1) laminated preform
层压预制件
2) formation pressure predict software
地层压力预测软件
1.
The paper introduces the principle of the bridge pattern and strategy pattern,takes the design of formation pressure predict software as an example,analyzes the application of the bridge pattern and strategy pattern to software architecture,and points out the significance of the application of the design patterns in the design of software s.
介绍了桥模式与策略模式的原理,并以地层压力预测软件的设计为例,分析了它们在软件体系结构中的应用。
3) laminate,laminates
层压制件，层状材料
4) preform
[英][pri:'fɔ:m] [美][pri'fɔrm]
预制件
1.
Methodology research on 3-D braided preform with changed-sections;
变截面三维编织预制件的增减纱机制
2.
Measurement for thickness of carbon fiber three-dimensional braided composite material preforms;
碳纤维三维编织复合材料预制件厚度的测量
3.
Research on pore-forming materials of preform technology;
PRMMC_S预制件制备中造孔剂的应用研究
5) perform
[英][pə'fɔ:m] [美][pɚ'fɔrm]
预制件
1.
T/R module is a key component in phased array radars and requires extremely high performance forpackaging housing materials with light weight, good thermal conductivity, and a low coefficient of thermalexpansion.
本文介绍了小批量T/R组件封装外壳研制中的关键技术,如近净成型预制件技术、真空气压浸渗技术和机械加工技术。
2.
It has important relation between composite materials mechanics and perform thickness and irregularity index, but so far the perform thickness is only measured by hand.
然而，编织物复合后的力学性能与编织物预制件的厚度及其不匀有着重要的关系，但是目前预制件的厚度还只能依靠手工检测。
6) preforms
预制件
1.
The microstructure of the special-shaped 3D braided preforms configurated by reducing-yarn technique is studied by means of experiments and theoretical analysis, in order to set up the braiding technology more strictly.
对通过减纱工艺形成的变截面三维编织预制件的细观结构进行了研究,并采用拓扑方法进行理论分析,得到了减纱后通过减纱截面的纱线运动走向和变化规律,从而为更精确的制定异型三维编织预制件的编织工艺打下了基础。
2.
A study of some sections preforms for compostites produced by weav- ing method has been expounded in the preceding article.
本文仅就用机织法生产复合材料板材预制件的可行性、科类、结构特点及有关的结构设计问题，结合上机织造的实验，进行研究。
补充资料：交向层压件
分子式：
CAS号：
性质：又称正交层压制品。制品其中某些层的纹理(或最大拉伸强度方向)的取向与邻层的纹理(或最大拉伸强度方向)的取向成90°角。玻璃纤维等增强材料具有方向性，纤维并列方向的强度和弹性模数高。层压时，纤维方向是平行的为平行层压件，是互相垂直的为交向层压件。
CAS号：
性质：又称正交层压制品。制品其中某些层的纹理(或最大拉伸强度方向)的取向与邻层的纹理(或最大拉伸强度方向)的取向成90°角。玻璃纤维等增强材料具有方向性，纤维并列方向的强度和弹性模数高。层压时，纤维方向是平行的为平行层压件，是互相垂直的为交向层压件。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条