1) Fine - grained soil
细粒土坏
2) fine-grained soil
细粒土
1.
The Compaction and Strength Behaviors of fine-grained soils and the Compaction Standard of Clay Embankments in Moisture Area;
细粒土的全压实曲线与压实土体的强度特性研究
2.
Prediction of Shear Strength Parameters of Fine-grained Soil in Northern Liaodong Bay by BP Neural Networks;
辽东湾北部细粒土抗剪强度指标的BP神经网络预测
3.
According to the results of closed simulated frost heaving susceptibility experiments with four different plasticity fine-grained soil,the influences of soil water contents and plasticity on frost heaving susceptibility is discussed.
对4种不同塑性细粒土扰动样进行了室内闭式冻胀模拟试验,简述了土的含水量和塑性对冻胀性的影响,即各种细粒土的冻胀性都随着含水量增大而增强;在含水量相同时,土的冻胀性随着塑性增强和颗粒变细而减弱。
4) fine grained soil
细粒土
1.
On the basis of soil classification of plasticity chart,some regression relationships between the basic value of fine grained soil bearing capacity and the specific penetration resistance of CPT are established.
基于塑性图分类法，建立了细粒土承载力基本值和静力触探比贯入阻力的回归关系，可用于生产实践。
2.
According to the comprehensive tests on the rising height of capillary water for twelve kinds of different coarse grained soil and fine grained soil by use of the method of standpipe,the relationship between the rising height of capillary water and time was obtained,and the influencing factors and rules were analyzed.
给出了各种粗细粒土毛细水上升稳定高度数据。
3.
A series combined test method tests were performed to determine the liquid-plastic limits of different samples of fine grained soil and silty sand.
采用液、塑限联合测定法针对部分细粒土和粉砂进行液、塑限测定时,发现对于部分细粒土在双对数坐标上圆锥下沉深度与含水率之间的关系并非线性关系,无法依据线性关系确定液、塑限:采用规程建议的三个含水率范围有时根本无法获得有效试验数据;采用规程建议的三个含水率范围确定得到土的液、塑限试验结果的可靠性有待商榷;采用直线段试验数据确定的液、塑限进行分类可能出现相互矛盾甚至错误的结果。
5) fine grain soil
细粒土
1.
Through certain engineering example, this paper indicates that construc-tion precipitation with tube well in powdery soil and clayey soil stratum is feasible, the precipita-tion effect is satisfactory also and the new realization to the permeability of fine grain soil stratum is obtained in time.
通过某工程实例说明了在弱透水的粉土和粘性土层中，不但可以采用管并进行施工降水，而且效果很好，同时对细粒土的渗透性有了新的认识。
6) fine soil
细粒土壤
补充资料：聚四氟乙烯细粒模压树脂
分子式：
CAS号：
性质： 是由悬浮聚四氟乙烯树脂在一定条件下粉碎得到粒径小而均匀的细粒模压树脂。为白色、无臭、无味、无毒的平均粒径35～50μm的细粒状树脂。除了具有聚四氟乙烯的各种优异性能外，由于树脂粒度细、松软可以制得结构紧密、表面光滑、空隙率低、致密性好和机械性能高、介电性能好的制品。适合制作高级电气绝缘用和电容器用薄膜、薄板、大型模压制品等。也可添加各种填料制成各种填充聚四氟乙烯。
CAS号：
性质： 是由悬浮聚四氟乙烯树脂在一定条件下粉碎得到粒径小而均匀的细粒模压树脂。为白色、无臭、无味、无毒的平均粒径35～50μm的细粒状树脂。除了具有聚四氟乙烯的各种优异性能外，由于树脂粒度细、松软可以制得结构紧密、表面光滑、空隙率低、致密性好和机械性能高、介电性能好的制品。适合制作高级电气绝缘用和电容器用薄膜、薄板、大型模压制品等。也可添加各种填料制成各种填充聚四氟乙烯。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条