bond strength
基础释义：
n. 粘合力；结合力；联结力
发音：英 [b?nd st??nt] ；美 [bɑ?nd st??nt]
英语范文：
The bond strength of two materials is determined by their chemical composition, microstructure, and processing conditions.
两种材料的粘合力由它们的化学成分、微观结构和加工条件决定。
英语作文：
题目：The Impact of Bond Strength on Material Failure
In materials science, bond strength is a crucial factor that determines whether a material will fail under load. If the bond strength is too low, the material will experience debonding or fracture, leading to failure. Conversely, if the bond strength is too high, the material may experience plastic deformation or creep before failure, reducing its performance and lifespan. Therefore, it is essential to understand the impact of bond strength on material failure in order to design materials that are more reliable and durable.
音标：
bond [b?nd] 短元音，先发b，舌位稍后一些再发??，双唇稍收拢；
strength [st??nt] 短元音，先发s，舌位稍后一些再发?：，舌位和唇形变化较小。
Bond Strength: The Key to Strong Relationships
Bond strength is a term that refers to the strength of the bond or connection between two things. In relationships, it can refer to the strength of the bond between two people, or the strength of the connection between an object and its supporting structure. Understanding bond strength is crucial for maintaining healthy and strong relationships.
In relationships, bond strength is influenced by a variety of factors, including communication, trust, shared experiences, and emotional support. When these factors are strong, the bond between two people is strong, and they are more likely to have a strong and lasting relationship. Conversely, when these factors are weak or lacking, the bond between two people may be fragile and prone to breakdown.
Communication is a key factor in bond strength. Effective communication requires openness, honesty, and mutual respect. It involves expressing feelings and opinions, listening to others, and seeking to understand their perspective. When communication is lacking, misunderstandings and conflicts can arise, weakening the bond between two people.
Trust is another important factor in bond strength. Trust requires transparency, reliability, and consistency. It involves placing one's trust in another person's intentions and actions, knowing that they will be honest and reliable. Without trust, a relationship can be strained and fragile.
Shared experiences also contribute to bond strength. When two people have common experiences and memories, they are more likely to have a strong emotional connection. These shared experiences can strengthen the bond between two people and provide a sense of belonging and connection that is difficult to replicate.
In conclusion, bond strength is essential for maintaining healthy relationships. It is influenced by communication, trust, shared experiences, and emotional support. By enhancing these factors, individuals can strengthen their bonds with others and create stronger and lasting relationships.
Bond Strength
Bond strength refers to the force that holds two objects together when they are connected by a binding agent such as glue, solder, or weld. It is a crucial factor in the durability and stability of the connection between the two objects.
The bond strength of different materials varies widely depending on their composition, structure, and properties. For example, metals typically have higher bond strengths than polymers or composites due to their crystalline structure and high ductility. On the other hand, polymers may require special bonding techniques to achieve strong bonds.
In engineering and construction, bond strength is an important consideration in the design and construction of structures. It affects the stability and safety of the structure, as well as its long-term performance. For example, if a bond between two components fails, it can lead to structural failure and potentially dangerous situations.
To improve bond strength, engineers may use various bonding techniques such as heat treatment, pressure application, and surface treatment. These techniques can enhance the bonding agent's ability to penetrate the surfaces of the two objects and form a strong bond.
In conclusion, bond strength is a crucial factor in the durability and stability of connections between objects. Understanding the bond strength of different materials and using appropriate bonding techniques can help engineers design and construct structures that are more stable and safe.
