1.
INDUSTRIAL AGGLOMERATING TEST TO ADD TITANIUM CONCENTRATE FROM NEW ZEALAND
承钢烧结厂配加新西兰钛精矿烧结工业试验
2.
Commercial test of direct recovery of alumina and soda in Sintering process
烧结法硅渣直接烧结回收氧化铝和碱工业试验
3.
A study of the sintering property of MAC mines and industrial practice
MAC粉烧结性能的研究及工业实践
4.
INDUSTRIAL TEST OF SINTERING WITH WASHED LOW ASH COAL
低灰份太西洗煤用于烧结的工业性试验
5.
The Development of China Sintered Nd-Fe-B Magnets Industry and Its Manufacture Techniques;
我国烧结钕铁硼产业的发展及其生产工艺
6.
Industry experimental study on fired fly ash perforated brick in Shi Hezi region
石河子地区烧结粉煤灰多孔砖的工业试验研究
7.
Industrial Experiment and Research of Improving Quality of Sinter With Boron-Bearing Iron Concentrate as Additive
含硼铁精矿添加剂改善烧结矿质量的工业试验
8.
Study on sintering process of P/M M42 high speed steel prepared by spark plasma sintering
SPS烧结M42粉末高速钢的烧结工艺研究
9.
Sintering Test Study and Industrial Practice of AISC Several Industrial Waste Slag
鞍钢几种工业废弃渣的烧结试验研究及工业实践
10.
The feasibility and economy of indus trial slag utilized for sintering production are investigated through sintering test and production practice.
通过烧结试验和生产实践，研究了工业废弃渣用于烧结生产的可行性和经济性。
11.
Effect of technology factors on the radiation of sintering products in building materials contained industrial waste slag
工艺因素对掺工业废渣的烧结建材产品放射性的影响
12.
Optimized baking process of anode baking furnace in Huasheng Al. Smelter
华圣铝业阳极焙烧炉的焙烧工艺优化
13.
Studies on Manufacture Techniques for Sintered Nd-Fe-B Permanent Magnetic Materials with Low Production Cost and High Mechanical Properties;
低成本与高力学性能烧结Nd-Fe-B永磁材料工业生产技术研究
14.
Technique of TCP/IP Used in Sintering Machine Automatic Control System
TCP/IP工业以太网技术在烧结机自动控制系统中的应用
15.
Influences of Sintered Technologies and Additives on Properties of Aluminum Oxide Ceramic;
烧结工艺及烧结助剂对氧化铝陶瓷性能的影响
16.
Research on the Gas Permeability in the Acid Pellet Sintering Process;
酒钢球团烧结法新工艺烧结过程透气性研究
17.
Effects of Processing Parameters in Vacuum Sintering on Properties of Cu Powder Samples
真空烧结工艺参数对铜粉烧结性能的影响
18.
Today the applications of engineering ceramics are being rapidly developed.
目前工业发达国家的工程陶瓷应用技术发展迅速,烧结方法是发展工程陶瓷技术的关键之一。