1) wheat pulp
麦草浆粕
1.
Firstly, cellulose viscose was prepared by alkalifying and esterifying wheat pulp, then the carrier was obtained after being foamed and regenerated.
本课题以麦草浆粕为原料,研究开发出一种可完全降解、亲生物性优良、孔隙率高、比表面积大、孔径合适、成本低廉的水处理用多孔生物膜载体。
2) straw pulp
草浆粕
3) wheat-straw pulp
麦草浆
1.
The conditions of Pulpzyme HC xylanase aid-bleaching on NaOH-AQ wheat-straw pulp were optimized in this paper,and the effect of An-76 fungal and Pulpzyme HC xylanase aid-bleaching was compared.
本文对PulpzymeHC木聚糖酶助漂NaOH-AQ麦草浆的条件进行了优化,并进一步与An-76真菌木聚糖酶助漂NaOH-AQ麦草浆的作用效果进行了对比。
2.
Based on the laboratory results of chlorine dioxide bleaching of NaOH-AQ wheat-straw pulp , the commercial trial was carried out.
在实验室研究的基础上,对ClO2漂白NaOHAQ麦草浆进行了工业生产试验。
3.
The conditions of Pulpzyme HC xylanase aid-bleaching on NaOH-AQ wheat-straw pulp were optimized in this paper, and the effect of An-76 fungal and Pulpzyme HC xylanase aid-bleaching was compared.
本文对PulpzymeHC木聚糖酶助漂NaOH-AQ麦草浆的条件进行了优化,并进一步与An-76真菌木聚糖酶助漂NaOH-AQ麦草浆的作用效果进行了对比。
4) wheat straw pulp
麦草浆
1.
Effect of the mechanical treatment with a high-shear kneader on physical properties of bleached wheat straw pulp;
高剪切纤维离解机对麦草浆物理性能影响的研究
2.
A study on the morphological structure change of wheat straw pulp treated with xylanase;
木聚糖酶处理麦草浆纤维形态变化的研究
3.
The impact of xylanase treatment on the fibre length and coarseness of wheat straw pulp;
木聚糖酶处理对麦草浆纤维长度和粗度的影响
5) complete wheat straw pulp
全麦草浆
1.
The improvement on operational technology in complete wheat straw pulp alkali recovery;
全麦草浆碱回收运行技术改进
6) straw pulp
麦草浆
1.
Because of complex component, high load of pollutant and large sewage capacity, the washing and bleaching effluent of straw pulp has become the focus in pollution controlling.
麦草浆造纸中段废水成分复杂,污染物负荷高,在造纸废水中占有较大的比重,是污染治理的重点。
2.
The effects of xylanase AU-PE89 treatment combined with chelating and alkaline extraction on HD bleaching of NaOH-AQ wheat straw pulp, was investigated.
探讨了木聚糖酶结合不同处理方法对NaOH-AQ麦草浆HD漂白的影响。
3.
31 mN·m2·g-1 for wheat straw pulp.
g-1;麦草浆的白度、耐折度以及撕裂指数分别提高2。
补充资料：合成浆粕
分子式：
CAS号：
性质：指成纤性聚合物经化学或机械处理而得的纤维状聚集体。性能与聚合物种类和生产工艺有关，对位芳酰胺浆粕具有优良的高温尺寸稳定性、强度和耐磨性，间位芳酰胺浆粕具有良好的电绝缘和热老化性等。制法有：(1)离心纺丝；(2)纺丝溶液在凝固液中的高速搅拌沉析法；(3)重力诱导剪切法，即某些聚合物液晶溶液流过一定倾度支撑板形成凝胶后，施加剪切力而得微纤化浆粕；(4)高速凝固液流的液晶高分子溶液干喷-湿纺；(5)对位芳酰胺短切纤维经湿态针梳、压延等处理而得原纤化浆粕。用于合成纸、树脂和橡胶增强剂、摩擦材料和密封填料、集成电路板、火车闸瓦、电绝缘纸和蜂窝结构材料等。
CAS号：
性质：指成纤性聚合物经化学或机械处理而得的纤维状聚集体。性能与聚合物种类和生产工艺有关，对位芳酰胺浆粕具有优良的高温尺寸稳定性、强度和耐磨性，间位芳酰胺浆粕具有良好的电绝缘和热老化性等。制法有：(1)离心纺丝；(2)纺丝溶液在凝固液中的高速搅拌沉析法；(3)重力诱导剪切法，即某些聚合物液晶溶液流过一定倾度支撑板形成凝胶后，施加剪切力而得微纤化浆粕；(4)高速凝固液流的液晶高分子溶液干喷-湿纺；(5)对位芳酰胺短切纤维经湿态针梳、压延等处理而得原纤化浆粕。用于合成纸、树脂和橡胶增强剂、摩擦材料和密封填料、集成电路板、火车闸瓦、电绝缘纸和蜂窝结构材料等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条