANT HEATING SYSTEMS
燃气辐射采暖与热风采暖方式能耗的比较
16.
Ho wever the energy -cost through the sirocco -blastingdryingtrunkwas1.6timest hatofthemicrowaveline,andthetim e -costwas28～30times thatofmicrow ave -line.
热风鼓风干燥箱的能耗高于微波干燥线1.6倍,且耗时为微波干线的28～30倍。
17.
Call the Blizzard" and" Call Storm"’ s mana consumption is increased.
使用“召唤暴风雪”和“召唤飓风”这2个技能的魔法消耗将被提高。
18.
The air-to-air energy recovery ventilator can recover a fraction of the energy from the exhaust air to the supply air.
空气热回收装置能够将一部分排风能量转移到新风侧,有效地降低新风能耗。