1.
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
2.
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
3.
Cooling the melt( in a quiescent state) to achieve the desired solid fraction.
冷却熔融金属（态下）得理想的固态粒度。
4.
Melt Index Prediction Based on Particle Swarm Optimization
基于粒子群优化算法的熔融指数预报
5.
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
6.
Design and Research of Three Dimensional Printing System with Fused Material Pellet;
粒状熔融材料三维打印成形系统的设计与研究
7.
Study on Precision of FDM and Rapid Tooling Based on FDM & LOM;
熔融沉积制造精度及快速模具制造技术的研究
8.
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
9.
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
10.
Mechanical Properties of Ti-6Al-4V Alloys by Electron Beam Melting
电子束熔融快速制造Ti-6Al-4V的力学性能
11.
NOVEL PROCESSING OF TRANSPARENT YAG CERAMICS VIA MELT CASTING UNDER ULTRA-HIGH-GRAVITY FIELD
超重力场中熔融铸造透明YAG陶瓷的新技术
12.
capable of being melted and fused.
可以被熔化或熔融的。
13.
hot-metal charge
熔融金属料, 铁水
14.
The LV zone is due to interstitial free volatiles and incipient melting.
低速层是由于空隙自由挥发和初期的熔融作用造成的。
15.
Comparison of fluor-mica glass-ceramics made by melt-casting and sintering methods
熔融铸造法及烧结法氟云母玻璃陶瓷性能的比较
16.
The nano-material could improve the fluidity and flat of melted spraying powder, thereby change the growth mechanics of coating grain.
纳米材料的加入,改善了喷涂熔融态粉末的流动性及平铺性能,改变了涂层晶粒生长机制。
17.
hot melt granulate
热熔粒料（制领衬布原料）
18.
The fused particles cling together
熔化的微粒子粘在一起。