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Correction to: The Effect of Geological Heterogeneity and Groundwater Table Depth on the Hydraulic Performance of Stormwater Infiltration Facilities

机译：纠正：地质异质性和地下水台深度对雨水渗透设施水力性能的影响

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Andrea D’Aniello; Luigi Cimorelli; Luca Cozzolino; Domenico Pianese;
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1. Correction to: The Effect of Geological Heterogeneity and Groundwater Table Depth on the Hydraulic Performance of Stormwater Infiltration Facilities [J] . DAniello Andrea, Cimorelli Luigi, Cozzolino Luca, Water Resources Management . 2019,第13期

机译：校正：地质异质性和地下水位深度对雨水渗透设施水力性能的影响
2. The Effect of Geological Heterogeneity and Groundwater Table Depth on the Hydraulic Performance of Stormwater Infiltration Facilities [J] . DAniello Andrea, Cimorelli Luigi, Cozzolino Luca, Water Resources Management . 2019,第3期

机译：地质异质性和地下水位深度对雨水渗透设施水力性能的影响
3. Correction to: The Influence of Soil Stochastic Heterogeneity and Facility Dimensions on Stormwater Infiltration Facilities Performance [J] . DAniello Andrea, Cimorelli Luigi, Cozzolino Luca Water Resources Management . 2019,第13期

机译：校正至：土壤随机异质性和设施尺寸对雨水渗透设施性能的影响
4. SIMPLIFIED SOLUTION FOR GROUNDWATER MOUNDING UNDER ROUND STORMWATER INFILTRATION FACILITIES [C] . Kaveh Zomorodi World environmental and water resources congress . 2009

机译：圆形浸水设施下地下水水位的简化解决方案
5. Building and Ecosystem for Infiltration: An Approach for Long Term Performance in Stormwater Infiltration Facility Design [D] . ?Anderson, James Paul 2020

机译：渗透的建筑和生态系统：雨水渗透设施设计中长期性能的方法
6. Hydrologic regulation of plant rooting depth: Pay attention to the widespread scenario with intense seasonal groundwater table fluctuation [O] . Benye Xi, Nan Di, Jinqiang Liu, 2018

机译：植物生根深度的水文调节：注意季节性地下水位剧烈波动的普遍情况
7. Table 6.3.b.1 Depth of infiltration Table 6.3.b.2 Size of the primary tumor Table 6.3.b.3 Size of the cystic lesion Figure 6.3.b.4 Distribution of size of the cystic lesion Table 6.3.b.5 Macroscopic appearance of the primary tumor Table 6.3.b.6 Bile duct infiltration Table 6.3.b.7 Duodenal infiltration Table 6.3.b.8 Serosal infiltration Table 6.3.b.9 Retroperitoneal infiltration Table 6.3.b.10 Portal venous system infiltration Table 6.3.b.11 Arterial infiltration Table 6.3.b.12 Plexus infiltration Table 6.3.b.13 Infiltration to the other organs Table 6.3.b.14 JPS T factor Table 6.3.b.15 UICC T factor Figure 6.3.b.16 Survival of the patients with intraductal tumors by JPS T factors Figure 6.3.b.17 Survival of the patients with intraductal tumors by UICC T factors [O] . 2007

机译：表6.3.b.1渗透深度表6.3.b.2初级肿瘤的尺寸表6.3.b.3囊性病变的尺寸图6.3.b.4尺寸的分布囊性病变表6.3.b.5原发性肿瘤的宏观外观表6.3.b.6胆管浸润表6.3.b.7十二指肠浸润表6.3.b.8血清渗透表6.3 .b.9逆床渗透表6.3.b.10门静脉系统浸润表6.3.b.11动脉浸润表6.3.b.12丛浸润表6.3.b.13渗透到其他器官表6.3.B.14 JPS T因子表6.3.B.15 UICC T因子图6.3.B.16通过JPS T因素存活内部肿瘤的患者图6.3.B.17 UICC T因素的患者的内含肿瘤患者的存活率

Correction to: The Effect of Geological Heterogeneity and Groundwater Table Depth on the Hydraulic Performance of Stormwater Infiltration Facilities

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