Low temperature bleaching of wool with hydrogen peroxide using katalase as catalyst under acid condition has been studied as well as the related factors influencing it.
研究了在酸性条件下，以酶为催化剂，羊毛双氧水低温漂白工艺及相关因素的影响。
The experimental results show that the low bath ratio fast bleaching and dyeing technology bears the characteristics of time saving, energy saving, dye saving and cost decrease.
实验结果表明：低浴比快速漂染工艺具有省时、节能、节约染化料和降低成本的特点。
"Hot" chlorine dioxide bleaching has made the bleaching with few stages possible, with full brightness and low brightness reversion.
“热”二氧化氯漂白使得短程漂白成为可能，并降低了白度的返黄。
This article investigates the bleaching of wool with hydrogen peroxide during which enzyme is used as catalyst under acidic conditions and at low temperatures, discusses the influence factors on it.
研究了在酸性条件下以酶为催化剂的羊毛双氧水低温漂白工艺及相关因素。
As high temperature and high alkaline bleaching process, heat, alkali and low cellulase activity of xylanase is the first choice of xylanases for biobleaching .
考虑到现有漂白处理工艺的高温高碱条件，耐热、耐碱和低纤维素酶活的木聚糖酶成为生物漂白用木聚糖酶的首选。
As high temperature and high alkaline bleaching process, heat, alkali and low cellulase activity of xylanase is the first choice of xylanases for biobleaching .
考虑到现有漂白处理工艺的高温高碱条件，耐热、耐碱和低纤维素酶活的木聚糖酶成为生物漂白用木聚糖酶的首选。
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