表明高强混凝土立方强度尺寸效应不同于普通混凝土。
Expressing the high strength concrete cube strength size effect differs from the common concrete.
试验表明，高强混凝土立方强度的尺寸效应不同于普通混凝土。
Experiments show that the dimension effect of cubic strength of high-strength concrete is different from normal-strength concrete.
对55组高强混凝土立方强度实测数据作了分析，并给出了计算公式。
This text is solid to 55 high strengths concrete cube strength to measure the data made the analysis, and gave to compute the formula.
在略去高于磁场强度二次项的情况下，从实验结果计算出立方对称晶体唯象公式中的诸参数。
Neglecting magnetic intensity higher than quadratic terms, various parameters in phenomenological formula for cubic symmetry crystal are calculated from our experimental data.
具有完整的立方八面体晶形，高强度和热稳定性。
Complete cubic octahedral crystal crystal shape, high strength and thermal stability.
其中钨颗粒是强度较高的相，体心立方结构的钨颗粒均匀的分布于面心立方结构、较软的基体相当中。
Tungsten grain is one material that has high strength and body-centered cubic structure, and it distributes in the matrix that is soft and has the surface-centered cubic structure.
通过立方体抗压强度试验和电子显微镜(sem)研究高含盐量对水泥土强度影响的内在机理。
By using cube compressive strength test and SEM, the inherent reason of the bad influence can be explored.
介绍了统一结构强度标准的建立方法和非统一的基层结构强度标准。
And introduces the establishment of a unified structural strength standard and a non-uniform roadbed structural strength standard.
针对不同种类异形钢纤维进行了弯曲韧性、断裂韧性、立方体抗压强度等试验。
Experiments on bending toughness, breaking toughness and cube strength test results are carried out in connection with various kind of deformed steel fiber.
本文将拉丁超立方抽样法与条件期望和对偶变数方差减缩技术组合用于分析船体总纵极限强度可靠性。
This paper proposes Latin hypercube sampling combined with variance reduction techniques of conditional expectation and antithetic variates to assess ultimate strength reliability of ship hull girder.
具有完整的立方八面体晶体，高强度和热稳定性。
文末，仅通过混凝土立方体抗压强度，建立了不同强度等级混凝土的应力-应变曲线上升段本构关系，该模型结果与试验结果吻合很好。
At the end of the paper, a stress strain response model of different concrete grade has been built only using the compressive strength, and this model coincides well with the experiment results.
立方体劈裂试验是测定砼抗拉强度的间接方法。
The cube cleavage test is an indirect method to determine the tensile strength of concrete.
相对密度相同时，体心立方结构多孔材料的抗压强度与弹性模量分别比简单立方结构提高了11.2%和2.2%。
Under the same relative density, body-centered cubic hollow sphere foams were 11.2% and 2.2% larger than simple cubic lattice in stress and modulus.
检验瓦楞芯纸及牛皮纸样，其直立方向之耐压强度。配合各种附件可测试纸板之竖压强度、胶合强度及平压强度。
This tester is used for testing the ring crush strength of the paperboard. With the proper accessories (optional), it's also available to test the column compress, ring crush.
结构实体中混凝土的实际强度与标准养护的立方体强度不同，也很难准确地用间接推定的强度来测定。
The solid strength of the concrete structure is different to the sample cured under the standard condition, and it is difficult to be accurately tested by the indirect ways.
基于(4)中立方体试块的试验结果，研究了不同来源再生混凝土抗拉强度的统计特征。
Based on experimental data in (4), the statistical characteristics for the tensile strength of rac with RCA from different origins were determined.
得出了以下结论：C45细石混凝土的棱柱体抗压强度与立方体抗压强度的比值为0.68；
The following conclusions were reached: the ratio of prism compressive strength to cubic compressive strength of C45 fine aggregate concrete is 0.68.
本系列产品能处理边长100-500毫米以下物料，其抗压强度最高可达350兆帕，具有破碎比大，破碎后物料呈立方体颗粒等优点。
This crusher have features of greater ruducing ratio, Creshed product with cubical shape, be suitable for crushing material with. edge length up to 100-500mm, compression strength up to 350 Mpa.
立方硅氧烷及其衍生物在紫外一可见的吸收表现为：随着物质共轭度的增大，吸收强度增大。
The absorbance intensities of UV-Vis spectra of two molecules increase with the increasing conjugated degree of the molecules.
将两种算法运用到混凝土立方体抗压强度预测中。
Then put two algorithms into predicting the compressive strength of concrete cubes.
根据试验结果，拟合了平均粘结强度表达式，得到了局部粘结应力最大值和混凝土立方体抗压强度的关系。
According to the test consequences, equations of average bond stress, relationship between the maximum local bond stress and concrete cubic compression strength are proposed.
使用变分累积展开法，计算了简单立方、体心立方、面心立方格点上自旋1/2的铁磁薄膜的磁化强度和矫玩力。
Using the variational cumulant expansion, the authors examine the magnetization and coercivity for spin-1/2 ferromagnetic films of simple cubic, body-centered-cubic and face-centered-cubic lattices.
CBN230金黄色立方氮化硼单晶，等积形透明晶体，高韧性，高强度。
CBN230 Yellow mono-crystal, transparent, regular shape, high toughness and hardness.
CBN230金黄色立方氮化硼单晶，等积形透明晶体，高韧性，高强度。
CBN230 Yellow mono-crystal, transparent, regular shape, high toughness and hardness.
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