1) pulp density
纸浆密度
2) pulp consistency
纸浆浓度
1.
The application of frequency in- verter dynamoelectric valve in pulp consistency control;
变频电动阀门在纸浆浓度控制中的应用
2.
To cope with the problems of uncertainty and delay for pulp consistency control,Immunity Control combined with double predictive and Smith predictor controller is proposed.
针对纸浆浓度控制系统具有大纯滞后和模型不确定的特性,提出将免疫控制原理应用于双闭环控制系统中,对带有Sm ith预估器的系统进行在线调节。
3.
A new determination and control system of pulp consistency and flow has been applied in Lianhuashan Paper Mill.
莲花山造纸厂采用一套新的纸浆浓度和流量测控系统，本文介绍应用该系统的结果。
3) pulp concentration
纸浆浓度
1.
An example of improvement on pulp concentration control under the changing flow;
流量多变情况下纸浆浓度控制改进实例
2.
Adaptive control of pulp concentration by neuron method with Smith predictor;
纸浆浓度的Smith预估器神经元自适应控制
4) pulp viscosity
纸浆粘度
1.
1% and pulp viscosity is 948.
1% ,氧脱木素后纸浆粘度 94 8。
2.
5MPa,NaOH charge to 2%～4%,cooking at 80～90℃ for 40～60 min as the conditions of the second oxygen delignification stage,the pulp delignification rate was increased without pulp viscosity decreasing greatly.
可以在纸浆粘度不致于降低很大的前提下 ,纸浆的木素总脱出率较高。
3.
5 MPa, 2%～4% NaOH charge, and cooking at 80～90 ℃ for 40～60 min as the conditions of the second oxygen delignification stage, the pulp delignification rate is greater without much decrease in pulp viscosity.
5MPa、温度 80～ 90℃、时间 4 0～ 6 0min、碱用量 (质量分数 ) 2 %～ 4 %的条件 ,可以在纸浆粘度不致降低很大的前提下 ,得到较高的木素总脱除率 。
5) pulp strength
纸浆强度
1.
65%, and good pulp strengthes.
６５％，并可得到较好的纸浆强度。
2.
65%,and a good pulp strengthes.
65％，以及可得到较好的纸浆强度。
补充资料：非密度制约因素(见密度制约因素)
非密度制约因素(见密度制约因素)
l焦非密度制约因素见生态因素、密度制约后
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