1) substrate rigidity
基底硬度
1.
Object: Investigating the effect of substrate rigidity and ECM density on cell biological behaviors, by using polyacrylamide substrate to reveal the influence of the increased tissue stiffness on hepatic parenchymal cells during liver fibrosis.
基底硬度通过影响细胞粘附调整细胞预应力,进而影响细胞形态、骨架装配、黏着斑形成、细胞间连接方式等多种行为,这些行为对细胞表型的维持是至关重要的。
2.
Focus was placed on the role of substrate rigidity on the maintenance of cell phenotype and tissue organization,as well as the relevant signaling mechanisms.
本文总结了近些年来有关方面的研究进展,重点讨论了基底硬度在细胞表型、组织稳定性维持方面的作用,并且对有关的信号转导机制进行了概述。
3) substrate hardness
基体硬度
1.
The tribological properties and mechanisms of sulfide layer were investigated on different steel,which possess different substrate hardness.
研究了不同基体硬度的模具钢渗硫层和不锈钢渗硫层减摩耐磨行为及其机理, 结果表明硬度高的模具钢渗硫层固体润滑性明显强于不锈钢渗硫层。
2.
The critical load L c of TiN coating increases with the increasing of substrate hardness and coating thickness,but decreases with the increasing of surface roughness.
随基体硬度提高和涂层厚度增加 ,Ti N涂层的临界载荷 Lc增高。
5) substrate temperature
基底温度
1.
Influence of the liquid substrate temperature on the band-shaped ordered structures in an Al film system;
液相基底温度对Al薄膜中带状有序结构的影响
2.
The influence of substrate temperature on the crystal orientation,the surface topography and conductivity of TiNx thin films were investigated.
在不同的基底温度下,采用直流磁控反应溅射法在硅基底上制备了氮化钛(TiNx)薄膜,研究了基底温度对薄膜结晶取向、表面形貌和导电性能的影响。
3.
The effect of the substrate temperature and the rest energy of incident particles on the island morphology and size at the early stage of thin film growth are studied by Monte-Carlo simulation.
利用Monte Carlo(MC)方法模拟研究了薄膜生长的初始阶段岛的形貌和岛的尺寸与基底温度和入射粒子剩余能量之间的关系。
6) cement carbide substrate
硬质合金基底
补充资料：鞋底
1.鞋的着地部分。 2.指鞋底板。 3.指文章遭浓墨涂抹之处。
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