slip stream

简明释义

滑流螺旋桨尾流推进器流推进器尾流

英英释义

例句

1.In aerodynamics, a plane can reduce drag by flying in the slip stream of another aircraft.

在空气动力学中，飞机可以通过飞入另一架飞机的气流尾流来减少阻力。

2.Sailboats can improve their speed by sailing in the slip stream created by larger vessels.

帆船可以通过在较大船只产生的气流尾流中航行来提高速度。

3.The car was able to gain speed by following closely behind the truck in its slip stream.

这辆车通过紧跟在卡车后面进入其气流尾流，因此能够加速。

4.The cyclist positioned himself behind the leader to take advantage of the slip stream.

这名骑自行车的人将自己置于领骑者的身后，以利用气流尾流。

5.Runners often try to stay close to each other to benefit from the slip stream during a race.

跑步者在比赛中通常会尽量靠近彼此，以便从气流尾流中受益。

作文

In the world of aerodynamics and fluid dynamics, the term slip stream refers to the area of reduced pressure and turbulence that follows behind a moving object, especially in the context of vehicles such as cars and aircraft. This phenomenon is not only fascinating from a scientific perspective but also has practical implications in various fields, including sports, transportation, and even energy conservation. Understanding how to utilize the slip stream can lead to improved performance and efficiency.When a vehicle moves through the air, it creates a disturbance in the surrounding atmosphere. This disturbance generates a wake, which is a region of turbulent air trailing behind the vehicle. The slip stream, however, is the portion of this wake where the air pressure is lower than that of the surrounding atmosphere. By positioning themselves within this slip stream, other vehicles can reduce their aerodynamic drag, thereby conserving energy and increasing speed.A classic example of the use of the slip stream can be seen in competitive cycling. Cyclists often ride in a line, with the lead cyclist breaking through the wind and creating a slip stream for the cyclists behind. This strategy allows the following riders to save energy, enabling them to maintain higher speeds with less effort. In professional cycling races, this technique can be the difference between winning and losing, highlighting the importance of understanding aerodynamic principles.Similarly, in motorsports, drivers frequently take advantage of the slip stream during races. As cars race closely together, the leading car creates a slip stream that allows trailing cars to gain speed without expending as much fuel or power. This tactic not only enhances the excitement of the race but also showcases the strategic elements involved in high-speed competitions.In aviation, pilots are also aware of the benefits of the slip stream. When flying in formation, military aircraft can reduce fuel consumption and increase range by flying in the slip stream of the lead aircraft. This practice is crucial for long missions where fuel efficiency can determine the success of a mission.The concept of the slip stream extends beyond physical vehicles; it can be applied metaphorically in various aspects of life. For instance, in teamwork and collaboration, individuals can benefit from the collective momentum generated by a group. Just as vehicles can harness the power of the slip stream, people can thrive when they work together, sharing resources and support to achieve common goals.Moreover, the idea of the slip stream can also be related to personal development. By aligning oneself with mentors or leaders who create a positive influence, individuals can navigate their paths more efficiently, benefiting from the guidance and experience of those ahead of them. This synergy can lead to accelerated growth and success.In conclusion, the term slip stream encapsulates a powerful principle that applies to various domains, from sports and transportation to personal growth. By understanding and harnessing the advantages of the slip stream, individuals and groups can enhance their performance, conserve energy, and achieve greater outcomes. Whether in a race, a team project, or personal endeavors, recognizing the value of the slip stream can lead to significant improvements and successes in our pursuits.

在空气动力学和流体动力学的世界里，短语slip stream指的是一个移动物体后面跟随的压力降低和湍流区域，尤其是在汽车和飞机等交通工具的上下文中。这个现象不仅从科学角度来看令人着迷，而且在体育、运输甚至能源节约等多个领域都有实际意义。理解如何利用slip stream可以提高性能和效率。当一辆车在空气中移动时，它会在周围的大气中产生扰动。这种扰动会生成一个尾流，这是一个在车辆后面形成的湍流空气区域。然而，slip stream是这个尾流的一部分，其中的空气压力低于周围大气的压力。通过将自己置于这个slip stream中，其他车辆可以减少空气动力阻力，从而节省能量并增加速度。一个经典的例子是竞技自行车比赛中slip stream的使用。骑自行车的人通常排成一线，领先的骑手破风并为后面的骑手创造一个slip stream。这种策略使得跟随的骑手能够节省能量，使他们能够以更少的努力保持更高的速度。在职业自行车比赛中，这种技巧可能是胜负的关键，突显了理解空气动力学原理的重要性。同样，在赛车运动中，车手经常在比赛中利用slip stream。当汽车紧密相对行驶时，领先的汽车会创造一个slip stream，使得后面的汽车能够以较少的燃料或动力获得速度。这种策略不仅增强了比赛的刺激性，而且展示了高速竞争中涉及的战略元素。在航空领域，飞行员也意识到slip stream的好处。当军用飞机编队飞行时，通过在领先飞机的slip stream中飞行，可以减少燃料消耗并增加航程。这种做法对于长途任务至关重要，因为燃料效率可以决定任务的成功。slip stream的概念超越了物理车辆；它可以在生活的各个方面进行隐喻应用。例如，在团队合作和协作中，个人可以从团队产生的集体动能中受益。正如车辆可以利用slip stream的力量，人们在共同工作时也可以蓬勃发展，分享资源和支持，以实现共同目标。此外，slip stream的理念也可以与个人发展相关联。通过与创造积极影响的导师或领导者对齐，个人可以更有效地导航自己的道路，受益于那些在他们前面的人提供的指导和经验。这种协同作用可以导致加速成长和成功。总之，短语slip stream概括了一个强大的原则，适用于多个领域，从体育和运输到个人成长。通过理解和利用slip stream的优势，个人和团体可以提高表现，节省能量，并取得更大的成果。无论是在比赛、团队项目还是个人努力中，认识到slip stream的价值可以在我们的追求中带来显著的改善和成功。