adhesion
简明释义
n. 粘附；黏附（力）；支持；固定；
英英释义
The action or process of adhering to a surface or substance. | 附着于表面或物质的行为或过程。 |
附着或粘附于某物的状态。 |
单词用法
粘附强度 | |
附着力；粘附力 |
同义词
反义词
| 分离 | The separation of the two materials was necessary for the experiment. | 为了实验，必须将这两种材料分离。 | |
| 脱离 | The detachment of the sticker from the surface left a residue. | 贴纸从表面脱离后留下了残留物。 | |
| 断开 | 通信链路中出现了断开。 |
例句
1.If can avoid the oviduct lumen adhesion, can be pregnant the birth.
如果能够避免输卵管管腔粘连，还是能够怀孕生育的。
2.High adhesion of the paper (plastic). Self.
高附著力的纸张(塑料)。
3.Adhesion for life to you, love you, need you!
一生一世粘着你，爱着你，需要你！
4.Adhesion is a basic factor for the application of CVD diamond film.
附着性能的高低是CVD金刚石膜应用的基本问题之一。
5.The main fretting wear mechanism is abrasive wear and adhesion wear.
磨损机理主要为粘着磨损和磨粒磨损。
6.The adhesion at the surface is very good.
表面的粘附力非常良好。
7.You do it, if there is no adhesion on the best.
你去做通液吧，如果没有粘连就最好了。
8.Objective cell adhesion is an essential process for cell migration.
目的细胞粘附是细胞迁移的关键性起始步骤。
9.Direct proof of the mechanis. of adhesion is. quite elusive.
直接证明粘结的机理是十分困难的。
10.The adhesion of the cells to the substrate is essential for their growth.
细胞对基质的粘附对其生长至关重要。
11.The adhesion of the tape to the surface was surprisingly strong.
胶带对表面的粘附性出乎意料地强。
12.A good paint should have strong adhesion to the surface.
好的油漆应该对表面有强大的粘附性。
13.In surgery, proper adhesion of tissues is crucial for healing.
在手术中，组织的适当粘附对愈合至关重要。
14.The scientist studied the adhesion properties of different materials.
科学家研究了不同材料的粘附特性。
作文
Adhesion is a term that describes the tendency of different surfaces to cling to one another. In various fields, such as biology, physics, and engineering, the concept of adhesion (粘附) plays a crucial role in understanding how materials interact. For instance, in biology, the adhesion (粘附) of cells to each other or to their extracellular matrix is vital for tissue formation and repair. Similarly, in the field of engineering, the adhesion (粘附) between paints and surfaces determines the longevity and effectiveness of coatings. To illustrate the importance of adhesion (粘附), consider the example of glue. When two surfaces are bonded together with glue, it is the adhesion (粘附) of the glue to both surfaces that creates a strong bond. This is why surface preparation is essential before applying adhesives; clean and roughened surfaces enhance adhesion (粘附) and ensure a reliable connection. Moreover, adhesion (粘附) can be influenced by various factors, including temperature, humidity, and the chemical composition of the materials involved. For instance, in humid environments, some adhesives may lose their effectiveness due to moisture interfering with the adhesion (粘附) process. Understanding these factors allows scientists and engineers to develop better adhesives and improve their applications. In the medical field, adhesion (粘附) also has significant implications. For instance, after surgery, scar tissue can form, leading to unwanted adhesion (粘附) between organs. These adhesions can cause pain and complications, making it essential for surgeons to minimize them during procedures. Research into preventing postoperative adhesion (粘附) has led to various strategies, including the use of barrier gels and anti-adhesion products. In conclusion, adhesion (粘附) is a fundamental concept that permeates numerous disciplines. Whether in biology, engineering, or medicine, understanding the principles of adhesion (粘附) is critical for innovation and problem-solving. As we continue to explore the intricacies of adhesion (粘附), we unlock new possibilities for improving technology and enhancing our understanding of natural processes. Through research and application, we can harness the power of adhesion (粘附) to create stronger bonds, whether they be literal or metaphorical, ultimately leading to advancements that benefit society as a whole.
粘附是一个描述不同表面相互粘连倾向的术语。在生物学、物理学和工程等多个领域，adhesion（粘附）的概念在理解材料如何相互作用方面发挥着至关重要的作用。例如，在生物学中，细胞彼此之间或与其细胞外基质的adhesion（粘附）对组织形成和修复至关重要。同样，在工程领域，涂料与表面之间的adhesion（粘附）决定了涂层的耐久性和有效性。为了说明adhesion（粘附）的重要性，可以考虑胶水的例子。当两种表面用胶水粘合在一起时，正是胶水对两个表面的adhesion（粘附）形成了强大的连接。这就是为什么在施加粘合剂之前，表面处理是必不可少的；干净且粗糙的表面可以增强adhesion（粘附），确保可靠的连接。此外，adhesion（粘附）会受到多种因素的影响，包括温度、湿度和所涉及材料的化学成分。例如，在潮湿环境中，由于水分干扰adhesion（粘附）过程，一些粘合剂可能会失去其有效性。理解这些因素使科学家和工程师能够开发更好的粘合剂，并改善它们的应用。在医学领域，adhesion（粘附）也具有重要意义。例如，手术后可能形成瘢痕组织，导致器官之间不必要的adhesion（粘附）。这些粘附可能会导致疼痛和并发症，因此外科医生在手术过程中必须尽量减少它们。对预防术后adhesion（粘附）的研究已经导致了各种策略的发展，包括使用屏障凝胶和抗粘附产品。总之，adhesion（粘附）是一个渗透多个学科的基本概念。无论是在生物学、工程还是医学中，理解adhesion（粘附）的原理对于创新和解决问题至关重要。随着我们继续探索adhesion（粘附）的复杂性，我们解锁了改善技术和增强我们对自然过程理解的新可能性。通过研究和应用，我们可以利用adhesion（粘附）的力量创造更强的联系，无论是字面上的还是隐喻上的，最终推动社会整体的进步。
