1) percentage of recycled aggregate
再生骨料掺入量
1.
Experimental work was conducted to investigate the basic physical and mechanical properties of concrete with different percentage of recycled aggregate.
对配合比相同和坍落度相同两种情况下,不同再生骨料掺入量混凝土的基本性能进行了系统的试验研究。
2) recycled coarse aggregate content
再生粗骨料含量
1.
The influence of recycled coarse aggregate contents on the compressive strength of concrete,the strength development with ages,the age factor and the applicability of 28d compressive strength equation of normal concrete were investigated.
主要包括再生粗骨料含量对再生混凝土抗压强度的影响,再生混凝土抗压强度随龄期的发展规律,再生混凝土的龄期系数以及普通混凝土28 d抗压强度方程对再生混凝土的适用性。
3) recycled aggregate
再生骨料
1.
Comparison of mechanical properties between recycled aggregate concrete and control concrete at identical mix proportions;
同配合比条件下再生骨料混凝土与基准混凝土的力学性能比较研究
2.
Review of research on recycled aggregate concrete;
再生骨料混凝土研究述评
3.
Analyses and evaluation of the behaviour of recycled aggregate and recycled concrete;
再生骨料及再生骨料混凝土的性能分析与评价
4) recycled aggregates
再生骨料
1.
Research on the pressure deformation properties of perforated recycled aggregates concrete brick masonry;
再生骨料混凝土多孔砖砌体受压变形性能试验研究
2.
Study on building waste recycled aggregates classifying and its physical characteristics
建筑固体废弃物再生骨料的分类及其物理性能研究
5) recycled coarse aggregate
再生粗骨料
1.
Experimental research on characteristic of recycled coarse aggregate after high-temperature;
高温作用后再生粗骨料特征性能试验研究
2.
Influence of particle shaping on the workability of recycled coarse aggregate concrete;
颗粒整形对再生粗骨料混凝土工作性的影响
3.
Basic properties of recycled coarse aggregate concrete by orthogonal analysis
正交法分析再生粗骨料混凝土的基本性能
6) recycled fine aggregate
再生细骨料
1.
Influence of particle shaping on property of recycled fine aggregate;
颗粒整形对再生细骨料性能的影响
2.
Effect of powder in recycled fine aggregate on compressive strength of recycled mortar
再生细骨料中粉料对再生砂浆抗压强度的影响
3.
The present research investigated the quality of both the simple-crushing and the particle-shaping recycled fine aggregate concrete.
研究了简单破碎再生细骨料和颗粒整形再生细骨料混凝土的强度,重点讨论了再生细骨料种类、取代量、粉煤灰和胶凝材料用量等因素对再生混凝土强度的影响。
补充资料：掺入
分子式：
CAS号：
性质：在制备固体催化剂过程中，常需要把催化剂的活性组分均匀地或按一定的浓度分布在固体载体内部，最常用的方法是把活性组分溶解在溶液中，把载体浸渍在溶液内，溶液便进入固体内部，称为掺入。把渗入的溶液蒸发干燥，溶质便留在固体内部。若溶质本身还不是催化剂的活性组分，则可通过加热把溶质分解或浸渍另一溶液，与已在固体内部的溶质反应，以生成有催化活性的化合物。
CAS号：
性质：在制备固体催化剂过程中，常需要把催化剂的活性组分均匀地或按一定的浓度分布在固体载体内部，最常用的方法是把活性组分溶解在溶液中，把载体浸渍在溶液内，溶液便进入固体内部，称为掺入。把渗入的溶液蒸发干燥，溶质便留在固体内部。若溶质本身还不是催化剂的活性组分，则可通过加热把溶质分解或浸渍另一溶液，与已在固体内部的溶质反应，以生成有催化活性的化合物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条