片语

granulometric analysis[地质] 粒度分析

granulometric distribution粒径分布

granulometric class粒级

granulometric composition粒状组成

granulometric impurity微粒杂质

granulometric facies粒度相

granulometric property级配性质

granulometric range颗粒范围

granulometric characteristics粒度特征

granulometric curve粒度曲线

英汉例句

• It is concluded that granulometric composition, microstructure, specific moisture content, compacting power efficiency are the main factors influencing loess compacting.

  指出黄土的粒度成分、显微结构、含水率、击实功率是影响黄土压实的主要因素。

• On the basis of fractal theory, the fractal structure features of fracture systems, water systems and granulometric distributions of fault gouges in the active fault zones are analyzed.

  依据分形理论分析了活动断裂带内断裂系、水系及断层泥粒度分布的分形结构特征。

• By simulated test, the co-relationship among the slip granulometric composition, slurry deflocculation curve, mid-high pressure casting forming speed and green body shaping endurance is studied.

  通过模拟试验，研究了泥浆的颗粒组成与泥浆的解胶曲线、高中压注浆成形速率及坯体挺形性等的关系。

• The fractal dimensions of grain size of slipped zone are 2 to 3, and average on about 2.8. The fractal dimension of granulometric composition can bet…

  滑动带土的粒度分维值一般在2～3之间，其平均值约为2．8，分维可作为描述滑动带土粒度成分的参数。

• On the basis of granulometric analysis of samples from colluvial wedge sediments caused by normal fault, the sedimentary environment is discussed.

  通过对崩积楔沉积物进行粒度特征分析，研究崩积楔形成时的沉积条件和环境特征。

• It is concluded that granulometric composition, microstructure, specific moisture content, compacting power efficiency are the main factors influencing loess co...

  指出黄土的粒度成分、显微结构、含水率、击实功率是影响黄土压实的主要因素。

• It is concluded that granulometric composition, microstructure, specific moisture content, compacting power efficiency are the main factors in...

  指出黄土的粒度成分、显微结构、含水率、击实功率是影响黄土压实的主要因素。

• Fractal structure features of granulometric distribution in sliding zone soils of landslides are studied based on the fractal theory.

  本文据分形理论分析了滑坡滑动带土粒度分布的分形结构特征。

• The SEM test results indicate that the grain size of the material become bigger with the temperature rising but the granulometric distribution has a still uniform distribution.

  SEM测试表明材料的粒径随着温度的升高而迅速增大，但颗粒的分布比较均匀。