1) diazo type recording material
重氮型记录材料
2) recording materials
记录材料
1.
The recording materials matched with the recordable high density optical compact disc develop quickly.
与高密度可录光盘匹配的有机记录材料研发也日新月异。
2.
With the development for 20 years,the research and application of optical recording materials for the three-generation recordable optical discs,infrared light CD-R,red light DVD±R and blue light BD-R/HD DVD-R,are summarized in this review.
本文综述了近20年来应用于红外光CD-R、红光DVD±R和蓝光BD-R/HD DVD-R三代可记录光盘中的记录材料的研究和应用进展,介绍了菁类、大环氮杂、偶氮、金属螯合物、苯并杂环等类染料作为光记录材料进行的研究,评述了可记录光盘记录材料的薄膜光学、记录灵敏度、光热稳定性、旋涂成膜性等特性,概括了每一代可记录光盘记录材料的特性与光盘系统的关系,讨论了大环氮杂金属配合物具有的良好材料特性,尤其是高光热稳定性和适中的记录灵敏度,并结合大环氮杂金属配合物在早期两代可记录光盘中已得到的重要应用及本课题组对此类材料的研究结果,认为其将是高密度蓝光盘记录材料的重要发展方向之一。
3.
The recording materials matched with the recordable high density optical compact disc develop quickly.
与高密度可录光盘匹配的有机记录材料研发也日新月异。
4) magnetic recording materials
磁记录材料
1.
Author pointed out a mistake in the preceding article [1] The correct relationships between H c and υ were deduced for the different models of rare earth permanent magnets and magnetic recording materials, which can be written as a complex function But it has different forms for the different models of rare earth permanent magnet
给出了不同模型的稀土永磁材料以及磁记录材料的矫顽力 Hc和有效激活体积υ之间的正确关系 ,这样的关系被表示成一个复杂的函数关系 ,同时指出 ,对不同模型的稀土磁性材料 ,这个函数关系是不同
2.
Magnetic properties such as specific remanent magnetization,specific saturation magnetization and coercivity measured by vibrating sample magnetometer at room temperature and powder morphology showed that the powders were applicable to magnetic recording materials.
粉料的磁性能测量和粉料的粒度及颗粒形态表明,熔盐法合成的粉料适合作为高性能磁记录材料。
5) magnetic recording medium
磁记录材料
6) optical recording materials
光记录材料
1.
In this paper,several typical optical function materials are de-scribed,and the research progress and application development of laser materials, nonlinear optical materials and optical recording materials are reviewed.
介绍了几种典型的光功能材料,并对激光材料、非线性光学材料、光记录材料的研究进展及应用开发进行了综述。
补充资料:重氮型记录材料
分子式:
CAS号:
性质:利用重氮盐容易受光分解的特点,在感光纸上涂布重氮盐,曝光部分重氮盐分解,经适当处理使未曝光部分偶合显色形成影像。可以是感光纸单独涂布重氮盐,显影液中加偶合剂和碱剂,通过湿处理显像。也可以将稳定重氮盐和偶合剂一起涂布在纸上,用湿氨气熏蒸显色的干式显像方法。
CAS号:
性质:利用重氮盐容易受光分解的特点,在感光纸上涂布重氮盐,曝光部分重氮盐分解,经适当处理使未曝光部分偶合显色形成影像。可以是感光纸单独涂布重氮盐,显影液中加偶合剂和碱剂,通过湿处理显像。也可以将稳定重氮盐和偶合剂一起涂布在纸上,用湿氨气熏蒸显色的干式显像方法。
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