concrete mixture

This form of attack directly leads to the decomposition of CSH gel and formation of the non-binder thaumasite crystal in the cement paste. As a result, the attacked concrete becomes a white mushy and friable mixture.

它直接导致水泥石中CSH凝胶体的分解，生成无任何胶结性的硅灰石膏（thaumasite）晶体，使混凝土最终变为一种白色的烂泥状混合物。

Study the Use of Cement in Asphalt Concrete Mixture

水泥替代矿粉对沥青混凝土性能影响研究

Study on Techniques for Controlling Workability of Non-dispersible Underwater Concrete Mixture

水下不分散混凝土拌合物工作性控制技术

Optimization design of super fine sand concrete mixture for slipform paver in pavement

滑模施工特细砂水泥路面砼配合比优化设计

The paper introduces the mixture ratio, test and construction practice for compound pavement rolling with concrete asphalt and macadam, also it conducts a study on the road pavement intensity.

介绍掺湿粉煤灰碾压砼沥青碎石复合式路面的配比、试验和施工实践，对路面强度进行了研究。

Concrete is a mixture of sand and cement.

混凝土是沙和水泥的混合物。

Semi-flexible pavement is generally described as an open-concrete mixture, which is filled with Portland cement grout.

半柔性路面是一种在大孔隙沥青混合料中填充水泥胶浆而形成的兼具沥青路面与水泥砼路面特点的复合路面.

Common concrete mixture ratio design involves broad theory and rich practice knowledge.

普通混凝土配合比设计,其涉及的理论和实践知识甚广.

Optimized Design of Miscellaneous Fiber High-performance Concrete Mixture Ratio

混杂纤维高性能混凝土配合比优化设计

The characteristics and performance of bituminous concrete and bituminous macadam are analyzed, and it is indicated that gap-graded bituminous mixture has the merits of thermal stability and durability.

文章对混凝土和沥青碎石的特点及性能进行分析，指出以间断级配组成的沥青混合料具有热稳定性和耐久性的优点。

Base on the common concrete mixture ratio design, through the orthogonal experiment confirming the concrete mixture ratio design, and take the concrete anti-frozen performance as the control target to adjust it.

在普通混凝土配合比设计基础上，通过正交试验，设计复合双掺矿质超细粉路面混凝土配合比，并以混凝土抗冻性能为控制指标对其进行调整；

The anti-rutting performance of asphalt concrete pavement reinforced with grid is researched, on the one hand by the rutting test of asphalt mixture reinforced with grid, on the other hand by structural mechanical analysis.

对格栅加筋沥青混凝土路面的抗车辙性能研究，一方面通过格栅加筋沥青混合料车辙试验，另一方面通过结构力学分析。

Finally, according to the orthogonality test, the mixture ratio design method of porous concrete is proposed.

在正交试验的基础上，提出多孔混凝土配合比设计的经验公式法。

The early age shrinkage of 12 different part mixture of concrete was measured by means of self-designed and manufactured early self-shrinkage testing plant.

方法采用自行设计的混凝土早期收缩测试装置，用位移传感器测量从初凝开始的早期收缩，试验研究了12组不同配合比的混凝土早期收缩。