1.
And it also introducos principal properties of typical anti-wear materials, such as high manganese steel, white cast iron and low-alloy anti-wear steel.
最后还介绍了典型耐磨材料高锰钢、口铸铁和低合金耐磨钢以及表面抗磨技术的基本特性。
2.
Study on the Ball Mill Control System Based on Auto-disturbance-rejection Technique;
基于自抗扰技术的球磨机控制系统研究
3.
Clinical evaluation of implant anchorage for molar intrusio
运用种植支抗技术压入伸长磨牙疗效观察
4.
Discussion on Construction Technology of Abrasion-resistant Concrete for Water Cushion Pond of Xiaowan Hydropower Station
小湾水电站水垫塘抗冲耐磨混凝土施工技术
5.
High-speed Cutting Technology on GKM Using Impeller of Mineral Residue Pump
高合金抗磨铸铁渣浆泵叶轮的高速切削技术
6.
ADRC-based automatic control system for main steam pressure of boilers with fan mills and direct-fired pulverized coal systems
基于自抗扰技术的风扇磨直吹锅炉主汽压力自动控制系统研究
7.
Intrusion of overerupted molars with microscrew implant and fixed appliance
固定矫治技术配合微种植体支抗压低磨牙的临床研究
8.
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
9.
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
10.
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
11.
anticomplement fluorescent antibody technique
抗补体荧光抗体技术
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.
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。
14.
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
15.
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
16.
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
17.
INFORMATION SERVICE AND TECHNOLOGY INNOVATION IN ABRASIVES INDUSTRY;
磨料磨具行业的信息服务与技术创新辨析
18.
Research on Grinding Hardening of Middle Carbon Steel by Grinding Strengthen Technology
磨削强化技术对中碳钢磨削淬硬效果的研究