1) hard plastic loam
硬塑性亚粘土
1.
On the basis of analyzing the construction for excavating and pumping hard plastic loam by Xinhaie cutter-suction dredger in the dredging project of jetty for 3rd phase in Miaoling port area of Lianyungang Port,the variation of flow Pattern and parameters of hard plastic loam pumped by dredge pump has been further known.
通过对新海鳄轮绞吸挖泥船在连云港港庙岭三期突堤码头疏浚工程挖掘与泵送硬塑性亚粘土施工情况进行分析,进一步了解了泥泵泵送硬塑性亚粘土的流态和参数变化,对绞吸船在挖吹粘性土领域的研究具有借鉴意义。
2) hard plastic clay
硬塑粘土
1.
With reference to the difficulties encountered during boring construction of foundations of Zhanjiang Bay Bridge, this paper describes and discusses how to improve drag bit to make it adapt to the boring construction in hard plastic clay stratum.
针对湛江海湾大桥钻孔施工的难题,论述如何改进刮刀钻头使之适应硬塑粘土层钻孔施工的需要,通过工程实践证明达到了理想的效果。
4) remolded cohesive soil
重塑粘性土
1.
Based on soil experimental technique and computer image processing,a method to gain the structural parameters of soil samples by using SEM photos has been discussed,and an example of remolded cohesive soil is offered.
以土工实验和计算机图像处理技术为基础,探讨利用SEM照片获取土的孔隙结构参数的方法,并以重塑粘性土为例进行实证分析。
5) low plastic clay
低塑性粘土
6) high plastic clay
高塑性粘土
1.
Research on the Region of High Plastic Clay of High Rockfill Dam;
高心墙堆石坝高塑性粘土区域的影响分析
2.
An optimal state of its highly stabilized intensity and low shrinkage of the high plastic clay is obtained through the indoor experimental research on the characteristics of the high liquid-limit clay project of Jimei Artery in Xiamen City,which can be applied to the construction and meet the criteria of the design of expressway subgrade.
通过对厦门集美大道高塑性粘土工程特性的室内试验分析研究,得出高塑性粘土高稳定强度、低缩量的最佳状态,使其在施工中得以实施,并能满足高等级公路路基设计的要求。
3.
To solve the problem of lack of better paving material,utilization of high plastic clay and bi-ash soil construction can be adopted.
江南水乡湖泽众多 ,缺乏优良的筑路材料 ,因地制宜地利用高塑性粘土进行二灰土施工解决了这一难题。
补充资料：热塑性聚酰亚胺复合材料
热塑性聚酰亚胺复合材料
thermoPlastie polyimide matrix eomPosites
热塑性聚酞亚胺复合材料thermoplastic pol-yimide matrix eomPosites以热塑性聚酞亚胺树脂为基体，用纤维(或其织物)增强或用粉末填料填充制得的复合材料。是先进复合材料中最重要的热塑性高聚物基复合材抖之一 聚酞亚胺是·类i一链1几含酸亚胺基团0。C 一 入 一0?C的聚合物。品种很多.仃热{古}性的，也有热塑性的。属热塑性的有双醚醉型聚酞亚胺、聚醚酞亚胺、氟醉型聚酸亚胺和顺配型聚酞亚胺。它们具有一般热塑性塑料的如l一特性，可用模压、注射、挤出等工艺成型。常用的增强纤维是玻璃纤维、碳纤维和硼纤维，常用的粉末填料是石墨、二硫化钥等。最重要的热塑性聚酞亚胺树脂是氟醉型聚酞亚胺，在美国已研制成系列产品NR一150A、NR一150B、NR一150 AB、NR一150 AZ和NR一150BZ。用这种树脂制得的复合材料孔隙少，长期使用温度达260一316aC，短期使用温度达317一345oC，还具有优良的韧性、耐疲劳性和机械强度，优良的耐电弧性和介电强度，良好的电磁波透过性。连续纤维复合材料一般采用真空袋热压罐法、真空袋烘炉法和模压法成型。可作结构材料、绝缘材料、透波材料和热烧蚀屏蔽材料、热防护材料等，用于制作宇航用结构件、飞机零件、喷气发动机部件(如叶片、热防护板、刹车片)和雷达天线罩等。(过梅丽)
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