生物源铁纳米颗粒对偶氮染料的生物修复

H. Sharma, P. Shirkot
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引用次数: 5

摘要

从人类文明开始,自然物质被用来在古代洞穴的墙壁上染色兽皮、装饰羽毛和贝壳,并用赭石制成的黑色、白色、黄色和红色颜料绘制故事,直到公元前15000多年。新石器时代革命后,人类的永久定居在公元前7000-2000年左右开始产生新的发现和发明,比如通过在纺织品中添加各种着色剂来生产纺织品。1这些天然有机着色剂有着永恒的应用历史,尤其是作为织物染料。发现合成染料的先驱是威廉·亨利·帕金;英国皇家化学学院的一名学生在用苯胺制造药物奎宁时,产生了厚厚的深色污泥,并用酒精稀释。这产生了紫色的“快速”染料,耐洗涤和光的褪色作用,并用于染色丝绸。
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Bioremediation of azo dyes using biogenic iron nanoparticles
From the beginning of human civilization natural matter was used to stain hides, decorate feathers and shells and paint stories on the walls of ancient caves to over 15,000 B.C. with black, white, yellow and reddish pigments made from ochre. After the Neolithic revolution the permanent settlement of man began resulting in new discoveries and inventions around 7,000-2,000 B.C. like production of textiles by adding various colorants to them.1 These natural organic colorants had timeless history of application, especially as textile dyes. The pioneer in discovery of synthetic dye was William Henry Perkin; a student at the Royal College of Chemistry who while making drug quinine from aniline produced thick dark sludge which he diluted with alcohol. This produced purple color ‘fast’ dye, resistant to washing and to the fading effects of light and was used to dye silk.
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