1.
Disparity and Potentiality on Energy Consumption Index of AISC Rolling Process
鞍钢轧钢工序能耗指标的差距与潜力
2.
Research of the Unit Process Energy Consumption Model Based on Neural Network;
基于神经网络的工序能耗模型的研究
3.
This Steel Reduces the 360 m~2 Sintering Machine Working Procedure Energy Consumption the Practice
本钢降低360m~2烧结机工序能耗的实践
4.
Status of Procedure Energy Consumption and the Review and Prospect of Energy Saving Technologies of Blast Furnace Process in China
中国炼铁工序能耗现状及节能技术回顾与展望
5.
ANALYSIS OF MINUS ENERGY CONSUMPTION IN THE YEAR 1989 IN BOF STEELMAKING PROCESS IN BGISW
1989年度宝钢转炉炼钢工序能耗实现负值的分析
6.
Suggestions of Carrying on Study of Decreasing Energy Consumption for EAF Steelmaking Process
关于开展降低电弧炉炼钢工序能耗研究的建议
7.
me Measurements and Pratices for Decreasing Sintering Energy Constumption of No. 1 Iron - Making Plant in Ma Steel;
马钢一铁总厂降低烧结工序能耗的措施与实践
8.
Research of Power and Energy Consumption in Main Manufacturing Steps at Daye Special Steel;
大冶特钢主要工序电耗和能耗的研究
9.
The production process was very complicated, necessitating a strong work force and long working hours.
漆器生产工序复杂，耗工耗时，
10.
Owing to high energy and water consumption and heavy burden on environment, the clean production of pretreatment is the focus in future development.
织物前处理过程是耗水耗能污染重的工序，却是日后清洁生产的重点工艺。
11.
Friction dissipates energy in the same way that a profligate dissipates a fortune, by converting it from an ordered to a disordered form.
摩擦把有序能转变为无序能，就象浪子挥霍财产那样消耗着能量。
12.
CONSCIENTIOUS CARRIED OUT “ENERGY SAVING LAW” AND PROMOTED ENERGY SAVING AND LOWER CONSUM PTION IN ALUMINIUM INDUSTRY;
认真贯彻《节能法》 促进铝工业节能降耗
13.
Energy consumption of alumina industry and its energy saving measures in China (Part A)
我国氧化铝工业能耗及节能措施(上)
14.
Factors of high energy consumption in domestic iron and steel industry and energy-saving measures
我国钢铁工业高能耗原因和节能措施
15.
The Development and Application of Parallel High Performance Dissipative Particle Dynamics Code
并行高性能耗散粒子动力学程序开发及其应用
16.
Chaotic fractal dimension and energy consumption of cutting resistance sequence in shearer
镐型截齿截割阻力序列的混沌分形维数与能耗
17.
The analysis of construction initial energy use is necessary in the life-cycle use of residential building.
在住宅建筑生命周期能耗研究中,施工初始能耗的分析是必需的.
18.
Site is in Beijing， working for low energy and commercial building.
工作现场在北京，低能耗商业建筑。