粘粒含量越多，分形维数越大。
And higher the content of clay, higher the fractal dimensions.
土壤最大吸附磷量与物理性粘粒含量呈正相关。
The maximum amounts of phosphate adsorption by paddy soils were positively correlated with physical clay content.
有机质含量较低的土壤，粘粒含量也有重要影响；
When organic matter content was low, soil CEC was greatly influenced by the clay content.
结果表明：土壤粘粒含量与土壤膨胀率呈显著正相关；
The results showed that the content of clay particles was significantly correlated with soil swelling rate.
第二阶段，绝对与相对蒸发强度均随粘粒含量增加递增。
At the second stage, two types of evaporating intensity both enhanced with the increase of clay content.
随着草原沙漠化的加剧，土壤粘粒含量趋于减少，砂粒增多。
With the process of the sandy desertification in grassland, the contents of clay decreased.
土壤水稳定性团聚体的恢复与土壤粘粒含量及有机质含量呈正相关。
The restoration of soil water stable aggregates was related to clay and organic matter contents.
试验结果表明，最大吸附量和时间衰减因子随着粘粒含量的增大而增大。
The study also demonstrates that both of the maximum adsorption and the delay factor decrease with the increase of clay contents.
表土颗粒分形维数与粘粒含量呈显著正相关，与均匀指数呈显著负相关。
The dimensions are positively relative with clay content, and significantly negative with even index.
试验结果表明，不仅干密度影响动强度，粘粒含量和粉粒含量变化对动强度影响也较大。
It is proved that not only dry density but also the particle content change of clay content and silt content affect liquefaction strength.
土壤粘粒含量和粘土矿物组成是决定土壤固定态铵含量及最大固铵容量的两个主要因素。
The clay content and clay composition of the tested soils are the two important factors influencing their fixed ammonium content and maximum capacity of ammonium fixation.
粘粒含量较少的轻、中粉质壤土作冲填土料修建水坠坝，在黄土高原地区已被广泛应用。
Light loam and medium loam with less clay particles as fill earth had been extensively used in the construction of hydraulic fill dam in the Loess Plateau region.
粘粒含量很少的低液限粉土或含砂低液限粉土做稳定土路面底基层，目前施工实践较少。
At present, there is seldom construction application of the stabilized earth road subbase using low liquid limit silt soil or sandy silt soil with few fine clay fractions.
土壤颗粒分形维数是反映土壤质地的一个较好指标，重点反映粘粒含量，其次是粉粒含量。
Statistic analysis indicated that the fractal dimension could objectively reflect soil texture, mainly the content of clay, and then silt content.
土壤容重、孔隙大小、孔隙类型及土壤颗粒组成中粘粒含量对土壤水分扩散率都有一定的影响。
Then, the bulk density, porosity, the type of pore and clay content in the soil affected the soil moisture diffusivity.
而当粘粒含量较高时，则相反，且必须在较大压实能量的间歇作用下，方可取得较大的干密度。
But when the clay grain content more, the results just are the opposite and it must be under much more effect of compacting energy and then can get heavier dry density.
结果表明，区域土壤砂粒含量和粘粒含量在东西方向和南北方向的趋势分别为二阶趋势和一阶趋势；
The results indicated that the trends of both sand and clay particle contents were second order in the east-west direction, and first order in the north-south direction.
在岩土工程勘察中，粘粒含量这一特殊指标常用于判别饱和砂土液化以及进行地基承载力特征值计算。
In geotechnical investigation, clay particle content is often used in identifying saturated sand liquefaction and calculating the characteristic value of foundation bearing capacity.
土壤容重沿坡面向上减小可能主要与土壤有机质含量、粘粒含量、结构状况和松紧度以及孔隙度状况等有关。
Upward along the slope, soil pH value, organic matter content, total porosity and capillary porosity increase, and soil bulk density decreases.
基于清徐大田土壤试验研究了土壤的凋萎系数与其土壤物理性粘粒含量、有机质含量以及土壤全盐含量之间的关系。
The relation between the wilting point with the soil physics characters as clay content, organic matter content and the salt content have been studied based on the experiments in field.
运用静力触探试验和标准贯入试验进行地震液化判别皆用到粘粒含量这一指标，因此准确地测定粘粒含量具有重要意义。
Accurately evaluating the clay particle content is of great significance to discriminating the seismic liquefaction by static sounding test or standard penetrating test.
若土体中粘粒含量高，则形成管道排泄系统所需的时间长，土体的渗透性也相对较低，反之则所需的时间短且渗透性高；
The higher the clay particle content in DCS was, the longer the time needed for the development of GPDS was, and the worse the permeability of soil mass was;
土壤有机质和粘粒含量显著地影响土壤团聚体的“原始稳定性”和“崩解速率”，是影响土壤团聚体抗蚀性的主要内在因素。
The soil organic and clay influence remarkably the soil aggregate "original stability" and "collapse velocity", they are the mostly intrinsic factor to soil aggregate erosion.
土壤中粘粒百分含量越高，吸附性就越强。
The more clay particles percent content, the larger adsorption capacity.
风化度较高的赤红壤、红壤、黄红壤和黄壤等土类的粘粒云母含量一般较低。
The content of clay micas in the soils with higher weathering degree, such as lateritic red soil, red soil, yellowish red soil and yellow soil, was generally low.
用化学选择溶提法，测定了幕阜山不同海拔高度土壤及剖面不同层次的粘粒中铁铝氧化物的含量。
The Contents of iron and aluminum oxides in MUfu mountain soil clays were determined by selective dissolution technique.
木质素用量越大，土壤粘粒越多，残余磷含量越高，木质素释放残余磷的数量越多。
The released quantity of residual phosphate was opositively related to the content of clay and residual phosphate in soil, and the concentration of lignin in the extracting solution.
粘粒的游离氧化铁含量，每个山体均是山地黄壤高于山地红壤和山地赤红壤。
The free iron oxide content in clay in every mountain is higher in the mountain yellow soil than that in the mountain latored soil and mountain red soil.
直接的方法就是测定砂粒、粉粒和粘粒中的固定态铵含量。
The direct method is to determine the contents of fixed ammonium in sand, silt and clay.
结果表明母质是影响粘粒云母含量的主要因素。
The factors influencing the content of hydrous micas were discussed.
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