制浆

In the thesis, the mechanism of pulping and bleaching of APMP of Bambusa Chungii was researched. And then we studied the properties and mechanism of light-induced yellowing of bleached APMP bamboo pulp.

本论文对粉单竹APMP法制浆和补充漂白过程中的制浆机理和漂白机理进行了比较系统的研究，并初步探讨了漂白APMP竹浆的返黄性能和机理。

Screening of complex-enzyme-producing strains on Broussonetia papyrifera white bast fiber ;2. According to the classification of pectinase and its action mechanism,the process conditions and effect of pectinase on bio-pulping of bast fiber material are introduce.

综述了果胶酶在制浆造纸上应用的研究进展，从果胶酶系的分类和脱胶机理的角度出发，介绍了果胶酶及其相关微生物在韧皮纤维原料酶法和发酵浸渍法制浆中的作用条件和作用效果，着重介绍了果胶酶在湿部化学上降低阳离子需求量的作用，同时讨论了外界因子对其提高细小纤维和填料留着率效果的影响，并指出果胶酶对纸浆物理性能的影响。

Funalia gallica, Lenzites tricolor, Polyporellus brumalis, Pseudotrametes gibbosa, Pycnoporus sanguineus, tested their degrading ability to david poplar wood lignin, measured the lignin content change of david poplar wood after a period of time degraded by 6 wood rot fungi, which is the first study on the biodegradation mechanism of lignin by wood white rot fungi.

本项研究选择了火木层孔菌及另外5种木材分解能力较强的阔叶树上的白腐菌：粗毛盖菌、三色革裥菌、冬拟多孔菌、偏肿拟栓菌和血红密孔菌，研究了它们对山杨木材木质素的分解能力，测定了经6种白腐菌分解一定时期的山杨木材木质素的含量，作为木材白腐菌对山杨木材木质素生物降解机制的初步研究，旨在为山杨木材生物制浆造纸提供应用基础理论研究，同时也可为木质素合理的生物转化为有用的化学品、生物漂白、酶处理防止机械浆的返黄、废水治理、纤维素酶解糖化的微生物前处理等提供相关的借鉴研究，以期在生产实践中减轻环境污染并充分利用木质素资源。

Thus it is possible to substitute NaOH semi-chemical pulp with SCMP for Quercus.

因此以柞木为原料用SCMP制浆方法取代苛性钠法半化学浆是可行的。

Carboxymethyl cellulose was used for pulping agent and water was used for dissolvent in this process. The organic pulp on the surface of the ZnO nanotapers film was decomposed fully, and the ZnO nanotapers were neither curving nor conglobating at high temperature. Moreover, this method had the advantages of low fabrication cost and simple process.

该工艺以羧甲基纤维素为制浆剂，以水为溶剂，所制备的ZnO纳米锥薄膜表面上的有机浆料已基本分解，ZnO纳米锥在高温下既不会弯曲也不会团聚，且成本低，工艺简单。

XST drum screen is used for coarse screen to pulped wasted paper after the production process hydrapulper of pulp-making with wasted paper. It removes larger impurity in order to lighten the burden of subsequent screen equipment.

XST 圆筒筛用于废纸制浆生产流程水力碎浆机之后，对碎解的废纸进行粗选，除去较大杂物，以减轻后续筛选设备的负担。

Biological pulping is another form of pulping that is currently being researched.

生物法制浆是另一种形式的制浆目前正在研究。

Experimental results showed that pollutant charge of effluent of biomechanical pulp was only one third to one half of that of other kinds of high yield pulps or CTMP.

研究表明，生物机械制浆废水的污染负荷只有其它高得率浆废水污染负荷的1／3～1／2。

Products reach the domestic advanced level, including papermaking sewage treatment Recovery complete sets of equipment in non-wood fiber pulp and technical applications, reached the international advanced level, there are 18 kinds of new products through provincial-level appraisal, to fill gaps in a number of domestic, 13 New products have national, provincial and ministerial level scientific and technological progress awards, six kinds of specifications of the drum vacuum pulp washer was rated as national-level new products, access to three national patents; variety of products the country "9th Five-Year" science and technology research Key projects, as state-level key new products and the National Science and Technology Progress Award.

产品技术达到国内先进水平，其中造纸污水处理碱回收成套设备在非木纤维制浆技术上应用，达到国际先进水平，有18种新产品通过省级鉴定，填补多项国内空白，13种新产品获得国家级、省级、部级科技进步奖，6种规格的鼓式真空洗浆机被评为国家级新产品，获得3项国家专利；多种产品是国家&九五&科技攻关重点项目，被评为国家级重点新产品和国家科技进步奖。

KP cooking process of zhonglin aspens with spark ; KP+hua cooking process ; Mechanisms of cooking process ; Pulping potentiality ; Bleached chemical pulp ; Cultural paper

全秆带皮材KP法； KP+hua法；蒸煮历程；制浆造纸性能；漂白化学浆；文化用纸

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。