1.
Low carbon and thich sinter bed sintering is an important sintering technology, featuring the advantages of high quality, high strength and less fuel consumption.
低碳厚料层烧结是一项重要的烧结技术,具有改善烧结矿质量、高烧结矿强度、低燃料消耗等优点。
2.
Opera Ting Practice of 360m~2 Sintering Deep-Bed in an Gang Sintering Plant
烧结厂360m~2烧结机厚料层生产实践
3.
Practice of Increasing the Bed Depth in 360 m~2 Sinter Machine
提高360m~2烧结机料层厚度生产实践
4.
Study on Sintering Parameters of Hematite Concentrate With 600mm Deep Bed at East Anshan Sintering Plant of AISC
鞍钢东烧厂600mm料层厚度赤精矿烧结工艺参数研究
5.
FEM analysis of pressing material installment axial compressive loads cylinder of sintering machine
烧结机压料装置中轴压厚壁圆筒有限元分析
6.
Study of Laser Sintering of Thick-Film Positive Temperature Coefficient Thermistor Paste
激光烧结厚膜正温度系数热敏电阻浆料的研究
7.
Microstructures of Ablated Carbon Layer of C_f/PAA Composite
C_f/PAA复合材料烧蚀“碳层”的微观结构
8.
Measurement on the carbonizing or nitro-caburizing harden case depth of sintering iron-based material
GB/T9095-1988烧结铁基材料渗碳或碳氮共渗硬化层深度的测定
9.
Research on the Low Temperature Co-fired NiCuZn Ferrite and Multiplayer Chip Inductor Applications;
低温烧结NiCuZn铁氧体（LTCF）材料及叠层片式电感应用研究
10.
By adding bond in sintering mixture, we got following results: higher pellet yield, better sinter-bed permeability and good economic profit.
烧结混合料中配加粘结剂后提高混合料的成球率，改善了烧结料层的透气性，取得了好的经济效益。
11.
Sintering of Magnesium Aluminate;
MgAl_2O_4陶瓷材料的烧结研究
12.
Analysis of High-Rise Building Transfer Thick Slab;
高层建筑厚板结构转换层的内力分析
13.
Study on the Optimum Thickness of Gradient-Porous Metal Layer
金属多孔材料梯度层最佳厚度的研究
14.
Trail Production of Large Thickness Composites Laminate of Carbon Fiber
大厚度碳纤维复合材料层压板的试制
15.
The Study on Properties of PZT Laminated Thick Film Ceramics Materials
PZT叠层厚膜陶瓷材料性能的研究
16.
1 Drawer fronts are at least 3/4 inch thick with double wall construction, painted prior to assembly and sound deadened.
抽屉面板有3/4英寸厚，两层结构。装配前各面喷涂完毕，抽屉内有消声材料。
17.
Drawer fronts are at least3/4 inch thick with double wall construction, painted prior to assembly and sound deadened.
抽屉面板有3/英寸厚，两层结构。装配前各面喷涂完毕，抽屉内有消声材料。
18.
System Identification Method for Backcalculating the Dielectric Property and Thickness of Pavement Structures--Study on Applied Technology of Ground Penetrating Radar;
路面结构层材料介电特性及其厚度反演分析的系统识别方法——路面雷达关键技术研究