ballistically

简明释义

[bəˈlɪstɪkli][bəˈlɪstɪkli]

adv. 弹道学地;发射地

英英释义

In a manner relating to the motion of objects that are propelled through the air, especially under the influence of gravity and aerodynamic forces.

以与被推进物体的运动相关的方式,尤其是在重力和空气动力学力的影响下。

单词用法

ballistically tested

经过弹道测试的

ballistically stable

弹道稳定的

ballistically resistant

具有弹道抵抗力的

ballistically effective

在弹道上有效的

同义词

dynamically

动态地

The missile was designed to operate dynamically.

该导弹被设计为动态操作。

projectile

弹道的

The projectile followed a predictable path.

该弹体沿着可预测的轨迹飞行。

kinetically

动能地

The system responds kinetically to external forces.

该系统对外部力量做出动能反应。

反义词

stationarily

静止地

The object remained stationarily in the air.

物体在空中静止不动。

calmly

冷静地

She handled the situation calmly despite the chaos.

尽管局势混乱,她仍然冷静地处理了情况。

例句

1.The role of adiabatic shear bands within fragments of tubular steel ballistically loaded by explosive is investigated.

研究钢管在爆炸加载条件下绝热剪切带的作用。

2.The role of adiabatic shear bands within fragments of tubular steel ballistically loaded by explosive is investigated.

研究钢管在爆炸加载条件下绝热剪切带的作用。

3.The engineer explained that the bullet travels ballistically 弹道地 until it hits an object.

工程师解释说,子弹在击中物体之前会弹道地飞行。

4.In the lab, we studied how projectiles behave ballistically 弹道地 when fired at different angles.

在实验室里,我们研究了不同角度发射的弹丸是如何弹道地运动的。

5.Understanding ballistically 弹道地 how objects move can help improve safety in sports.

理解物体是如何弹道地运动的可以帮助提高体育活动的安全性。

6.The trajectory of the rocket was calculated ballistically 弹道地 to ensure it reached the desired orbit.

火箭的轨迹是通过弹道地计算的,以确保它达到预定轨道。

7.The missile was designed to travel ballistically 弹道地 through the atmosphere before striking its target.

这枚导弹被设计成在大气中弹道地飞行,然后打击目标。

作文

In the realm of physics and engineering, the term ballistically refers to the behavior of objects in motion, particularly those that are propelled through the air. This concept is vital in various fields, including military applications, sports science, and even space exploration. Understanding how objects move ballistically can help engineers design better projectiles, athletes improve their performance, and scientists launch spacecraft more effectively.To illustrate the importance of ballistically analyzing motion, let’s consider the example of a basketball player shooting a three-pointer. The trajectory of the ball is not just a simple arc; it is influenced by numerous factors such as the angle of release, initial velocity, and the effects of gravity and air resistance. When the player shoots the ball, it follows a path that can be predicted using the principles of ballistically guided motion. By understanding these principles, players can adjust their techniques to increase their chances of scoring.Similarly, in military contexts, the study of ballistically launched missiles is crucial. Engineers must take into account the speed, angle, and aerodynamic properties of the missile to ensure it reaches its target accurately. A missile that is designed without consideration of ballistically relevant factors may miss its target entirely or fail to achieve the desired impact. Hence, military strategists and engineers work closely together to analyze and optimize missile trajectories, ensuring maximum effectiveness in combat situations.In the field of space exploration, understanding ballistically how spacecraft enter and exit orbits is essential for successful missions. For instance, when launching a satellite, scientists must calculate the exact speed and angle at which the rocket should be launched to ensure that it enters a stable orbit around the Earth. Any miscalculation can lead to catastrophic failures, such as the satellite falling back to Earth or drifting off into space. Thus, the principles of ballistically guided motion play a critical role in the success of space missions.Moreover, the study of ballistically propelled objects extends beyond professional sports and military applications. It also has implications in everyday life. For example, when someone throws a ball, they intuitively understand that the harder they throw it, the further it will go. However, to maximize distance, they must also consider the angle at which they throw the ball. This basic understanding of ballistically driven motion is something that many people experience but may not consciously recognize.In conclusion, the term ballistically encompasses a wide range of applications across different fields. From sports to military strategy and space exploration, understanding the principles of ballistically guided motion is crucial for success. Whether it is a basketball player aiming for the hoop, an engineer designing a missile, or a scientist launching a satellite, the ability to analyze and predict motion ballistically can lead to improved outcomes and innovations. As we continue to explore the complexities of motion, the significance of this term will only grow, highlighting the interconnectedness of physics and real-world applications.

在物理和工程领域,术语ballistically指的是物体运动的行为,特别是那些通过空气推进的物体。这个概念在多个领域中至关重要,包括军事应用、运动科学,甚至是太空探索。理解物体如何以ballistically的方式运动,可以帮助工程师设计更好的弹药、运动员提高表现,以及科学家更有效地发射航天器。为了说明对ballistically分析运动的重要性,让我们考虑一个篮球运动员投篮的例子。篮球的轨迹不仅仅是一个简单的弧线;它受到许多因素的影响,如释放角度、初始速度以及重力和空气阻力的影响。当球员投篮时,篮球沿着一条可以使用ballistically引导运动原理预测的路径飞行。通过理解这些原理,球员可以调整他们的技术,以增加得分的机会。同样,在军事背景下,研究ballistically发射的导弹至关重要。工程师必须考虑导弹的速度、角度和空气动力学特性,以确保其准确命中目标。设计时未考虑ballistically相关因素的导弹可能完全偏离目标或无法达到预期的影响。因此,军事战略家和工程师紧密合作,分析和优化导弹轨迹,以确保在战斗情况下的最大有效性。在太空探索领域,理解航天器如何进入和退出轨道的ballistically运动对于成功的任务至关重要。例如,在发射卫星时,科学家必须计算火箭应以何种确切速度和角度发射,以确保它进入稳定的地球轨道。任何错误的计算都可能导致灾难性的失败,例如卫星重新坠落到地球或漂流到太空中。因此,ballistically引导运动的原理在太空任务的成功中发挥了关键作用。此外,研究ballistically推进物体的内容不仅限于专业运动和军事应用。它在日常生活中也有影响。例如,当某人扔球时,他们直观地理解,扔得越用力,球飞得越远。然而,为了最大化距离,他们还必须考虑投掷球的角度。这种对ballistically驱动运动的基本理解是许多人经历过但可能没有意识到的事情。总之,术语ballistically涵盖了不同领域中的广泛应用。从体育到军事战略再到太空探索,理解ballistically引导运动的原理对于成功至关重要。无论是篮球运动员瞄准篮筐、工程师设计导弹,还是科学家发射卫星,分析和预测运动的能力ballistically可以带来更好的结果和创新。随着我们继续探索运动的复杂性,这个术语的重要性只会增加,突显出物理学与现实世界应用之间的相互联系。