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首页> 外文期刊>Journal of Applied Polymer Science >Application of deaerated water in swelling of cellulose and amylose and cotton desizing with enzyme
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Application of deaerated water in swelling of cellulose and amylose and cotton desizing with enzyme

机译:脱气水在纤维素和直链淀粉溶胀及酶解棉中的应用

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摘要

The effect of deaerated water on the swelling of cellulose and amylose and on the application in cotton desizing with enzyme that contains necessarily these swelling processes were studied. The total volume changes of the swelling of cellulose and amylose were measured by dilatometry. The total volume changes of cellulose and amylose were more negative in deaerated water. In deaerated water, the total volume changes are 142 ± 6% for cellulose and 229 ± 2% for amylose to those in air-present water. The rates of cotton desizing with two kinds of enzymes were studied by measuring the concentration of generated sugars by using HPLC. Higher efficiency of 140-150% was obtained in deaerated water than in water containing dissolved gases of air, oxygen, or nitrogen.
机译:研究了脱气水对纤维素和直链淀粉溶胀的影响,以及对棉花脱浆的应用,这些酶必须包含这些溶胀过程。通过膨胀法测量纤维素和直链淀粉溶胀的总体积变化。脱气水中纤维素和直链淀粉的总体积变化更为不利。在脱气的水中,纤维素的总体积变化为142±6%,而直链淀粉的总体积变化为229±2%。通过使用HPLC测量产生的糖的浓度,研究了两种酶对棉花的退浆率。与含有空气,氧气或氮气的溶解气体的水中相比,脱气水中的效率更高,为140-150%。

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