英语翻译Previous studies [1,2] have shown that the plasma process could make reagents deposited on the surface of materials change the surface properties of the treated materials.Other studies [3,4] showed that the chemical composition of materia

英语翻译Previous studies [1,2] have shown that the plasma process could make reagents deposited on the surface of materials change the surface properties of the treated materials.Other studies [3,4] showed that the chemical composition of materia
英语翻译
Previous studies [1,2] have shown that the plasma process could make reagents deposited on the surface of materials change the surface properties of the treated materials.Other studies [3,4] showed that the chemical composition of material suifaces could be changed after plasma treatment with various gases.Ward et al.[5]and [6,7]suggested that the molecular structures of cellulose fiber surfaces could be decomposed to generate the new functional groups after plasma treatment .Additionally,some studier [8-11]indicated that the pore structures of the treated fabrics are affected by varying the functional groups of crosslinking agents.
In the persent study.we were interested in understanding the effect of the plasma treatment on the pore structure by using the following diffusion equation [12,13]:
A=ae[1-exp(-kC0t)]ⁿ=ae [1-exp(-k't)] ⁿ,(1)
Where a is the absorption of the dye on cotton in time t,ae is the equilibrium absorption at t→,k 'is the specific rate constant,k si the rate constant,C0 is the concentration of cotton in a finite bath,and n is the structural diffusion resistance constant.From these values,we also determined activation energies(∆E*) using the Arrhemius equation,
k'=exp(-∆E*/RT+e),(2)
where T is the absolute temperature,and R is the gas constant.
The structural diffusion resistance constant and some other dyeing kinetic data for the crosslinked cotton fabrics with the combined DMDHEU and acrylic acid crosslinking agent under the pad-dry-plasma-cure piocess were detemined with two direct dyes and used to study the pore properties an antibacterial properties of the treated fabrics.

英语翻译Previous studies [1,2] have shown that the plasma process could make reagents deposited on the surface of materials change the surface properties of the treated materials.Other studies [3,4] showed that the chemical composition of materia
以往的研究表明[1,2]血浆试剂存放过程可以改变材料的表面 表面特性的研究治疗materials.other[3,4]发现化学物质成分可以改变后suifaces 等离子体处理各种gases.ward等.[5]、[6,7]表明纤维素纤维表面的分子结构可以分解后产生的新的功能组别 等离子体处理.此外,一些studier〔8-11〕表示孔结构的织物受到不同待遇的群体功能 交代理人.患儿的各种观点有兴趣了解的等离子体处理效果用的孔隙结构 下扩散方程[12,13]:美国运通=[1-实验(kc0t)]美国运通ⁿ=[1-实验(钾『T)]ⁿ,(一)凡有吸收的染料棉花时笔,美国运通是在吸收平衡笔>,钾 '具体利率不变,硅钾固定利率,C0的浓度是在有限的棉花浴、n是结构性扩散阻力 constant.from这些价值观,我们也决心活化能(∆电子*)使用arrhemius方程,钾的实验=(-∆*电子/生殖+五)、(2)凡笔是绝对温度,而R是气体常数.结构扩散动力学阻力不断印染等一些数据交棉织物结合dmdheu 丙烯酸交联剂垫下干等离子体治愈piocess被用来测定两个直接染料及研究 孔抗菌性能的织物性能的治疗.