1.
Melting process of polymer under pure vibration force field (Ⅰ) Theoretical model and melting mechanism
纯振动场作用下聚合物熔融塑化过程(Ⅰ)理论模型及熔融机理
2.
Melting and Plasticating Process of Polymer under Pure Vibration Force Field
纯振动场作用下聚合物的熔融塑化过程
3.
Research on the processability and thermal behavior of the PVA/PEG/Mg(OH)_2 composites
PVA/PEG/Mg(OH)_2复合材料熔融塑化性能研究
4.
Melting process of polymer under pure vibration force field (Ⅱ) Effect on melting rate of vibration parameters
纯振动场作用下聚合物熔融塑化过程(Ⅱ)振动参数对熔融速度的影响
5.
This paper introduces an analytical melting model for extrusion to calculate the melting rate and predict the meltingcapacity of screw.
根据挤出熔融模型用解析法计算熔融速率,预测螺杆的塑化能力。
6.
capable of being melted and fused.
可以被熔化或熔融的。
7.
The Basic concept of injection molding revolves around the ability of a thermoplastic material to be softened by heat and to harden when cooled.
注射成型的基本概念是使热塑性材料在受热时熔融,冷却时硬化。
8.
Capable of being fused or melted by heating.
易熔的，可熔化的通过加热能被融化或熔化的
9.
Preparation and Properties of Melt Processable Acrylonitrile Copolymers without Plasticizer;
非增塑可熔融丙烯腈聚合物的制备及研究
10.
The Effect of Mixture of Plasticizer on Melting and Crystallization of Polyvinyl Alcohol
复配增塑剂对聚乙烯醇熔融及结晶行为的影响
11.
Methods of melting and injecting the plastic differ from one machine to another and are constantly being improved.
塑料熔融与塑料注射的方式随机器的不同而不同,并不断得以改善。
12.
Founding Campus Cultural Spirit and Molding The Character of China Pudong Cadre Institute;
熔铸校园文化精神 塑造中浦人格特质
13.
Research on Gasification Reaction of Coal With CO_2 Catalyzed by Molten Salts
熔融盐催化煤与CO_2气化反应研究
14.
Reaserch on gasification of anthracite coal catalyzed by molten salts
无烟煤熔融盐催化气化反应特性研究
15.
Numerical Simulation on the Swirl-flow Melting Furnace in MSW Gasification and Melting System;
城市垃圾气化熔融系统中旋风熔融炉的数值模拟
16.
Study on Melting Properties and Behavior of Incineration Ash during Gasification and Melting Process of Municipal Solid Waste
气化熔融处理城市生活垃圾时灰渣的熔融特性及行为研究
17.
The act or operation of melting.
融化过程进行熔解的行动或过程
18.
Study on the Alumina Ceramic Preparation by Plasma Jet Melting Method
等离子束熔融法制备氧化铝陶瓷研究