aggregate recoil

简明释义

集合反冲

英英释义

例句

1.Engineers are working on a system to reduce aggregate recoil 整体后坐力 in heavy machinery for improved operator comfort.

工程师们正在开发一种系统，以减少重型机械中的整体后坐力，以提高操作员的舒适度。

2.The new stock design significantly reduces aggregate recoil 整体后坐力, allowing for faster follow-up shots.

新的枪托设计显著减少了整体后坐力，允许更快的跟进射击。

3.The aggregate recoil 整体后坐力 of the cannon was calculated to ensure stability during firing.

炮的整体后坐力被计算出来，以确保发射时的稳定性。

4.During testing, the team measured the aggregate recoil 整体后坐力 to assess the performance of the prototype.

在测试期间，团队测量了整体后坐力以评估原型的性能。

5.The design of the new firearm minimizes aggregate recoil 整体后坐力, making it easier to control during rapid firing.

新枪械的设计最小化了整体后坐力，使得在快速射击时更容易控制。

作文

In the realm of physics, particularly in mechanics, the concept of recoil is often discussed. Recoil refers to the backward movement experienced by an object when a force is applied to it, such as when a gun is fired or a cannon is discharged. However, when we talk about aggregate recoil (综合后坐力), we are referring to the cumulative effect of recoil from multiple sources or events. This term becomes especially significant in scenarios where several forces interact simultaneously, leading to a combined effect that can be more pronounced than individual retraction.To illustrate this, consider a scenario involving multiple firearms being discharged at once. Each firearm generates its own recoil, which is felt by the shooter. When all these firearms are fired together, the resulting aggregate recoil (综合后坐力) is significantly greater than the recoil of a single firearm. This phenomenon can lead to challenges in maintaining control and accuracy, as the shooter must manage not just the recoil of one weapon, but the combined force of all discharges.The implications of aggregate recoil (综合后坐力) extend beyond just firearms. In engineering, for instance, when designing machinery that involves moving parts, understanding how different components may contribute to a collective recoil effect is crucial. If engineers fail to account for the aggregate recoil (综合后坐力) of various machine parts, they might end up with equipment that is difficult to operate or even dangerous.Moreover, in the field of sports, athletes often experience aggregate recoil (综合后坐力) in activities that involve explosive movements. For example, a weightlifter lifting a heavy barbell experiences not only the weight of the barbell but also the impact of the weights as they come to a sudden stop. The combined effect of this force can be understood as aggregate recoil (综合后坐力), which the athlete must learn to manage to prevent injury and improve performance.Understanding aggregate recoil (综合后坐力) also has applications in the design of safety equipment. For example, in the automotive industry, engineers must consider the aggregate recoil (综合后坐力) that occurs during a collision. By analyzing how different parts of a vehicle will react upon impact, designers can create safer cars that better protect passengers.In conclusion, the concept of aggregate recoil (综合后坐力) is an important consideration across various fields, from physics and engineering to sports and safety design. Recognizing the cumulative effects of recoil helps professionals make informed decisions that enhance control, safety, and performance. Whether it be through the lens of a shooter managing multiple firearms or an engineer designing a complex machine, the understanding of aggregate recoil (综合后坐力) plays a pivotal role in ensuring efficiency and safety in numerous applications.