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图 1 涡流空化核心部件立体剖视结构图
Figure 1. Three-dimensional sectional structure of vortex cavitation core components
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图 2 涡流空化部件俯视图
Figure 2. Top view of vortex cavitation component
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图 3 涡流空化装置零件三维结构
Figure 3. Three-dimensional structure of the swirling vortex cavitator
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图 4 流体区域的网格模型
Figure 4. Mesh model of fluid region
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图 5 涡流装置流体流线分布图
Figure 5. Flow line distribution of the swirling vortex cavitator
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图 6 涡流装置流体压力云图
Figure 6. Fluid pressure cloud of swirling vortex cavitator
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图 7 不同溶液初始pH值下的土霉素降解率
Figure 7. Degradation of oxytetracycline at different initial pH
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图 8 不同土霉素初始浓度下的降解率
Figure 8. Degradation of oxytetracycline at different initial oxytetracycline concentrations
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图 9 不同温度条件下对土霉素的降解率
Figure 9. Degradation of oxytetracycline at different temperature ranges
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图 10 在不同亚甲基蓝质量浓度下旋流式涡流空化器产生的羟基自由基浓度
Figure 10. Concentration of hydroxyl radicals generated by the vortex cavitator at different methylene blue concentrations
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