1) filming amine
成膜胺,薄膜胺
2) amine-containing functional films
胺基薄膜
1.
Using allylamine monomer,amine-containing functional films were prepared by pulsed dielectric barrier discharge at a high pressure.
采用高气压脉冲DBD等离子体,以丙烯胺(allylam ine)为聚合单体,氩气为辅助气体,合成胺基薄膜。
3) filming amines
成膜胺
1.
: This article comprehensively summarizes the basic property of filming amines. Based on the experiment data and on-site application effect, the technology of using filming amines to control corrosion is discussed in detail. Matters needing attention when using this technology and the suggestions for proper use of this technology are also put forward
系统总结成膜胺的基本性能,以实验数据和现场使用效果为依据,详细评述成膜胺防腐技术。
2.
According to the condition of carrying out protection of boilers off load in Hanchuan power plant,the paper describes the reason of adopting filming amines to carry out protection of boilers offload,analyzes the detail condition of the application on site and provides someideas to the application process.
根据汉川电厂以往实施停炉保护的情况 ,说明了采用成膜胺进行停炉保护的原因以及对成膜胺停炉保护在现场应用中的具体情况进行分析 ,取得了较好的保护效果 ,并针对实施过程提出了几点建
4) polyimide film
聚酰亚胺胺薄膜
5) polyaniline film
聚苯胺薄膜
1.
Growth of polyaniline film in different protonic acids
聚苯胺薄膜在不同质子酸溶液中的生长
2.
Ion beam effects on polyaniline film are studied for ion implantation with nitrogen ions (N +).
研究发现,本征态聚苯胺薄膜的电导率随着注入能量的增加而迅速增加,但随注入剂量的增加程度较缓慢,当能量增至36keV时,电导率增加9个数量级。
6) PANI film
聚苯胺薄膜
1.
The contact angle,morphology,thickness,chemical structure,and conductivity of the PANI films were characterized with surface tension instrument,SEM,UV-Vis spectroscopy,FT-IR,and four-probe testing meter,respectively.
结果表明:OTS对玻璃表面的改性促进了聚苯胺的沉积且提高了薄膜厚度,薄膜饱和厚度达到200 nm;缩短了溶液中苯胺分散聚合的诱导期,反应速率增大;与未改性玻璃表面沉积的薄膜相比,改性的玻璃表面得到的聚苯胺薄膜更加细密均匀,聚苯胺颗粒尺寸小,堆积紧密;薄膜的电导率达到7。
2.
The smooth semitransparent PANI films were deposited in-situ on glass substrates by dispersion polymerization method,using HClO_4 as a dopant and PVA as a stabilizer.
结果表明:构成薄膜的聚苯胺粒子呈球型或椭球型;薄膜具有三级结构特征;高氯酸不仅作为介质酸,同时作为掺杂剂;薄膜的结晶性能不佳;薄膜厚度与介质酸的浓度并非线性关系;薄膜的电导牢处于半导体水平;电导率大小与无机介质酸的酸性强弱有一定关系,与表面形貌关系更为紧密;高氯酸掺杂聚苯胺薄膜在67。
补充资料:2-N,N-二烯丙基胺基-4-乙酰胺基苯甲醚
分子式:暂无
分子量:暂无
CAS号:暂无
性质:米灰色膏状。
制备方法:暂无
用途:助剂中间体。
分子量:暂无
CAS号:暂无
性质:米灰色膏状。
制备方法:暂无
用途:助剂中间体。
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