A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Electrical Resistivity of Concrete
concrete has capacitive properties, which means it can hold electrical charge. Because direct current (DC) can induce high polarization effects on the electrode-concrete interface as well as inside the specimen at the pore-solution to solid-phase interface, DC-based techniques fall short in eliminating the capacitance properties of concrete from measurements. [...]an appropriate electrical technique should be employed to minimize the capacitive response of concrete and accurately measure the normal resistance.
Electrical Resistivity of Concrete
concrete has capacitive properties, which means it can hold electrical charge. Because direct current (DC) can induce high polarization effects on the electrode-concrete interface as well as inside the specimen at the pore-solution to solid-phase interface, DC-based techniques fall short in eliminating the capacitance properties of concrete from measurements. [...]an appropriate electrical technique should be employed to minimize the capacitive response of concrete and accurately measure the normal resistance.
Electrical Resistivity of Concrete
Hamed Layssi (author) / Pouria Ghods / Aali R Alizadeh / Mustafa Salehi
2015
Article (Journal)
English
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