1)  superplastic welding
超塑压接
2)  super plastic deformation
超塑
1.
The paper studies elementally the titanium super plastic deformation at room temperature, including the research work on the rapid compression test,properties,micro-structures etc.
对钛合金室温超塑性行为进行了一些探索研究,其中包括在室温条件下在0。
3)  super plasticity
超塑性
1.
In this paper, the super plasticity of magnesium alloy has been fully represented, and the preparation methods of magnesium alloy with super plasticity in the future have been also introduced.
本文就镁合金的超塑性进行了全面的阐述,同时也对将来轻质超塑性镁合金的制备方法进行了介绍。
4)  superplasticizer
超塑化剂
1.
Dispersion of polycarboxylate superplasticizer containing polyether side chain;
含聚醚侧链共聚羧酸类超塑化剂的分散作用
2.
Development of the amino sulfonic acid based superplasticizer;
氨基磺酸盐系超塑化剂研制
3.
Synthesis of amphoteric carboxylic acid-based graft copolymer superplasticizer for concrete and its property evaluation;
两性羧酸类接枝共聚物混凝土超塑化剂的制备与性能评价
5)  superplastic
超塑性
1.
Prediction of Superplastic Properties of Lead Brass Based on BP Neural Network;
基于BP神经网络的铅黄铜超塑性能预测
2.
The Research on Superplastic of Ultrafine Grained Ultrahigh-carbon Steels;
超细晶超高碳钢的超塑性研究
3.
The Development of Superplastic Diffusion Bonding in Ceramics;
陶瓷超塑性扩散连接的研究进展
6)  superplastic deformation
超塑变形
1.
Effect of holding time on high temperature microstructures of hydrogenation TC4 alloy before superplastic deformation;
保温时间对置氢钛合金超塑变形组织的影响
2.
This paper studied the superplastic deformation behavior of enhanced titanium-base composite material in-si- tu autogenesis TiB and TiC under conditions of temperature varied in the range of 920～1080℃ and initial strain rate was 2× 10~(-2)s~(-1)～10~(-4)s~(-1).
研究了温度为920～1080℃、初始应变速率为2×10~(-2)s~(-1)～10~(-4)s~(-1)条件下的原位自生 TiB 和 TiC 增强钛基复合材料的超塑变形行为。
3.
Optical microscope and scanning electronic microscope ( SEM) were employed to observe the microstructure evolution and fracture behavior in superplastic deformation of AZ31 Mg alloy and the values of deformation activation energy at various.
在300-400℃的超塑变形温度范围内,AZ31镁合金超塑变形的主要机制是由晶界扩散控制的晶界滑移,而变形温度和应变速率对AZ31镁合金断裂行为的影响主要体现在变形机制从晶内滑移到晶界滑移的转变。
参考词条
补充资料：压塑法
分子式：
分子量：
CAS号：

性质：又称模压法和压塑模塑。是热固性塑料加工成型主要方法之一。有时也用于热塑料、冷塑塑料和橡胶的加工成型。将粉状原料（如压塑粉）加入金属的模具中使其受热软化，并在压力下流满模具，同时发生化学反应而固化，脱模后即得制品，通常称做压塑制品。特别适用于形状复杂或带有复杂嵌件的制品。缺点是生产周期长、效率低、制品尺寸精度差。主要用于制造电器零件和日用品如开关、电话机件、收音机外壳、钟壳、钮扣等。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。