1.
THEORETICAL ANALYSIS OF ENERGY-SAVING TUBE SCREEN TECHNOLOGY FOR ROLLER KILN
辊道窑节能管屏技术的原理分析研究
2.
ANALYSIS AND RESEARCH ON APPLICATION PROSPECTS OF ROLLER KILN ENERGY-SAVING TUBE PANEL TECHNOLOGY
辊道窑节能管屏技术应用前景分析研究
3.
How to Save Power on LED Driver for LED Traffic Signs and Message Signs
如何在交通屏与讯息屏上节省LED驱动器的电能
4.
The Research of Energy-Efficient Thermal Shield Cooling Coating
高效节能热屏蔽降温涂层材料的研究
5.
Application of PLC and Touch Screen on Energy Saving Control System
PLC和触摸屏在节能装置中的应用
6.
Energy consumption analysis and reconstruction of subway platform screen doors in northern cities for energy-saving
北方地铁屏蔽门系统能耗分析及节能改造
7.
The Welding Experimentation of 12Cr1MoVG Tube Platen and Analysis of Manual Arc Welding Cracks
膜式窄节距12Cr1MoVG管屏埋弧焊接试验及手工电弧焊补焊裂纹分析
8.
The paper could be powered by a matrix of transistors, such as those in laptop computer screens.
这种纸能由晶体管阵列供电，如便携机屏幕那样。
9.
Strengthened energy saving management reconstruction, improvement energy saving and lower consumption;
加强节能管理与改造 促进节能降耗
10.
Energy Economizing Diagnosis and Energy Consumption Rationalizing Management
试论节能减排的节能诊断和耗能合理化管理
11.
Measurement of shielding effectiveness of high-performance shielding enclosures.
高性能屏蔽室屏蔽效能的测量方法.
12.
A Study on Human Ability to Process Information Presented on the CRT Display
人对阴极射线管显示器屏显信息处理能力的研究
13.
The Preparation and Luminescence Study on Thin Film Phosphor and Thermal Behaviour for Superluminescent Diode;
薄膜荧光屏的制备和发光性能及超辐射发光二极管热分析研究
14.
The Effect of Glucose of High Concentration on Barrier Function of Human Retinal Capillary Endothelium;
高浓度葡萄糖对培养的人视网膜微血管内皮细胞屏障功能的影响
15.
Molecular Mechanism of Erythromycin in the Improvement of Paraquat-damaged Vascular Endothelial Cell Barrier Function
红霉素改善百草枯致损血管内皮细胞屏障功能的分子机制
16.
Barrier function of human retinal microvascular endothelial cells cultured in vitro
体外培养人视网膜微血管内皮细胞屏障功能的研究
17.
Through special process, XIR laminated glass can effectively made to reduce the strength of electromagnetic interference (EMI), and working as shielding device.
特殊制作的XIR夹层节能玻璃，可有效降低电磁波辐射强度，具备电磁屏蔽功能。
18.
adopting advanced energy-saving management method to dig up energy-saving potential.
开发应用高层次的节能管理方法,深挖节能潜力。