提出了密度计法颗粒分析试验的一种曲线拟合及修正方法，经验证效果较好。
A curve fitting and revising methods to solve hydrometer grain analysis is presented, and proved good satisfactory.
几乎所有的士工试验规范均要求细碎屑土在颗粒分析前进行浸泡处理。
Almost every soil test code demands soaking treatment for fine clastic soil before grain -size analysis.
通过泥沙模型试验研究，分析不同入库水沙条件下进入取水口内水流的含沙量和颗粒级配，水库对泥沙的沉降率。
By the experiment of sand model, an investigation of silt content, rank of silt grain and silt deposition rate under different conditions of water and silt have been obtained.
最后，对制得颗粒的物理和形态学特性进行测定，并与试验中使用黏合剂HPC的浓度进行相关分析。
Finally, the mechanical and morphological properties of the produced granules were measured and correlated to the HPC concentration of the binder used in the experiments.
填土的室内试验：填土含水量测定、颗粒分析和比重测定。
Laboratory fill test: fill water content, grain analysis and specific gravity test were tested.
试验测定振动助流时散体颗粒在初始阶段和稳定流动阶段的振动加速度信号，并对流动场中波的传播规律进行分析。
The vibration acceleration signals at initial stage and steady stage in flowing granular media are tested, and the propagation of wave in the flowing field is analyzed.
首先进行了单种煤等离子炉燃烧试验，分析了单种煤半焦颗粒的显微形态。
The combustion was tested on plasma arc oven for two kinds of coals used for PCI at Baosteel.
根据小浪底艮沟土料场筑坝土料的颗粒大小分析试验，对不同分散剂的粘性土颗粒大小分析试验结果的影响进行了分析。
Analysis is conducted for the effects of different dispersing agent on the results of grain size analysis according to for the soil test selected from Yingou material site at Xiaolangdi.
对试验所得的固体颗粒停留时间分布曲线的分析明显表明床内存在着由于流体动力特性和几何结构引起的颗粒返混。
The experiments show that the solid reflux due to hydrodynamic and geometrical reasons are clearly observed in the analysis of the RTD (residence time distribution) curves.
计算与试验结果均证实颗粒在锥面上存在较强的切向滑动。分析了切向滑动对该机工作带来的不利影响。
The fact, that there is a strong tangential slippage of particle is verified, and the disadvantageous effect are analysed.
利用人工钙质砂和三轴剪切试验手段，就颗粒破碎及其对钙质砂变形和强度特性的影响进行分析研究。
The influence of particle breakage on deformation and strength properties of calcareous sands was investigated using artificial calcareous sands and triaxial testing.
根据静水和动水条件下的细颗粒泥沙沉降试验结果，应用灰色模型分析中的关联度分析理论，分析了影响细颗粒泥沙絮凝沉降的主要因素。
Based on the test data under dynamic water and static water, main factors which influence the fine sediment flocculation are analyzed using the relative analysis theory of the gray model analysis.
本文运用正交试验法优化了对复合沉积层中纳米颗粒复合量有较大影响的各工艺参数，然后用BP神经网络分析方法对其结果进行分析处理。
In this paper, the optimized process parameters that have major influence on nanoparticle content were obtained by orthogonal test, and the result was further analyzed by BP neural network.
试验对堆焊层的平均孔隙缺陷率进行了测算，测算结果为碳化钨合金颗粒平均孔隙缺陷率低于1.5 % ，并对裂纹、孔隙分布及产生原因进行了分析。
Average rate of the deposit defect examined is below 1.5%. The causation and situation of microcracks and voids are analysed in the test.
在室内模型试验的基础上对加筋路堤进行了颗粒流离散元模拟分析。
The PFC numerical simulations (Discrete Element Method) were carried out on the base of the results of model test.
针对黄河泥沙碟式分离机试验流量，介绍了碟式分离机工作原理，分析了沉降颗粒不被液流带走的条件。
Aimed at the experimentation flux of silt Disc separator, the principle of Disc separator was introduced and the conditions under which sedimentary granules would not be taken by liquid were analyzed.
高效液相色谱分析法和抑菌试验结果表明，此种颗粒可释放高浓度活性万古霉素多达144小时。
Results of high performance liquid chromatography (HPLC) and bacterial inhibition tests indicated that the capsules release high concentrations of active vancomycin for up to 144 hours.
通过三轴颗粒破碎试验，研究了某粗粒料等压固结、峰值以及不同应力水平下的颗粒破碎规律，分析了干湿状态的影响。
Through the triaxial tests of the coarse-grained material, the particle breakage under the isotropic consolidation, peak strength and different stress level conditions are studied.
通过三轴颗粒破碎试验，研究了某粗粒料等压固结、峰值以及不同应力水平下的颗粒破碎规律，分析了干湿状态的影响。
Through the triaxial tests of the coarse-grained material, the particle breakage under the isotropic consolidation, peak strength and different stress level conditions are studied.
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