1.
While clay content played an important role in sorption capacity of the soils as SOM content was below 1%.
有机质含量低于1%时,黏粒含量对土壤的吸附能力有着重要影响;
2.
Sorption/desorption behavior of pyrene in six types of soils with different organic matter and clay contents was investigated in this paper.
研究了芘在6种有机质和黏粒含量不同的土壤中吸附和解吸行为。
3.
The paddy?upland system increased clay dispersion content and soil fertility.
水旱轮作可增加土壤黏粒含量,提高高沙土肥力水平;
4.
Influence of initial dry density and clay content on steady state strength of silty soil in Yellow River Delta
黄河三角洲粉质土初始干密度和黏粒含量对稳态强度的影响研究
5.
The influences made soil aggregation decreased, clay content increased and finally soil erodibility enhanced.
其结果是团聚作用降低而黏粒含量增加 ,最终导致土壤的可蚀性加大。
6.
EXPERIMENTAL RESEARCH ON EFFECT OF SALT CONTENT ON STRENGTH OF TINY-PARTICLE CLAY
含盐量对极细颗粒黏土强度影响的试验研究
7.
There was significantly positive correlation between WSP content and viscosity.
水溶性戊聚糖含量与籽粒提取液黏度呈极显著正相关。
8.
While with SOM content below 1%,clay mineral played an important role in pyrene sorption and desorption process.
有机质含量低于1%时,黏粒和有机质含量都对土壤的吸附/解吸能力有重要影响。
9.
A Study on the Particle Size of Clay in High-salt and High-iron Water
高含盐含铁对水中黏土颗粒粒径中值大小的影响
10.
Determination of Adhesive Solid Content
关于胶黏剂固体含量测定方法的探讨
11.
amylose content of the grai
谷粒中的糖淀粉含量
12.
the silt and the clay content enhance 0.67% and 1.53%;
粉砂粒和粘粒含量提高0.67%和1.53%;
13.
Variance Analysis of Grain Selenium Contents in Wild Emmer Wheat,Triticum dicoccoide
野生二粒小麦籽粒含硒量的差异分析
14.
"a clay soil contains a large amount of clay, a sandy soil a large amount of sand, and a loam is a mixture of all groups. "
粘土含大量粘粒，砂土含大量砂粒，壤土是这4类土粒的混合体。
15.
Genetic Correlation among Seed Traits and Zn Content in Maize Seed
玉米籽粒锌含量与籽粒粒型遗传相关分析
16.
COMPARISON BETWEEN TWO METHODS USED FOR CALCULATING RELATIVE CLAY MINERAL CONTENTS
两种方法计算黏土矿物相对含量结果的比较
17.
NONLINEAR VISCOELASTIC EFFECTIVE BEHAVIOR FOR COMPOSITES AT FINITE PARTICLE CONCENTRATION
高体积含量非线性黏弹复合材料有效性质
18.
Influence of bubble content on laser-induced cavitation bubble oscillation in glycerol-water mixture
含气量对黏性液体中空泡脉动特性的影响