1) Porous brick
多孔砖
1.
Testing study on seismic behavior of porous brick, gas-filled concrete block and volcano cinder block;
多孔砖、粉煤灰砌块、火山渣砌块配筋墙体抗震性能试验研究
2.
Discussion on the steam coal recovery through wind separation of washed gangue and the porous brick preparation with washed gangue
洗矸风选回收动力煤 选后矸石烧结多孔砖
3.
Study and application of self-thermal conservation energy-saving bearing porous bricks
自保温节能承重多孔砖的研究与应用
2) perforated brick
多孔砖
1.
Research on estimating model and compressive strength of non-burnt perforated brick masonry;
非烧结多孔砖砌体强度估值模型及抗压强度研究
2.
Experimental investigation of aseismatic behavior of wall-body with perforated brick masonry reinforced by cement mortar
纤维砂浆加固多孔砖砌体墙片抗震性能试验研究
3.
On the basis of the test on the pressure deformation properties for 24 samples of perforated recycled aggregates concrete brick masonry,the stress-strain curve and elastic modulus of the perforated brick masonry is studied; At the same time the laws and elastic modulus are compared and analyzed in this paper.
通过对再生骨料混凝土多孔砖砌体试件的受压变形性能试验, 探索再生骨料混凝土多孔砖砌体的应力- 应变规律和弹性模量, 并与砖砌体的弹性模量公式、规范进行对比分析。
3) cellular brick
多孔砖
1.
Experimental study on the straight-lint joint flexural value of Yellow River silt bearing cellular bricking structures;
黄河淤泥承重多孔砖砌体弯曲抗拉强度的试验研究
2.
Taking one practical work in Guangzhou as example the reasons caused the leakage of outside-wall of cellular brick are analyzed;at the same time corresponding prevention measures and detection methods are proposed in order to eliminate this kind of defect to ensure construction quality of outside wall of buildings.
结合广州某工程实例,根据施工经验,深入地探讨了多孔砖外墙渗漏和外墙面砖渗漏的防止措施,提出了外墙渗漏的检验措施,以克服外墙渗漏问题,从而提高建筑物外墙的施工质量。
4) back covered porous brick
盲孔多孔砖
1.
But it is possible to reduce the shear resistance and aseismatic ability when back covered porous brick builds the brickwork because it has not the "pin" formed by the masonry mortar leaked.
盲孔多孔砖是20世纪90年代后期研制成功的、用半干压法压制成型的封底多孔砖，它生产效率高，节约能耗，产品致密，外形好，强度高，易砌筑，用于砌体工程时，可节约1／3砂浆。
5) perforated brick
多孔砖;散气砖
6) porous brick wall
多孔砖墙体
1.
By finite difference method of numerical calculation,heat flux and air-conditioning cooling load of porous brick wall in the standard design condition of summer are calculated.
使用数值计算中的有限差分法,计算出了多孔砖墙体在夏季标准设计日的传热量、空调冷负荷,分析了保温层设置与否对墙体传热量、空调和采暖负荷的影响,计算出了墙体保温后的节能经济效益。
补充资料：为特型耐火砖和特异型砖
分子式：
CAS号：
性质：又称为特型耐火砖和特异型砖。是一类外形特别复杂的耐火砖。中国标准规定，对于黏土质、高铝质特异型耐火砖，其外形尺寸的比例(最小与最大尺寸之比)在1:8范围以内；厚度尺寸为35～135mm，或管状砖的长度尺寸不大于300mm；具有不多于4个凹角(包括圆弧状凹角在内)，或具有1个30°～50°的锐角，或带有不多于8个沟槽，或有不多于1个孔眼。黏土质耐火砖重1.5～30kg；高铝质耐火砖重1.5～35kg。硅质特异型耐火砖，其外形尺寸的比例在1:6范围以内，厚度尺寸为35～135mm，或管状砖的长度尺寸不大于300mm；具有不多于4个凹角(包括圆弧状凹角在内)，或具有30°～50°的锐角，或带有4个沟槽，或带有不多于1个孔眼，重1.5～25kg。
CAS号：
性质：又称为特型耐火砖和特异型砖。是一类外形特别复杂的耐火砖。中国标准规定，对于黏土质、高铝质特异型耐火砖，其外形尺寸的比例(最小与最大尺寸之比)在1:8范围以内；厚度尺寸为35～135mm，或管状砖的长度尺寸不大于300mm；具有不多于4个凹角(包括圆弧状凹角在内)，或具有1个30°～50°的锐角，或带有不多于8个沟槽，或有不多于1个孔眼。黏土质耐火砖重1.5～30kg；高铝质耐火砖重1.5～35kg。硅质特异型耐火砖，其外形尺寸的比例在1:6范围以内，厚度尺寸为35～135mm，或管状砖的长度尺寸不大于300mm；具有不多于4个凹角(包括圆弧状凹角在内)，或具有30°～50°的锐角，或带有4个沟槽，或带有不多于1个孔眼，重1.5～25kg。
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