1.
Research on Anti-abrasion Technology of Water-Wall Tubes in Circulating Fluidized Bed Boiler;
循环流化床锅炉水冷壁防磨技术研究
2.
Technical specification for integralpouring antistatic terrazzo floor
整体浇注防静电水磨石地坪技术规程
3.
Aplacation of Nano-technology on Hydraulic Turbine Erosion of High Silt Content River;
纳米技术在水轮机磨蚀防护中的应用
4.
Research on Explosion Protection of MPS212 Midvelocity Coal Mill
MPS212型中速磨煤机防爆技术探析
5.
Anti-Eccentric Wear and Anti-Wax Technique for UHMWPE Lined Composite Pipe
超高分子量聚乙烯内衬复合管防蜡防偏磨技术
6.
Mechanism Analysis of Uneven Abrasion for High Pour-point Oil Wells and Application of Its Prevention Technology
高凝油井偏磨机理研究及防治技术应用
7.
Trial Research of Antiskid and Abrasion Resistant Structure on the Bridge Deck
桥面复合固定防滑耐磨橡胶层技术试验
8.
The Application of High Temperature Wear and Corrosion Protection Coating Technology in Thermocouple Cannula
高温耐磨蚀涂层防护技术在热电偶保护套管上的应用
9.
Technical Measures to Raise the Powder Reduction Efficiency of the Cement Mill
提高水泥管磨机粉磨效率的技术措施
10.
Study on coating technology of wear and corrosion resistance for hydraulic turbine
水轮机用耐磨蚀磨损涂层技术的研究
11.
Pre-grinding technology of rod mill and its applied points
棒磨机预粉磨技术及其应用要点分析
12.
It is foreseen that it has a bright future applying the spray technology of SPUA in solving the problems of Abrasion resistant, resistant seepage and antiseptic of hydraulics projects.
实践证明这种技术对于解决水利水电工程中抗冲磨、渗及防腐蚀等方面具有广阔的应用前景。
13.
The author briefly introduces the principle, working face testing and application, effectiveness analysis and Suggestions on outburst control for high pressure grinding water jet technology.
作者简要介绍高压磨料水射流技术防突原理、作面试验应用、果分析及建议。
14.
BREAKTHROUGH IN FAKE PREVENTIONNUCLEAR TRACKETCHING;
防伪技术的新突破——核径迹防伪技术
15.
Abrasive stones are made by the advanced Italian techniques and equipment.
磨块----引进意大利先进技术与设备生产磨块。
16.
SELECTION TECHNIQUE OF ABRASIVE TOOL AND GRINDING PARAMETERS
磨料磨具特性参数的选择技术及其发展构想
17.
Studies on Theory and Key Techniques of Tangential Point Tracing Grinding;
切点跟踪磨削法磨削理论及若干关键技术研究
18.
Study of Micrology Shape Analysis and Automatic Identification Technique for Wear Particles;
磨损磨粒的显微形态分析与自动识别技术研究