《Table 2–The performance of various coagulants and their combinations (optimal dose and correspondin

《Table 2–The performance of various coagulants and their combinations (optimal dose and correspondin   提示：宽带有限、当前游客访问压缩模式
本系列图表出处文件名：随高清版一同展现
《Application of a green coagulant with PACl in efficient purification of turbid water and its mechanism study》


  1. 获取 高清版本忘记账户？点击这里登录
  1. 下载图表忘记账户？点击这里登录
aThe starch-based coagulant was dosed before PACl at an interval of 2 min；bPACl was dosed before the starch-based coagulant at an interval of 2 min.

The two starch-based coagulants with PACl were employed for coagulation of the raw surface water from the Jiuxiang River.The main characteristics of the raw surface water are listed in Table 1.The initial turbidity and chemical oxygen demand（COD）of this surface water are approximately 15.0–25.0 NTU and 3.0–5.0 mg/L，respectively.The coagulation performances of PACl，St-G，St-E and their combinations with different addition sequences are all presented in Fig.2.Accordingly，the optimal doses and corresponding residual turbidities by various coagulation methods have been summarized in Table 2.

图表编号XD0033530100    严禁用于非法目的
绘制时间2019.07.15
作者Yuxiang Xue、Zhouzhou Liu、Aimin Li、Hu Yang
绘制单位State Key Laboratory of Pollution Control and Resource Reuse, School of the Environment, Nanjing University、State Key Laboratory of Pollution Control and Resource Reuse, School of the Environment, Nanjing University、State Key Laboratory of Pollution Contr
更多格式高清、无水印（增值服务）

相关图表

  1. 《表2 试验梁混合加固组合方式及分组Table 2 The mixed reinforcement combination and grouping of the test beam》2018.02.25
  2. 《Table 2 Details of the foils and their measured reaction rate and activity》2019.08.01
  3. 《Table 3 Prediction performances of soil depth using the five different combinations and two prediction methods (Random F》2019.02.20
  4. 《Table 1 The performance parameters of ternary PSCs with various mass ratios of donors under 100 mW cm-2AM 1.5 G irradiat》2019.02.01
  5. 《Table 2–The concentration of functional groups on the surface of minerals and their complexes with DBM.》2019.04.15
  6. 《Table 4–The biomass amounts and their nitrification–denitrification performance of saran lock carriers in CO-IIunder the》2019.03.15
  7. 《Table 1Comparison of the ORR performances of various one‐dimensional nanostructured materials.》2019.01.01
  8. 《Table 4Comparison of the OER performances of various one‐dimensional nanostructured materials.》2019.01.01
  9. 《Table 3Comparison of the HER performances of various one‐dimensional nanostructured materials.》2019.01.01
  10. 《Table 2Comparison of the MOR performances of various one‐dimensional nanostructured materials.》2019.01.01
  11. 《Table 2 Land cover types and weightings in the calculation of biological abundance and their relationship with the origi》2017.03.25
  12. 《Table 2 Performance of the proposed ADBI method under various traffic scenes》2018.03.01
  13. 《Table 2 Differences of the mean and maximum values for combinations of starting indices at stations in northern China》2018.04.01
  14. 《表2 育种材料中不同矮秆基因型组合对农艺性状的影响Table 2 Effect of different dwarf genes and their combinations on some agronomic traits》2018.03.28
  15. 《表2 台站对组合及台间距Table 2 The combination of two stations and its distance》2018.04.01
  16. 《Table 2.Composition of VOCs and their proportions in the box-model setup.The numbers in the table represent the ratio be》2018.11.10
  17. 《表2 不同气凝胶的修饰改性方法及对CO2的吸附性能Table 2 Modification methods of aerogels and their CO2capture performances》2018.07.10
  18. 《表2 中低温SOFC中典型阴极的性能对比Table 2 The comparison of various typical cathodes’performance in ILT-SOFC》2018.02.10
  19. 《表5 托巴110 k V变电站边坡30组样本及功能函数值Table 5 Thirty groups of samples and their performance function values of Tuoba 110 k V subs》2018.02.01
  20. 《表2 非均质2层土坡15组样本及功能函数值Table 2 Fifteen groups of samples and their performance function values of two-layer heterogeneous》2018.02.01

随机翻阅

《表1 两组患者一般情况比较》 《表1 不同益心舒制剂的规格及用法用量》 《表1：目前影响力较大的豫剧类APP》 《表2 两组患儿不良反应发生情况比较(n,%)》 《表5 实验结果对比：基于上下文词向量和主题模型的实体消歧方法》 《表1 两种检查方法征象表现对比 (n, n=70)》 《表5 分城市规模估计结果》 《表1 比较两组治疗效果[n (%) ]》 《表3 金银潭地铁车站基准地价与商业服务机构外生观测变量值Tab.3 Benchmark land price of Jinyintan Station and observational variables of commercial se》 《表1 两组患者经不同护理健康教育后的满意度对比[n(%)]》