aggregate filling中文是什么意思

• 结构填料

• aggregate    vt. 1.集合，(使)聚集。 2.总计，共计，合计。 ...
• filling    n. 1.装满，填装；填补。 2.填料；填土。 3.(糕 ...
• void-filling aggregate    填充性骨料
• aggregate    vt. 1.集合，(使)聚集。 2.总计，共计，合计。 The sum will aggregate a thousand dollars. 总额共计一千元。 adj. 1.聚合的；(花)聚生的。 2.【地质学；地理学】聚成岩的。 3.合计的，总。 an aggregate flower 聚生花。 n. 1.聚集，集合。 2.总数。 3.聚集体；凝聚体；团粒。 4.【建筑】混凝料。 in the aggregate 总计，合计。
• in the aggregate    总的说来, 总计; 总共; 总计，合计
• filling    n. 1.装满，填装；填补。 2.填料；填土。 3.(糕点内的)馅。 4.(织品的)纬纱，浆料。 gap filling 填缝。 gas filling 充气。 shell filling 外壳安装。
• filling in    糊版; 填砂
• filling-in    放进; 填入
• aggregate demand and aggregate supply    总需求与总供给
• aggregate to aggregate contact    骨料相互接触
• absorbent aggregate    吸水骨料; 吸水集料
• acicular aggregate    针状集合体
• acidic aggregate    酸性骨科
• active aggregate    活性骨料
• aer aggregate    无颗粒内质网聚集物
• aggregate adjustment    综合调整方案; 综合调整方法
• aggregate age    累积年期
• aggregate amount    总价/金额; 总金额; 总款额；总额
• aggregate analysis    团聚体分析; 综合分析; 总量分析
• aggregate anaphylaxis    聚集的超敏反应
• aggregate angularity    集料棱角性
• aggregate animals    群体动物。
• aggregate area    截面积的总和，总截面积; 总面积
• aggregate arrival    成批到达
• aggregate assignment    聚集赋值

• More commonly though, the sulfide is restricted to solid aggregates filling the space between the paths .
  硫化物通常只局限为固体集结物充填在这些途径中间。
• It is suggested that the micro - aggregate filling effect is highly correlated with the fineness of slag powder and the two effects are summed up with framed chart
  进行了矿渣粉、石灰粉加固土无侧限饱水抗压强度、水稳定性、冻稳定性、温度收缩和干燥收缩等路用性能试验，并进行比较。
• Based on the basic principles of densified systems containing homogeneously arranged ultra - fine particles ( dsp ) and reactive powder concrete ( rpc ) adopted by foreign researchers specialized in building materials , silica rume , ultra - fine fly ash , quartz powder , 52 . 5 - class portland cement and superplasticizer were selected and mixed , the theoretic of mixed steel fiber reinforced cement - based composite materials and of micro - aggregate filling voids were applied , the composition was adjusted , the mixture ratio of rpc was optimized , a suitable curing schedule was adopted , in the result , an ultra - high performance concrete designated rpc was successfully prepared by normal technology methods
  本文基于超细粒聚密材料( dsp )和活性粉末混凝土( rpc )配制的基本原理，选用硅灰、粉煤灰、石英粉和硅酸盐水泥，辅以高效减水剂，采用多重复合的技术路线，运用混杂钢纤维增强理论和微集料填充密实原理，调整材料组成，优化混凝土配合比，结合适宜的养护制度，在现有技术条件下，成功制备出了rpc200材料。