cement paste

The cement paste covers the surface of the stones and sand particles , binding them together when it hardens .

The heat treatment of ferronickel submerged arc furnace slag has little effect on reducing drying shrinkage of hardened cement paste.

Hardened concrete consists of those three important components-aggregate, interfacial transition zone (ITZ) and cement paste.

In an ideal mixture, concrete consists of about three fourths sand and gravel (aggregate) by volume and one fourth cement paste.

The instantaneous Young's modulus and Poisson (ratio) of the cement paste are calculated by the direct average method and tw.

Effects of an admixture, fly ash and slag on chloride ion binding of cement paste were investigated by experiments.

The results show that SAE significantly improves bending strength of cement paste and cement mortar but reduces their compression strength.

Cement paste with the weak foundation soil combine to form a composite foundation, can improve pile bearing capacity.

The results show that the fluidity of cement paste is affected by both the sulfate content and the dosage of naphthalene superplasticizer.

Test results show that the cement paste is complete and cemented closely with pile concrete and bedrock after treated.

The influence of electrode on accelerating chloride ion permeation through hardened cement paste was studied.

Suitable to various cement paste surface, asbestos pan, gypsum pan for protection decoration primer.

Thermal expansion properties of hardened cement paste were reduced after fly ash and blast furnace slag was added.

The results show that the degree of hydration of fly ash-cement paste is higher . . .

Effect of condensed silica fume on the mechanism of chloride diffusion into hardened cement paste.

The electromechanical effect becomes more obvious as adding NaCl to cement paste.

Fly ash can meliorate IIobviously the transient zone of interface of the cement paste and aggregate.

Rusults show that mobility of cement paste can be improved when steel slag is added to cement.

The results indicate that with the increase dosage of fly-ash, the loss of water and drying shrinkage of cement paste increase.

Steel slag and mixing with blast furnance slag influent on performances of cement paste was discussed.

Electrical conductance of cement paste, mortar and concrete at different ages is tested by ASTM C1202.

The effects of SAE on the strength of cement paste and cement mortar was studied.

Furthermore, the cracking layer adjacent to hardened cement paste may affect the interfacial properties oi concrete, such as bond strength.

cement paste values when the micro silica blending is doubled to 20%.

Study of the Relationship between the Strength of the hydrated Cement Paste with Flyash and its Pore structure

A Study of Pore Specific Surface Area and Its Correlation with the Strength of Silica Fume Cement Paste

Study on the relationship between the saturation point of the water reducer and the fluidity and harden performance of the cement paste

Study of Micropore Size Distribution and Its Effect on the Strength of Silica Fume Cement Paste

Preparation and Quality Control of the Prestress Cement Paste of a Nuclear Safety Shell

Quantitative Characterization of the Nearest Surface Spacing Between Neighboring Binder Grains in Fresh Cement Paste

Research on Pore Volume Fractal Dimension and Its Relation to Pore Structure and Strength in Cement Paste with Perlite Admixture

The relation between the fluidity of cement paste without bleeding and concrete-slump-lost controlling ability

Study of Rejected Fly Ash Blended Cement Paste Modified with Flue Gas Desulphurization Gypsum

Degradation and Stabilization of Vinylidenechloride-Vinylchloride Copolymer in Cement Paste

Effect of the Gangue on the Early Autogenous Shrinkage of Hardened Cement Paste

Electrode influence on accelerating chloride ion permeation through hardened cement paste

Influence of Shrinkage-reducing Agent on Cement Paste Structural Formation with Chemical Admixtures

Investigations on hydration characteristics of cement paste with CKD using a novel electrical method

Study on the Microstructure of Hardened Fly Ash-Cement Paste by Alternating Current Impedance Spectroscopy

The Effects of JUS on the Rheological Property of Cement Paste and its Action Mechanisms

Modeling of Percolation Structure in Cement Paste-Graphite Mortar by DC Electrical Conductivity

Influence of carbonation on the microstructure and permeability of hardened cement paste and mortar

Analysis and Authentication of a Cement Paste Silo's Wall Cracks

Influence of mineral admixture on hydration of ultra-high strength cement paste and on hydrate composition

Properties and Microstructure of Cement Paste Incorporating Heavy Metal Oxides

Research on Formula of Packing Density with Continuous Particle Size Distribution for Cement Paste

The application of sulphoaluminate cement paste in winter construction of high-rise building

Experimental Research on High Performance Cement Paste for Grouting in Prestressed Duct

Influence of ratio of sulfate content and alkali content in cement clinker to rheologic property of cement paste

Application of the Fractal Dimensions in Researching the Pores in Set Cement Paste

Correlativity test of cement paste fluidity and concrete rheologic property

Study on the Relationship between Characteristics of Particle Group of Fly Ash and the Properties of Cement Paste

Experimental research on thermal deformation of hardened cement paste

Rheological property of cement paste adding in various commercial fly ashes in Shanghai Area

A method to evaluate rheological behavior of cement paste with high fluidity and low water-cement ratio

Research on retarding mechanism of calcium lignosulfonate to cement paste

Effects of Surface Treatments on the Dispersion Uniformity of Carbon Fibers in Cement Paste

Standard Practice for Use of Apparatus for the Determination of Length Change of Hardened Cement Paste, Mortar, and Concrete

Research on Composition of Preparation of Pore Solution in Hardened Cement Paste

The influence on rheologic performance of high intension cement paste and the ways of controlling it

New Method to Evaluate Rheological Behavior of High Fluidity Cement Paste and Mortar

Rheological mechanism of stabilizer cement paste

Compensating Shrinkage of Cement Paste by New MgO-Based Expansive Material

Method to Evaluate Rheological Behavior of Cement Paste with High Fluidity

An Experimental Study on Mechano-electric Smart Properties of Cement Paste

Analysis on the micro-pores of cement paste and admixtures cement paste by Hg-pressure method

Influence of Flexural Load on the Carbonation Processes of Cement Paste and Mortar

Standard Test Method for Chemical Shrinkage of Hydraulic Cement Paste

Effect of Non-woody Magnesium Lignosulfonate on the Properties of Cement Paste and Mortar

Formation of Gypsum Leading to the Destruction of Cement Paste under the External Sulfate Attacking

The applicative analysis on cement-paste gravel pile in dealing with soft ground

The result shows that, the interface of machine-made sand and cement paste bonds well;

Effects of Scrap Tire Rubber on the Cracking Properties of Cement Paste and Mortar

Study on effects of steel slag on structure formation of hardened cement paste

Water requirement for normal consistency of cement paste

Study on the Resistance to Sulfates of High Calcium Fly-ash Hardened Cement Paste

Effect of fine-ground mineral additives on the chemical shrinkage of cement paste

Effects of Polycarboxylic Acids Superplasticizer on Fluidity of Cement Paste

Study on the Effects of Mineral Admixtures on Denseness of Fresh Cement Paste

Quick-Setting Cement Paste: Cause of Flash Set and Mechanism Discussion

Influence of Methyl Cellulose on Properties of Fresh Cement Paste

Experimental Study on the Volume Deformation of Cement Paste

Study on Activating Hardened Cement Paste by High Energy Ball Milling

The Present Study on the Autogenous Shrinkage of High Performance Cement Paste

Effects of High-calcium Fly Ash on Structures and Properties of Cement Paste

Study of Effect of Admixture on Micropore Structure of Cement Paste

Experimental study on micropore interface fractal structure of silica fume cement paste

Study on frost-resistance property of aluminophosphate cement paste

Effect of Silica Fume on the Microstructure of Hardened Cement Paste

Effect of Additives on the Autogenous Shrinkage of Cement Paste

Improvement Effect of Silica Fume on the Cement Paste in Sulfate Attack

Some factors to influence cement paste fluidity

Study on quantitative analysis of Aft in hardened cement paste with sulphurfixed ash

Discussion on some effects on cement paste fluidity

Study on Dispersive Ability of Carbon Fiber in Cement Paste

Research on the Test Method of Cement Paste Agglomeration

Influence of fly ash on the chemical shrinkage of cement paste

Study on the Stable Cement Paste Rheological Test

Reduce the amount of cement paste properties of water rates

Long-term Stability of Ettringite in Cement Paste

Monitoring the water hydrate of cement paste based on the electric performance of carbon fiber

normal consistency of cement paste

Influence of Fiber on Concrete Permeability and Pore Structure of Hard Cement Paste

Effect of Nano-SiOx and Silica Fume on Cement Paste Water Demand

A Study on Machano-electric and Electromechanical Effect of Cement Paste

Effects of phosphorus slag on strength and porosity structure of cement paste

Rubber Tire Particles in Cement Paste

Effect of Carbonation on the Specific Surface Area and Pore Structure of Fly Ash Cement Paste

The effect of Cl- ion on properties of high calcium fly ash cement paste

Effects of coal gangue on structure of hardened cement paste formed

Effect of Freeze-thaw on the Structure of Hardened Cement Paste and Concrete

Influence of Mixing Time and Setting Time on Cement Paste Properties

Study on the Concrete Model Based on Aggregates-cement Paste Ratio