粘土片 meaning in English
clay gall
clay latice
claygall
crick
Examples
- The newspaper said graham left packages containing fake bomb components - slabs of gray plasticine , batteries , coils of wire and electrical tape - at various locations around the stadium
这家报纸还说格拉汉姆留下了一个装有和炸弹成分很相近物体的包袱：灰色的粘土片，电池，绕在一起的电线和电子磁带。 - Exfloited nanocomposites were successfully synthesized . the study of melting compound about pet eva abs pvc cpe and montmorillonite has been carried out . we abtained several intercalated nanocomposites , tem shows the interlayer spacing is no more than 100nm
首次对pet 、 eva 、 abs 、 pvc 、 cpe 、 pp与蒙脱土熔融复合进行了研究，制得多种插层型纳米复合材料， tem照片显示：多数粘土片层的厚度在100nm以内。 - The intercalating rate of modifier was 27 . 3wt % . fourier - trandformed infrared spectroscopy ( ft - ir ) also shows that modifier has been between layers . a series of polyamide / montmorillonite nanocomposites were prepared by melting extrusion method in two - screwed extruder at first
首次对三元尼龙和蒙脱土复合进行了研究， tem结果表明：粘土片层杂乱无章地分散在基体中，平均厚度10nm ，形成剥离型纳米复合材料。 - The structure of the composites was characterized by x - ray diffraction and transmission - electric microscope . the experimental results showed that the in - situ intercalation realized much finer dispersion of the silicate layers in the pvc matrix than the melt - blending intercalation . as for as the properties of the composites , the well - dispersed organoclay in the composites improved the properties of the materials , especially for the viscat softing temperature
本文主要通过x射线衍射、透射电子显微镜对复合材料的结构进行表征，结果证明：原位插层复合材料中粘土片层基本剥离，均匀的存在于聚氯乙烯树脂基体中；熔融插层体系中粘土的分散状态明显劣于原位插层体系，粘土以一定量片层堆积的形式存在。 - Base on our experimental results , a conclusion can be deduced . when the polymer and silicate layers have some capacity , the polymer chains with great molecular weight can exert much greater shear and stress , which is favorable to the exfoliation . while , the huge molecular weight could lead to the loss of fluidity of the polymer melt
在树脂基体于粘土片层具有一定相容性的前提下，分子量较大的分子链对粘土片层可产生较大的作用力，利于粘土片层的剥离；但过大的分子量又降低了聚合物熔体的流动性，妨碍了粘土的进一步插层。