Advances in Materials Science and Engineering

Research Article

Study on Surface Heat Budget of Various Pavements for Urban Heat Island Mitigation

Table 1

Outline of observation site.
PavementCharacteristicCodePhoto
NormalAs-N523051.fig.00table1
AsphaltPorous (porosity: 13.6%)As-P523051.fig.00table2
With water-retaining material (porosity: 13.6%, cement water-retention agent A)As-W523051.fig.00table3
With water-retaining material (porosity: 13.6%, cement water-retention agent B)As-W′523051.fig.00table4
NormalCon-N523051.fig.00table5
CementPorous (porosity: 20.0%)Con-P523051.fig.00table6
With water-retaining material (porosity: 20.0%, liquid water-retention agent A)Con-W523051.fig.00table7
With water-retaining material (porosity: 20.0%, liquid water-retention agent B)Con-W′523051.fig.00table8
Interlocking blockPorousIlb-P523051.fig.00table9
With water-retaining material (liquid water-retention agent)Ilb-W523051.fig.00table10
Bare soilGranite soilBare soil523051.fig.00table11
GrassGrass523051.fig.00table12