Abstract— Tests on 4 cements showed no significant difference in the retentive property of zinc phosphate and polycarboxylate cements but significant differences existed between these and two zinc oxide eugenol (modified) materials. Polycarboxylate cement was the only material which fractured partially or wholly within the cement film and the zinc oxide eugenol modifications mostly adhered to the inlay. 1975 Australian Dental Associatio
The continuous leaching of eugenol from zinc oxide-eugenol cements causes the weak zinc eugenolate c...
Introduction: Zinc phosphate and poly carboxilate cement have wide usage in operative,pedodontics de...
Film thickness, strength, solubility and microleakage of dental cements are essential factors in cem...
An experimental reinforced zinc oxide-eugenol cement of compressive strength 8,000 to 9,200 psi (562...
An experimental reinforced zinc oxide-eugenol cement of compressive strength 8,000 to 9,200 psi (562...
Seven zinc oxide-eugenol cements with compressive strengths from 200 psi to 8,000 psi were used for ...
Aim of the study Zinc-based dental cements have played a significant role in restorative dentistry f...
There are a wide variety of cementation materials available for use in clinical dentistry. Four comm...
Five zinc oxide-eugenol cements of varying compressive strengths, similar in other qualities, were u...
Zinc oxide-eugenol cement is well tolerated by the tissues. ' It acts as a palliative on the de...
Seven zinc oxide-eugenol cements with compressive strengths from 200 psi to 8,000 psi were used for ...
An experimental reinforced zinc oxide-eugenol cement of compressive strength 8,000 to 9,200 psi (562...
Three cements were used to cement single restorations and bridges. Patients were recalled and evalua...
The test for compressive strength has been studied using zinc oxide eugenol cements. The distributio...
Uptake of eugenol from eugenol-containing temporary materials may reduce the adhesion of subsequent ...
The continuous leaching of eugenol from zinc oxide-eugenol cements causes the weak zinc eugenolate c...
Introduction: Zinc phosphate and poly carboxilate cement have wide usage in operative,pedodontics de...
Film thickness, strength, solubility and microleakage of dental cements are essential factors in cem...
An experimental reinforced zinc oxide-eugenol cement of compressive strength 8,000 to 9,200 psi (562...
An experimental reinforced zinc oxide-eugenol cement of compressive strength 8,000 to 9,200 psi (562...
Seven zinc oxide-eugenol cements with compressive strengths from 200 psi to 8,000 psi were used for ...
Aim of the study Zinc-based dental cements have played a significant role in restorative dentistry f...
There are a wide variety of cementation materials available for use in clinical dentistry. Four comm...
Five zinc oxide-eugenol cements of varying compressive strengths, similar in other qualities, were u...
Zinc oxide-eugenol cement is well tolerated by the tissues. ' It acts as a palliative on the de...
Seven zinc oxide-eugenol cements with compressive strengths from 200 psi to 8,000 psi were used for ...
An experimental reinforced zinc oxide-eugenol cement of compressive strength 8,000 to 9,200 psi (562...
Three cements were used to cement single restorations and bridges. Patients were recalled and evalua...
The test for compressive strength has been studied using zinc oxide eugenol cements. The distributio...
Uptake of eugenol from eugenol-containing temporary materials may reduce the adhesion of subsequent ...
The continuous leaching of eugenol from zinc oxide-eugenol cements causes the weak zinc eugenolate c...
Introduction: Zinc phosphate and poly carboxilate cement have wide usage in operative,pedodontics de...
Film thickness, strength, solubility and microleakage of dental cements are essential factors in cem...