back thrusting

简明释义

1. 背向冲断层; 2. 倒冲断层; 3. 后冲断层; 4. 背向冲断层作用; 5. 后冲断层作用; 6. 倒冲断层作用;

英英释义

例句

1.During the rocket launch, engineers monitored back thrusting to ensure optimal performance.

在火箭发射过程中，工程师监测后推力以确保最佳性能。

2.The athlete used back thrusting to gain momentum in the final stretch of the race.

运动员在比赛的最后阶段利用后推力来获取动力。

3.The pilot executed a perfect maneuver by using back thrusting to stabilize the aircraft during turbulence.

飞行员通过使用后推力在颠簸中稳定了飞机，完美地执行了机动。

4.The car's design included back thrusting technology to improve acceleration and handling.

这款车的设计包含了后推力技术，以改善加速和操控。

5.In the gym, the trainer emphasized the importance of back thrusting during deadlifts to maximize power.

在健身房，教练强调在硬拉过程中使用后推力的重要性，以最大化力量。

作文

The concept of back thrusting is often encountered in various fields, particularly in physics and engineering. It refers to the force exerted backward as a result of a propulsion mechanism. Understanding this principle is crucial for designing efficient engines and vehicles. In the context of rocket science, for instance, back thrusting plays a pivotal role in ensuring that a rocket can overcome gravitational pull and achieve lift-off. The engines produce a significant amount of thrust directed downward, which in turn propels the rocket upward. This interaction of forces is a practical application of Newton's third law of motion: for every action, there is an equal and opposite reaction.In addition to its applications in aerospace, back thrusting can also be observed in everyday situations. For example, when a person pushes against a wall, they exert a force that pushes back against them. This is a simple illustration of how back thrusting operates in our daily lives. It is not just limited to physical interactions; it can also be metaphorically applied to social dynamics where individuals or groups push back against pressures or expectations.Moreover, in the world of sports, particularly in activities like rowing or sprinting, athletes utilize the principle of back thrusting to maximize their performance. Rowers push against the water with their oars, creating a backward thrust that propels their boat forward. Similarly, sprinters push off the ground, generating a backward force that helps them accelerate. In both cases, understanding how to effectively harness back thrusting can lead to improved techniques and better results.In conclusion, back thrusting is a fundamental concept that transcends various domains, from scientific principles to everyday actions and athletic performances. By comprehensively understanding this force, we can enhance our designs, improve our physical capabilities, and navigate social interactions more effectively. As we continue to explore the intricacies of forces and motion, the relevance of back thrusting will undoubtedly remain significant in our pursuit of knowledge and advancement.

“后推力”这一概念常常出现在物理和工程等多个领域。它指的是由于推进机制而向后施加的力。理解这一原理对于设计高效的发动机和车辆至关重要。例如，在火箭科学的背景下，“后推力”在确保火箭能够克服重力并实现发射方面发挥着关键作用。发动机产生大量向下的推力，从而推动火箭向上。这种力的相互作用是牛顿第三运动定律的实际应用：每个动作都有一个相等且相反的反应。除了在航空航天中的应用外，“后推力”也可以在日常情况下观察到。例如，当一个人推墙时，他们施加的力会反过来推回自己。这是“后推力”在我们日常生活中运作的简单说明。它不仅限于物理互动；它还可以比喻性地应用于社会动态中，个人或群体抵制压力或期望。此外，在体育界，特别是在划船或短跑等活动中，运动员利用“后推力”的原理来最大化他们的表现。划船者用桨推动水，产生向后的推力，从而推动他们的船前进。同样，短跑运动员从地面上发力，产生向后的力，帮助他们加速。在这两种情况下，理解如何有效利用“后推力”可以带来更好的技术和更好的结果。总之，“后推力”是一个基本概念，超越了科学原理、日常行为和运动表现等多个领域。通过全面理解这一力量，我们可以提高设计水平，改善身体能力，更有效地进行社交互动。随着我们继续探索力和运动的复杂性，“后推力”的相关性无疑将继续在我们追求知识和进步的过程中保持重要性。