1) heavy silt clay
重粉质粘土
1.
The experiment was performed for four membrane holes of different diameters and for a vertical one using the heavy silt clay in the laboratory.
对重粉质粘土进行了 4种孔径的膜孔灌水及垂直一维入渗试验 ,观测了膜孔点源入渗过程中的累积入渗水量、水平湿润范围及速度、点源下渗速度等。
2) Silty clay
粉质粘土
1.
Study on parameters of Duncan-Chang model for Handan silty clay;
邯郸市粉质粘土邓肯-张模型参数试验研究
2.
Experimental study on instability of rigid piles under lateral loads in silty clay;
粉质粘土中的刚性桩在横向载荷作用下失稳的模型试验研究
3.
Probabilistic characteristics of strength indexes for Taiyuan silty clay;
太原粉质粘土强度指标概率特征
3) clayey silt
粘质粉土
1.
Study on clayey silt under loading and unloading condition by test;
粘质粉土的加卸载试验研究
2.
By the difference analysis of the field and laboratory seepage testing results of the clayey silt , the cause of the difference of the two kinds of testing result has been found.
通过对粘质粉土现场、室内渗水试验结果的差异分析。
3.
The article introduces a dewatering example of foundation pit project, and analyzes the influence of the subsurface water in the shallow clayey silt stratum of Shanghai area on the construction of foundation pit.
该文介绍一个基坑工程的降水实例,分析了上海地区浅层的粘质粉土层潜水对基坑施工的影响。
4) heavy silt
重质粉土
5) silty clay layer
粉质粘土层
1.
Based on the analysis for the hydrogeological and engineering geological conditions of the Gushan open stope, the possibility of building anti-seepage stepped curtain in silty clay layer between silt-sand aquifer and sand-gravel aquifer is discussed.
通过分析姑山采场的水文地质和工程地质条件,探讨了利用粉细砂含水层和砂卵砾石含水层之间的粉质粘土层建造台阶式防渗帷幕的可能性,以消除姑山采场东北帮边坡因地下水和青山河水在边帮中可能对边坡造成渗透变形的隐患,为姑山采场安全开采东北帮优质铁矿石创造条件,也为姑山矿实施可持续发展提供技术支持。
6) silty clay
粉质粘性土
1.
Based on the result of load test,the data of test in silty clay foundation contained gravel is analyzed.
基于载荷试验的结果,对含碎石粉质粘性土地基检测的数据进行统计分析。
2.
This paper describes the strengthening technique by grouting and concrete construction process for deep burying karst cave with filling silty clay of Yuanliang Mountain Tunnel on Chongqing-Huaihua,The frequency of crossgrout occurring in tunnel construction can be reduced and the strengthening feeect by grouting can be ensured by adapting this technique.
本文较详细地介绍了渝怀铁路圆梁山隧道毛坝向斜高压富水区 DK35 4 +2 5 5～ +2 80深埋充填粉质粘性土溶洞的注浆加固技术及其具体施工工艺过程 ,有效地降低了隧道工程中发生串浆的频率 ,能确保注浆加固效果。
3.
The paper introduces the grouting technique used for small deep-buried Kast cave filled with silty clay at section PDK366+035～+015 of Qiyueshan Tunnel on Yiwan Railway which featured by high pressure and enriched water.
本文介绍了宜万铁路齐岳山隧道高压富水区PDK366+035～+015深埋充填粉质粘性土小型溶洞的注浆加固技术。
补充资料：半硅质粘土
半硅质粘土
semi-silica clay
bongui之h一niantu半硅质粘土(semi一siliea elay)5102含量为65纬~80%的耐火原料。它的Al:03和TIOZ含量在15%一30%之间，其他为铁、钙等氧化物杂质。耐火度在165oC左右，由于石英含量的不同其变化较大，所以其灼减量比一般耐火粘土低，加热收缩比一般耐火粘土小。其制品的性质介于硅砖与粘土砖之间。中国半硅质粘土资源不多，用途也较少。日本为了充分利用这种资源，多用来代替粘土砖。 半硅质粘土中所含的石英砂的颗粒大小对其制品烧结性能有较大的影响，如石英砂的颗粒在0.Zmm以下则容易烧结，而在。.smm以上则在烧结过程中，由于石英砂的膨胀而易造成松散。杂质总量高于5%时，耐火度等高温性能降低很多。 半硅质粘土主要用于制造半硅质粘土制品。 (许乡匕权)
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