1) bleaching tower
纸浆漂白塔
1.
In this article, different resin mortar were tested including its processabilit and anticorrosion properties when exposed to ClO2 in bleaching tower, and the 854 resin is the right chince, as well on the 854 resin based formulation, we have a thorough engineering designation and engineering tips in tiled bleaching tower.
对含有二氧化氯介质的纸浆漂白塔砖板衬里的耐腐蚀树脂胶泥品种进行了筛选,以FUCHEM-854乙烯基酯树脂胶泥为基准,在满足工艺的条件下,进行砖板衬里的设计和施工。
2.
The corrosion resistant properties in ClO_2 environment of different resin mortars are tested in order to select a suitable one for tiled lining of a bleaching tower.
对含有ClO2 介质的纸浆漂白塔砖板衬里的耐腐蚀树脂胶泥品种进行了筛选 ,以FUCHEM 854乙烯基酯树脂胶泥为基准 ,在满足工艺的条件下 ,进行砖板衬里的设计和施工。
3.
In this article, different resin mortar especially are tested including its processabilit and anti-corrosion properties when exposed to ClO2 in bleaching tower, and the 854 resin is the right chince, as well on the 854 resin based formulation, we have a thorough engineering designation and engineering tips in tiled bleaching tower.
对含有二氧化氯介质的纸浆漂白塔砖板衬里的耐腐蚀树脂胶泥品种进行了筛选,以FUCHEM-854乙烯基酯树脂胶泥为基准,在满足工艺的条件下,进行砖板衬里的设计和施工。
2) pulp bleaching
纸浆漂白
1.
The application perspective of biomimetic catalysis appling to pulp bleaching was also prospected.
就仿酶催化降解木素的研究现状及发展趋势作出综述,重点介绍了金属卟啉配合物以及非卟啉金属配合物作为仿酶催化剂催化降解纸浆中残余木素的效果和机理,并对仿酶催化技术于纸浆漂白工段的应用前景进行了展望。
3) pulp biobleaching
纸浆漂白
1.
The present situation of research on selective synthesis of xylanases for pulp biobleaching was reviewed in detail.
对纸浆漂白用木聚糖酶选择性合成的研究现状进行了较全面的总结和评述。
2.
The present situation of research on utilization of xylanases in pulp biobleaching was reviewed in detail.
对木聚糖酶在纸浆漂白中应用的研究现状进行了较全面的总结和评述。
5) paper pulp bleaching agent
纸浆漂白剂
6) bleacher
[英]['bli:tʃə] [美]['blitʃɚ]
纸浆漂白机
补充资料：硝酸漂白塔
分子式：
CAS号：
性质：直接合成浓硝酸生产工艺中释出硝酸中溶解的氮氧化物的设备。外型为圆柱状，内部结构有筛板型或填料型。从吸收塔排出的稀硝酸导入漂白塔顶部，空气从底部加入，逆流接触，使溶解于硝酸中的氮氧化物解吸，浓硝酸漂白塔为高纯度铝材(99.8％)制成。酸从顶部加入，塔下部以蒸汽间接加热，蒸出溶解于浓硝酸的氮氧化物，成品酸从塔底排出。
CAS号：
性质：直接合成浓硝酸生产工艺中释出硝酸中溶解的氮氧化物的设备。外型为圆柱状，内部结构有筛板型或填料型。从吸收塔排出的稀硝酸导入漂白塔顶部，空气从底部加入，逆流接触，使溶解于硝酸中的氮氧化物解吸，浓硝酸漂白塔为高纯度铝材(99.8％)制成。酸从顶部加入，塔下部以蒸汽间接加热，蒸出溶解于浓硝酸的氮氧化物，成品酸从塔底排出。
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