流浆箱浆料流动分析和模拟研究。
其中，微湍流发生器设计是关键，其直接决定了水力式流浆箱的工作性能。
Thereinto, the design of micro-turbulence generator is crucial to the performance of the hydrodynamic headbox.
利用这个模型及模拟系统能对各种流浆箱自动调节系统进行动态模拟和质量评估。
Combining the headbox model with the GEMS simulation system allows dynamic simulation and evaluation of headbox control systems.
本文针对流浆箱数学模型较为复杂且变量之间存在耦合的特点，提出了流浆箱模糊控制方案。
Since the math model of alternative head box is very complicated and the variable coupling is existed, a fuzzy control system for a steady efflux ratio is proposed in this paper.
混合室在流浆箱中起着均匀浆流、稳定压力的重要作用，而混合室的长度是混合室设计中的重要参数。
The mixing chamber of headbox plays an important role in homogenizing pulp flow and stabilizing pressure fluctuation of pulp. The length of mixing chamber is an important parameter.
为了挖掘现有旧设备的生产能力，提高设备的生产效率，对国产挂面箱纸板纸机流浆箱进行了改造，并对其主要部分重新进行了结构设计与计算。
This paper introduces the rebuilding experience of the domestic kraft liner paper machine; the re-design and calculation of the main parts of the headbox are introduced in detail.
为了挖掘现有旧设备的生产能力，提高设备的生产效率，对国产挂面箱纸板纸机流浆箱进行了改造，并对其主要部分重新进行了结构设计与计算。
This paper introduces the rebuilding experience of the domestic kraft liner paper machine; the re-design and calculation of the main parts of the headbox are introduced in detail.
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