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Keyword [cement-based materials]
Result: 101 - 120 | Page: 6 of 10
101. Effect Of Capillary Crystalline Reaction On Water Absorption And Strength Of Cement Based Materials And Research Of Its Mechanism
102. Resistance To Sulfate Attack Research Of Cement Based Materials In Low Temperature Environment
103. Encapsulation Of Self Healing Function Components To Cement-based Materials
104. Effect Of Nanoparticle On Mechanical Properties Of Cement-based Materials And Its Mechanism
105. Study On The Effect Of Saturation Degree And Creep Damage On Transport For Cement-based Materials
106. Study On Eletrochemistrcal Leaching Behavior Of Heavy Metal Ion From Cement-based Materials
107. The Hydration Mechanism And Affection On Durability Of Waste Powder In Cement-based Materials
108. Influence Of Environmental Condition On Piezoresistivity Of Carbon Nanofibers Cement-based Materials
109. Study On Gas Permeability Of Cementbased Materials
110. The Influence Mechanism Of Alkali On Shrinkage Cracking Of Cement-Based Materials And Activity Of Sandstone Powders
111. Experimental Study Of A New-type Slag Ultrafine Powder In Affecting Properties Of Cement Based Materials And Hydration Process
112. Study On Bond Properties Of Magnesium Phosphate Cement Based Materials
113. Effects Of Concrete Surface Treatments On Permeability And Microstructure Of The Cement-based Materials
114. The Study Of Inhibiting The Damage Of Bentonite In The Fresh Plasticized Cement-based Materials Fluidity
115. Study On The Preparation And Properties Of High Efficiency Water/Fertilizer-Retention Planting Cement-based Materials
116. Effects And Mechanisms Of Surface Treatment On Hardened Cement-Based Materials With Colloidal Nano SiO2 And Its Precursor
117. A Study On The Influence Factors Of Cement Based Materials' TSA Under The Effect Of Electric Field
118. The Investigation Of Ionic Transport In Cement-Based Materials By Mono-profile Regression Method And X-CT
119. Destruction And Evaluation Of Cement-Based Materials Under Sulfate-Chloride Attack
120. The Water Stability And Mechanism Of Low Water Binder Ratio Cement Based Materials
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