1.
Trend of the compound fertilizer process by melt granulation in high prilling tower
高塔熔体造粒生产复合肥工艺流程的发展变化
2.
The effects of Adding Auxiliary Stuff on the Eutectic Value of Reducing Nitrogen Content in Melting Tower Granulation Process
不同辅料对高塔熔体造粒工艺降氮共熔值的影响
3.
The mechanism of granule formation for production of compound fertilizer by melt granulation in prilling tower and factors impacting particle size
高塔复合肥熔体造粒工艺粒度成因机理及影响造粒的各种因素
4.
Technology for melt crystallization-granulation with air cooling in lower prilling tower and its application
全熔融低塔风冷结晶造粒技术及应用
5.
Effect of out tower particles temperature by natural ventilation prilling tower into air volume
浅析通风造粒塔进风量对出塔粒子温度的影响
6.
Study on slow release property of melting granulating humic acid urea
熔融造粒腐植酸尿素的缓释性能研究
7.
Techno-economic Comparison between Tower Process and Fluid-bed Process of Urea Granulation;
尿素塔式造粒和流化床造粒的技术经济对比
8.
Discussion on Water Film and Water Grain Problems in the Modification of Old Cooling Tower
改造老式冷却塔群的“膜”与“粒”之争
9.
High resolution melting analysis of small amplicons and of mixing with a known genotype for genotyping of mitochondrial SNP13928G > C
高分辨率熔解曲线小扩增子法结合混样法在线粒体13928G>C突变分析中的应用
10.
The Structures of Basin and Range System Around the Tibetan Plateau and the Distribution of Oil and Gas in the Tarim Basin
环青藏高原巨型盆山体系构造与塔里木盆地油气分布规律
11.
APPLICATION OF CONSUMABLE GUIDE ELECTROSLAG WELDING TO PRESSURE VESSEL FABRICATION
熔嘴电渣焊在高压容器制造中的应用
12.
Study of Processing Technology for Complex Pneumatic Valve Body
复杂气动阀体熔模铸造加工工艺研究
13.
The effect of different pattern materials on accuracy of casting MOD inlay
熔模材料对铸造嵌体精度的影响研究
14.
Study on the Dissolving Process of High Melting Point Component in TiAl Melt during ISM Process;
ISM过程中高熔点组元在TiAl熔体中溶解过程研究
15.
Grain-Abrasion Performance and Mechanism of High-chromium Iron-Base Coating Prepared by Plasma Cladding
等离子熔覆高铬铁基涂层磨粒磨损性能与机理
16.
Study on Antiseptic Mechanism and Technique for Urea Prilling Towers
尿素造粒塔的防腐机理及防腐技术研究
17.
Construct A Reinforced Concrete Prill Tower in a Sliding Camp Way;
运用滑模法进行钢筋混凝土造粒塔的施工
18.
Investigation of Superheating Kinetics of Nanoparticle Pb Embedded in Al Matrix;
Al基体中Pb纳米镶嵌粒子过热熔化动力学初探