floc settling
絮凝沉降
floc formation
絮凝形成
floc size
絮凝尺寸
flocculating agent
絮凝剂
floc structure
絮凝结构
flocs aggregate
絮凝团聚
floc break
絮凝破裂
flocculated water
絮凝水
flocculation process
絮凝过程
observe flocs
观察絮凝
the wastewater treatment process relies on the formation of flocs to remove suspended solids.
废水处理过程依赖于絮体的形成以去除悬浮物。
microscopic examination revealed large, dense flocs in the water sample.
显微镜检查显示水样中存在大而致密的絮体。
adding a coagulant encourages the growth of flocs, improving water clarity.
添加絮凝剂会促进絮体的生长，提高水的清晰度。
we observed the slow settling of flocs after the chemical addition.
我们观察到化学添加后絮体缓慢沉降。
the size and strength of the flocs are crucial for efficient separation.
絮体的大小和强度对于高效分离至关重要。
flocculation is a key step in clarifying industrial wastewater.
絮凝是澄清工业废水的一个关键步骤。
the rapid formation of flocs indicated a successful coagulation process.
絮体的快速形成表明凝结过程成功了。
we analyzed the composition of the flocs to identify the contributing particles.
我们分析了絮体的组成以识别贡献的颗粒。
strong flocs are necessary for effective solids removal in the settling tank.
在沉淀池中有效去除固体需要强韧的絮体。
the experiment aimed to optimize floc size and settling velocity.
该实验旨在优化絮体尺寸和沉降速度。
careful control of ph is essential for optimal floc formation.
仔细控制ph对于最佳絮体形成至关重要。
floc settling
絮凝沉降
floc formation
絮凝形成
floc size
絮凝尺寸
flocculating agent
絮凝剂
floc structure
絮凝结构
flocs aggregate
絮凝团聚
floc break
絮凝破裂
flocculated water
絮凝水
flocculation process
絮凝过程
observe flocs
观察絮凝
the wastewater treatment process relies on the formation of flocs to remove suspended solids.
废水处理过程依赖于絮体的形成以去除悬浮物。
microscopic examination revealed large, dense flocs in the water sample.
显微镜检查显示水样中存在大而致密的絮体。
adding a coagulant encourages the growth of flocs, improving water clarity.
添加絮凝剂会促进絮体的生长，提高水的清晰度。
we observed the slow settling of flocs after the chemical addition.
我们观察到化学添加后絮体缓慢沉降。
the size and strength of the flocs are crucial for efficient separation.
絮体的大小和强度对于高效分离至关重要。
flocculation is a key step in clarifying industrial wastewater.
絮凝是澄清工业废水的一个关键步骤。
the rapid formation of flocs indicated a successful coagulation process.
絮体的快速形成表明凝结过程成功了。
we analyzed the composition of the flocs to identify the contributing particles.
我们分析了絮体的组成以识别贡献的颗粒。
strong flocs are necessary for effective solids removal in the settling tank.
在沉淀池中有效去除固体需要强韧的絮体。
the experiment aimed to optimize floc size and settling velocity.
该实验旨在优化絮体尺寸和沉降速度。
careful control of ph is essential for optimal floc formation.
仔细控制ph对于最佳絮体形成至关重要。
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