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1)  LB film
LB薄膜
1.
The surface potential of Polyimide (PI) LB films with different thicknesses contacting with gold was measured and the space charge density was analyzed.
为提高有机电子器件的性能 ,制备了不同厚度的聚酰亚胺 (PI)LB薄膜
2.
The LB films were characterized by UV-visible spectrum, BAM microscope and AFM method.
采用AFM、UV-vis方法,研究了不同工艺条件对金属卟啉LB薄膜光谱特性的影响。
2)  LB films
LB薄膜
1.
Stilbazium iodic (Symboled as S) has high β value and has been used to prepare LB films, but the deposition properties of S and the stabilities of S-Lb films are very poor.
具有优良NLO性质的芪唑盐(记为S)已被用于制备LB薄膜,但其成膜性不好,稳定性差;S和花生酸镉(记为A)的混合系虽可改善成膜性,但在此混合膜系中,S相的稳定性仍然不佳。
3)  Langmuir Blodgett(LB)film
Langmuir-Blodget(LB)薄膜
4)  LB films (ordered ultrathin organized molecular films)
LB膜(有序组装超薄膜)
5)  Langmuir-Blodgett film
LB膜
1.
Application of Modern New Physical Techniques and Methods in the Structure and Functions of Langmuir-Blodgett Films;
生物物理新技术新方法在LB膜结构与功能研究中的应用
2.
Four kinds of hybrid organic/inorganic Langmuir-Blodgett films are obtained by the compact organization of poly(1,2-dihydro-2,2,4-trimethyl)quinoline (briefed as PQ), stearic acid (briefed as SA) and transition metal-substituted heteropolyanions (briefed as PW_(11)Z, Z=Cu~(II),Co~(II),Mn~(II),Ni~(II))using the Langmuir-Blodgett technique.
将聚喹啉(PQ)、十八酸(SA)和过渡金属取代的杂多阴离子PW11ZO40n-(Z=CuII,CoII,MnII,NiII)通过LB技术掺杂,成功地制备了四种PQ/SA/杂多阴离子杂化LB膜,通过π-A曲线、荧光、吸收光谱、原子力显微镜等手段对PQ/SA/杂多阴离子杂化LB膜的成膜方式、性能、结构及形貌进行了表征。
3.
Studies on the biomineralization of calcium oxalate crystals were performed in vitro using monolayer film and Langmuir-Blodgett film as templet.
以单分子膜和LB膜作为模板,用SEM,ESEM,TEM,AFM,XRD和FT-IR等表征方法,在体外研究了草酸钙晶体的生物矿化过程。
6)  Langmuir-Blodgett films
LB膜
1.
The Spectroscopic and Electrochemical Study of Langmuir-Blodgett Films of Heme;
血红素LB膜的光谱及电化学特性研究
2.
Deposition of Langmuir-blodgett films and the aggregative properties of two asymmetric substituted naphthalocyanine derivatives were investigated by using linear absorption spectra and surface pressure-area (π-A) isotherm lines.
研究了两种不对称取代萘酞菁化合物LB膜的制备,并采用线性吸收谱研究了萘酞菁化合物在溶液和LB膜中的聚集特性。
补充资料:amanil fast turquoise lb
CAS:1330-38-7
分子式:C32H14CuN8O6S2·2Na
中文名称:直接耐晒翠蓝GL;锡利翠蓝GL;直接耐晒宝石蓝;直接耐晒翠蓝GB;直接耐晒翠GL

英文名称:C.I. Direct blue 86; Direct fast turquoise blue GL;acid blue 87; aizen primula turquoise blue gl; amafast turquoise 8ggl; amanil fast turquoise; amanil fast turquoise lb; arlazol fast turquoise blue 6gn; atlantic fast turquoise lga

性状描述:蓝色粉状物,能溶于水。在浓硫酸中呈黄光绿色,稀释后呈绿蓝色,有蓝绿色沉淀。对纤维素纤维染色,染料吸尽性差。对铁离子有反应。

生产方法:以铜酞菁蓝(CuPC)为原料,用氯磺酸进行氯磺化,用冰水稀释,析出铜酞菁磺酰氯,过滤,用氨水中和,加温脱氨。而后经盐析;过滤及干燥而得。

公斤/吨,从合成铜酞菁开始)苯酐(100%) 360 盐酸(31%) 125 氯磺酸(98%) 2000 烧碱(100%) 160 尿素(工业) 510 氨水(20%) 315 氯化亚铜(98%) 70 精盐 650 钼酸铵(98%) 4 磷酸三丁酯(100%)0.2 三氯化苯(100%) 125

用途:主要用于棉、粘胶、蚕丝等织物的染色和印花。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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