1) bleaching wheat straw chemical pulp
漂白麦草化学浆
1.
Colour reversion inhibition effect of xylanase treatment on bleaching wheat straw chemical pulp;
木聚糖酶处理抑制漂白麦草化学浆返黄的研究
2) bleached wheat straw pulp
漂白麦草浆
1.
Synthesis of high molecular weight cationic polyacrylamides and its applications on bleached wheat straw pulp;
高分子质量阳离子聚丙烯酰胺的合成及其对漂白麦草浆的助留助滤性能
2.
These products were applied in bleached wheat straw pulp as retention and drainage aids.
对所得产物进行红外光谱和粒径分析,并将所得阳离子聚丙烯酰胺(CPAM)用于漂白麦草浆试验,结果表明,自制的CPAM能显著提高浆料中填料的留着率并改善浆料的滤水性能。
3.
The copolymer could remarkably improve retention and drainage of bleached wheat straw pulp when it was used as retention and dr.
将所得CPAM用于漂白麦草浆,实验结果表明,自制的CPAM能显著提高浆料中填料的留着率并改善浆料的滤水性能。
3) bleached wheat pulp
漂白麦草浆
1.
25mm in length is very large in the bleached wheat pulp after refining,it causes poor drainage of the pulp.
打浆后的漂白麦草浆中细小纤维 (≤ 0 。
2.
Cellulase can apparently improve the drainage of bleached wheat pulp, the mechanism of this action is different from that of conventional chemical agent.
纤维素酶能够明显改善漂白麦草浆滤水性能,其作用机理和一般化学助剂不同,酶处理后的浆料有较好的抄造性能、纸张有较好的匀度。
4) BWSP
漂白麦草浆
1.
The carboxyl group content and Zeta potential of bleached wheat straw pulp (BWSP) were studied,carboxyl group content was 9.
对漂白麦草浆的羧基含量和Zeta电位进行了研究 ,结果表明 :在 pH值 7。
2.
The physical and chemical components of bleached wheat straw pulp (BWSP)and its fractions,also the sizing responses of different fractions were investigated.
研究了漂白麦草浆（ＢＷＳＰ） 及各筛分组分的物理和化学组成， 并就各筛分组分ＡＫＤ施胶特性进行了比较。
3.
Tlie carboxyl group content and Zeta potential of bleached wheat straw pulp (BWSP) were studied.
对漂白麦草浆的羧基含量和Zeta电位进行了研究,结果表明:在pH值7。
5) Bleached chemical pulp
漂白化学浆
1.
Research of Pulping Potentialities of One-Year-Old Zhonglin Aspens with sparkPart I Research of Making Bleached chemical pulp by Using KP&KP+hua cooking process;
一年生中林系号杨树全秆带皮材制浆造纸性能的研究——第一部分:KP法和KP+hua法蒸煮制漂白化学浆的研究
6) chemical pulp bleaching
化学浆漂白
补充资料：化学浆
分子式：
CAS号：
性质：以各种植物纤维为原料用化学处理法所制取的纸浆。植物纤维原料中木素的80％～90％被脱除，半纤维素的60％～80％被溶出，纸浆得率一般在40％～50％。易漂，纸浆强度高。常用的方法有烧碱法、硫酸盐法、亚硫酸盐法等。可用于生产几乎所有品种的纸及纸板。
CAS号：
性质：以各种植物纤维为原料用化学处理法所制取的纸浆。植物纤维原料中木素的80％～90％被脱除，半纤维素的60％～80％被溶出，纸浆得率一般在40％～50％。易漂，纸浆强度高。常用的方法有烧碱法、硫酸盐法、亚硫酸盐法等。可用于生产几乎所有品种的纸及纸板。
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