CAJ | 학술논문

研究了HGK助剂在波特丝织物上的吸附机理。探究了HGK助剂吸附波特丝织物的吸附热力学性能、吸附牢度，并评价助剂吸附量对后期染色性能的影响。研究了不同助剂用量和不同碱剂用量对吸附效果的影响。结果表明：HGK助剂在波特丝织物上的吸附属于朗缪尔（Langmuir）型吸附。随着碱用量的增大，吸附量、吸附牢度随之增大。采用HGK助剂改性波特丝织物，在织物上引入正电荷，能显著提高阴离子活性染料的染色性能。
연구료HGK조제재파특사직물상적흡부궤리。탐구료HGK조제흡부파특사직물적흡부열역학성능、흡부뇌도，병평개조제흡부량대후기염색성능적영향。연구료불동조제용량화불동감제용량대흡부효과적영향。결과표명：HGK조제재파특사직물상적흡부속우랑무이（Langmuir）형흡부。수착감용량적증대，흡부량、흡부뇌도수지증대。채용HGK조제개성파특사직물，재직물상인입정전하，능현저제고음리자활성염료적염색성능。
The adsorption mechanism of HGK auxiliary in the potter silk fabrics was investigated. The adsorption thermodynamics properties and adsorption fastness were investigated. The influence of HGK assistant adsorption quantity on the performance of the dyeing behavior was evaluated. At the same time, different auxiliary dosage and different alkali agent adsorption effect was studied. The results of the study showed that, the absorption of additives in potter silk fabric belongs to Langmuir type adsorption curves. The adsorption and absorption fastness increase with the increase of amount of alkali. The modified potter silk fiber introduced positive charges can significantly improve the activity of anion's dyeing performance.