染整技术
染整技術
염정기술
TEXTILE DYEING AND FINISHING JOURNAL
2015年
1期
11-15
,共5页
吸附模型%推导过程%特点%吸附机理%实例验证
吸附模型%推導過程%特點%吸附機理%實例驗證
흡부모형%추도과정%특점%흡부궤리%실례험증
the adsorption model%the derivation process%characteristic%the adsorption mechanism%example verification
探讨了能斯特吸附模型、朗格谬尔吸附模型和佛莱茵德利胥吸附模型的推导过程、特点及吸附机理，研究了阳离子羽毛蛋白助剂（WLS-20）在棉织物上的吸附机理，用热力学吸附等温线表征，通过实例验证试验结果与实际推测相符。
探討瞭能斯特吸附模型、朗格謬爾吸附模型和彿萊茵德利胥吸附模型的推導過程、特點及吸附機理，研究瞭暘離子羽毛蛋白助劑（WLS-20）在棉織物上的吸附機理，用熱力學吸附等溫線錶徵，通過實例驗證試驗結果與實際推測相符。
탐토료능사특흡부모형、랑격류이흡부모형화불래인덕리서흡부모형적추도과정、특점급흡부궤리，연구료양리자우모단백조제（WLS-20）재면직물상적흡부궤리，용열역학흡부등온선표정，통과실례험증시험결과여실제추측상부。
Firstly, the derivation process, characteristics and the adsorption mechanism of the Nest adsorption model, the Langmuir adsorption model and the Freundlich adsorption model were discussed. Then adsorption mechanism of the cationic feather protein additives (WLS-20) on cotton fabric was investigated and characterized with thermodynamic adsorption isotherm. It shows that the experimental results are in accord with actual speculation.
