aggregate recoil

简明释义

原子反冲

英英释义

例句

1.In competitive shooting, managing aggregate recoil 整体后坐力 can greatly improve accuracy and speed.

在竞技射击中，管理整体后坐力可以大大提高准确性和速度。

2.The use of a muzzle brake significantly decreases the aggregate recoil 整体后坐力 felt during firing.

使用消焰器显著降低了射击时感受到的整体后坐力。

3.The training program focuses on techniques to handle aggregate recoil 整体后坐力 effectively.

培训项目专注于有效处理整体后坐力的技巧。

4.The design of the new firearm aims to minimize the aggregate recoil 整体后坐力 experienced by the shooter.

新型火器的设计旨在最小化射手所经历的整体后坐力。

5.Engineers are testing different materials to reduce the aggregate recoil 整体后坐力 in high-powered rifles.

工程师正在测试不同材料，以减少高功率步枪的整体后坐力。

作文

In the realm of physics and engineering, the concept of recoil is often discussed in relation to forces and motions. Recoil refers to the backward movement experienced by a firearm or any object that expels another object. When a bullet is fired from a gun, the gun experiences a force in the opposite direction, which is commonly known as recoil. However, when multiple forces or objects are involved, the term aggregate recoil becomes relevant. The term aggregate recoil (合成后坐力) describes the cumulative effect of recoil forces from multiple sources acting together. This can be particularly important in scenarios such as multi-barreled weapons or when multiple projectiles are fired simultaneously.Understanding aggregate recoil is crucial for engineers who design firearms or similar devices. For instance, if a weapon system includes several barrels firing at once, the total recoil felt by the shooter will be the sum of the individual recoils from each barrel. If not properly accounted for, this could lead to significant control issues, making the weapon difficult to handle and potentially dangerous.Moreover, aggregate recoil has implications beyond just firearms. In the world of aerospace engineering, rockets also experience recoil when their engines fire. The thrust generated by the rocket engines must overcome the aggregate recoil from the exhaust gases being expelled. Engineers must carefully calculate the forces involved to ensure that the rocket can achieve its intended trajectory and speed.Additionally, aggregate recoil can also be observed in sports. For example, in basketball, when a player jumps to shoot the ball, they may experience a form of recoil when they land. If multiple players jump and land simultaneously, the collective impact can be thought of as an aggregate recoil effect on the court. Understanding these dynamics can help coaches and trainers develop better strategies for player movements and positioning.In summary, the concept of aggregate recoil (合成后坐力) is a significant factor in various fields, including firearms, aerospace, and sports. It encompasses the combined effects of recoil forces from multiple sources, which can influence performance and safety. Whether it is ensuring that a firearm remains controllable or that a rocket successfully breaks free from Earth’s gravitational pull, understanding aggregate recoil is essential for achieving desired outcomes. As technology advances and our understanding of physics deepens, the importance of accurately calculating and managing aggregate recoil will continue to grow, paving the way for innovations across many disciplines.