2) shore durometer
鞋靴硬度计
3) 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。
4) Sole slope cutting machine
鞋底斜度切除机
5) shoe sole
鞋底
1.
The reverse manufacturing technology and biomimetic shope-modified technology was employed to solve the problem of shoe soles adhesion,and its experimental system was designed.
利用逆向制造技术和仿生改形技术探索了鞋底的黏附问题,并设计了试验系统。
2.
The effective factors on the quality of polyurethane shoe sole in the production were analysed.
研究分析了聚氨酯(PU)鞋底生产过程中影响产品质量的主要因素。
3.
Research results on application of a kind of modified by using Yantai Wanhua MDI product-Wannate 8617 in microcellular polyurethane for shoe sole are introduced.
介绍了烟台万华改性MDI产品Wannate 8617在微孔聚氨酯鞋底领域的应用研究结果,考察了密度、硬度以及增强填料对微孔聚氨酯弹性体性能的影响。
6) shoe-sole
鞋底
1.
Using butadiene nitrile rubber(NBR), ethylene-vinyl acetate copolymer(EVA)and natural rubber as main materials,other compositions being added into,through a series of working procedures,such as masticating,composing,mixing,crosslinking and foaming,terpolymer shoe-sole with microporeis made.
以丁腈橡胶（ＮＢＲ）、乙酸乙烯共聚物（ＥＶＡ）和天然橡胶为主要原料，配以其它体系，经素炼、合炼、混炼、交联发泡等工序制得三元共混微孔鞋底。
2.
The design and realization of anti-adhesive testing system of shoe-sole was carried out, using reverse manufacturing technology and computer biomimetic modified design technology.
对比试 验表明:在同样的条件下,某些仿生改形表面的鞋底具有十分明显的减粘脱附效果,降低粘附力最大为8。
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