2) Electron beam curing
电子束固化
1.
Study on the electron beam curing composites reinforced by AS4 carbon fiber;
电子束固化AS4纤维增强复合材料研究
2.
This paper reviews the characteristics,progress and application of processes for low cost and high performance composites including electron beam curing,ATP and infusion forming.
对近年来发展较快的电子束固化技术、纤维铺放技术、渗透成型技术等低成本、高性能复合材料成型技术的特点、进展及应用现状进行了综合论述。
3) EB curing
电子束固化
1.
The properties of EB curing coating films, which were determined by the structure of oxidative-polymerized linseed oil, were as following: good gloss, low hardness, better flexibility and impact resistance, low glass transition temperature and bad adhesion on tinplate.
氧化预聚亚麻油的结构决定了其电子束固化涂膜具有光泽度好，硬度小，柔韧性和冲击强度优良，玻璃化转变温度低，对马口铁板等极性基材的附着力差等性能；它不仅能作为预聚体，而且，还能作为功能单体与其它组分复合使用，并能显著改善复合体系的涂膜性能；在一定范围内，吸收剂量和环烷酸钴对其固化涂膜的性能影响程度小。
2.
The development of radiation curing was simply reviewed and the mechanism of UV curing and EB curing, the equipment and materials used in the radiation curing were also introduced.
概述了辐射固化新技术的发展过程 ,简述了紫外光固化和电子束固化机理、所需设备和涂层的原材料 。
3.
In this paper,the application fields of polymer matrix composites(PMC),the features and advantages of electron beam(EB)curing technology were first introduced briefly;then,the status of research and development about EB curing of PMC in USA was reviewed;at last,the main components of EB curing PMC and the bases of research and development about this fields in our countyr were presented.
本文先简述高分子复合材料的应用领域及电子束固化技术的特点和优势 ,然后综述美国在这方面的研究与开发状况 ,最后介绍电子束固化高分子复合材料的主要组分和我国开展这方面工作的基础。
4) e-beam lithography techniques
电子束光刻技术
1.
Individual sodium titanate nanowire-based device is fabricated via e-beam lithography techniques.
利用电子束光刻技术制作了基于钛酸钠纳米线的纳米器件。
5) electronic bean desulfurization
电子束脱硫技术
6) electrical beams compensating technique
电子束补偿技术
补充资料：电子束固化装置
分子式：
CAS号：
性质：通过电子束来固化胶黏剂的装置。其特点是固化速度快，对被照物传热微小。尤其适用于纸基、薄膜、发泡体和金属箔基的压敏胶制品及其他复合制品。可分为高能型、中能型和低能型三类。
CAS号：
性质：通过电子束来固化胶黏剂的装置。其特点是固化速度快，对被照物传热微小。尤其适用于纸基、薄膜、发泡体和金属箔基的压敏胶制品及其他复合制品。可分为高能型、中能型和低能型三类。
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