Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器絮团粒度的空间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

反应池独特的设计的结果，即能够形成较大块的、密实的、均匀的，这以比现今其它正在使用的沉淀系统快得多的速度进入预沉区。

Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器絮团粒度的空间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

应池独特的设计的结果，即能够形成较大块的、密实的、均匀的矾花，这些矾花以比现今其它正在使用的沉淀系统的速度进入预沉区。

Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器絮团粒度的空间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

反应池独特的设计的，能够形成较大块的、密实的、均匀的矾花，这些矾花以比现今其它正在使用的沉淀系统快得多的速度进入预沉区。

Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器絮团粒度的空间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

反应池独特的设计的结果，即能够形成较大块的、密实的、均匀的矾花，这些矾花以比现今其它正在使用的沉淀系统快得多的速度进入预沉区。

Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器絮团粒度空间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

反应池独特设计结果，即能够形成较大块、密实、均匀矾花，这些矾花以比现今其它正在沉淀系统快得多速度进入预沉区。

Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器絮团粒度的空间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

反应池独特的设计的结果，即能够形成较大块的、密实的、均匀的矾花，这些矾花以比现今其它正在使用的统快得多的速度进入预区。

Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器絮团粒度的空间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

反应池独特的设计的结果，即能够形成较大块的、密实的、均匀的矾花，这些矾花比现今其它正在使用的沉淀系统快得多的速度进入预沉区。

Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器絮团粒度空间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

反应池独特设计结果，即能够形成较大块、密实、矾花，这些矾花以比现今其它正在使用淀系统快得多速度进入预区。

Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动絮凝器絮团粒间分布。

The consequence of the reactor original design, is to form large, dense, and homogeneous floc, which can enter the presettling zone at higher velocities than those currently used with other systems.

反应池独特设计结果，即能够形成较大块、密实、均匀矾花，这些矾花以比现今其它正在使用沉淀系统快得多速进入预沉区。