radius of action

简明释义

续航距离

英英释义

例句

1.The military exercises were designed with a specific radius of action to ensure safety during operations.

军事演习的设计有特定的行动半径以确保操作安全。

2.In emergency response, understanding the radius of action of rescue teams is crucial for effective planning.

在紧急响应中，了解救援队伍的行动半径对于有效规划至关重要。

3.The drone has a maximum radius of action that limits its operational range to 10 kilometers.

这款无人机的最大行动半径限制了其操作范围为10公里。

4.The research team calculated the radius of action for their field studies to maximize data collection.

研究小组计算了他们实地研究的行动半径以最大化数据收集。

5.The delivery service expanded its radius of action to include more neighborhoods.

该快递服务扩大了其行动半径，以覆盖更多社区。

作文

The concept of radius of action is pivotal in various fields, including physics, engineering, and even social sciences. In essence, the radius of action refers to the range or extent within which an object or individual can effectively operate or exert influence. Understanding this concept can significantly enhance our comprehension of how different systems interact and function. For instance, in physics, the radius of action can describe the area around a force where it can have an effect. Consider a magnet; its radius of action defines the distance from the magnet where its magnetic force can still attract or repel other magnetic materials. This principle is not just limited to magnets but can be applied to various forces like gravitational pull and electric fields. The further away you move from the source of the force, the weaker its effect becomes, illustrating the importance of understanding the radius of action when studying physical phenomena.In engineering, the radius of action is crucial for designing machinery and vehicles. For example, when designing a drone, engineers must consider the radius of action when determining how far the drone can fly while still being able to communicate with its control system. If the drone's radius of action is too limited, it may lose connection and become uncontrollable. Therefore, knowing the radius of action helps engineers create more efficient and reliable machines that can perform their intended tasks without interruption.Moreover, the radius of action is not confined to the physical realm; it extends into social sciences as well. In sociology, the radius of action can refer to the extent of an individual's influence within their community or social network. A person with a wide radius of action can affect many people and situations, while someone with a limited radius of action may struggle to make an impact. This understanding can help us analyze social dynamics and the effectiveness of leadership. In personal development, recognizing one’s own radius of action can lead to better decision-making. For instance, if an individual understands their strengths and limitations, they can focus their efforts on areas where they can truly make a difference. This self-awareness allows for more effective goal setting and resource allocation, ultimately leading to greater success in both personal and professional endeavors.In conclusion, the concept of radius of action is multifaceted and applies to numerous disciplines. Whether it is in the context of physical forces, engineering design, or social influence, understanding the radius of action provides valuable insights into how systems operate and interact. By grasping this concept, individuals and professionals alike can enhance their effectiveness and make more informed decisions, ultimately leading to better outcomes in their respective fields.

“作用半径”这个概念在多个领域中都至关重要，包括物理学、工程学，甚至社会科学。简单来说，作用半径指的是一个物体或个体可以有效操作或施加影响的范围或程度。理解这个概念可以显著增强我们对不同系统如何相互作用和运作的理解。例如，在物理学中，作用半径可以描述一个力的作用区域。在考虑一个磁铁时，它的作用半径定义了距离磁铁多远的地方仍然可以吸引或排斥其他磁性材料。这个原理不仅限于磁铁，还可以应用于各种力，如引力和电场。离力源越远，其效果就越弱，这突显了在研究物理现象时理解作用半径的重要性。在工程学中，作用半径对于设计机械和车辆至关重要。例如，在设计无人机时，工程师必须考虑作用半径，以确定无人机在飞行时能够多远与其控制系统进行通信。如果无人机的作用半径过于有限，它可能会失去连接并变得无法控制。因此，了解作用半径有助于工程师创造出更高效、更可靠的机器，使其能够顺利执行预定任务。此外，作用半径不仅限于物理领域；它也延伸到社会科学。在社会学中，作用半径可以指一个人在其社区或社交网络中的影响范围。一个具有广泛作用半径的人可以影响许多人和情况，而一个作用半径有限的人可能难以产生影响。这种理解可以帮助我们分析社会动态和领导力的有效性。在个人发展中，认识到自己的作用半径可以导致更好的决策。例如，如果一个人理解自己的优势和局限性，他们可以将精力集中在自己真正能够产生影响的领域。这种自我意识使得目标设定和资源分配更加有效，最终在个人和职业事业中取得更大的成功。总之，作用半径的概念是多方面的，适用于众多学科。无论是在物理力、工程设计还是社会影响的背景下，理解作用半径提供了关于系统如何运作和相互作用的宝贵见解。通过掌握这一概念，个人和专业人士都可以提高自己的有效性，做出更明智的决策，从而在各自的领域取得更好的结果。