DEVELOPMENT OF COMPRESSIVE STRENGTH AND MICROSTRUCTURE FOR CEMENT PASTE AND MORTAR CONTAINING Cu-Zn NANO-FERRITES

Compressive strength of Portland cement pastes and mortars containing Cu-Zn nano-ferrite

This study is concerned with the synthesizing of Cu-Zn nano-ferrite particles in the laboratory applying simple techniques. The morphology of the synthesized nano-particles was analyzed using Transmission Electron Microscopy (TEM), and the minerals were identified using X-ray diffraction (XRD). The nano material was used to replace 1- 4 percent by weight of Portland cement in cement pastes and ...

Compressive strength of Portland cement pastes and mortars containing Cu-Zn nano-ferrite

This study is concerned with the synthesizing of Cu-Zn nano-ferrite particles in the laboratory applying simple techniques. The morphology of the synthesized nano-particles was analyzed using Transmission Electron Microscopy (TEM), and the minerals were identified using X-ray diffraction (XRD). The nano material was used to replace 1- 4 percent by weight of Portland cement in cement pastes and ...

compressive strength of portland cement pastes and mortars containing cu-zn nano-ferrite

this study is concerned with the synthesizing of cu-zn nano-ferrite particles in the laboratory applying simple techniques. the morphology of the synthesized nano-particles was analyzed using transmission electron microscopy (tem), and the minerals were identified using x-ray diffraction (xrd). the nano material was used to replace 1- 4 percent by weight of portland cement in cement pastes and ...

Influence of Pore Structure on Compressive Strength of Cement Mortar

This paper describes an experimental investigation into the pore structure of cement mortar using mercury porosimeter. Ordinary Portland cement, manufactured sand, and natural sand were used. The porosity of the manufactured sand mortar is higher than that of natural sand at the same mix proportion; on the contrary, the probable pore size and threshold radius of manufactured sand mortar are fin...

Rate Sensitive Behavior of Cement Paste and Mortar in Compression