yaw

简明释义

英[jɔː]美[jɔː]

n. （火箭、飞机、宇宙飞船等）偏航

vt. 使……偏航

vi. 偏航

n. （Yaw）人名；（东南亚国家华语）耀；（加纳）亚乌

复 数 y a w s

第 三 人 称 单 数 y a w s

现 在 分 词 y a w i n g

过 去 式 y a w e d

过 去 分 词 y a w e d

英英释义

单词用法

同义词

反义词

例句

1.It also responds to shoulder, elbow, and advanced wrist movements (including pitch, roll, and yaw), more than ever before.

它可以做出肩、肘以及腕部的复杂动作(包括上下翻动、左右摇晃以及侧向移动)，这在以前是不曾有过的。

2.While avoiding simulated yaw moments as the whirling wing is balanced with a coaxial counter rotating whirling wing.

同时避免由于旋转翼模拟偏航时刻是平衡的同轴旋转旋转翼计数器。

3.The ship-motion equations of sway, yaw and rolling were founded.

建立了首摇、横荡、横摇三个自由度的船舶运动方程。

4.As the markets pitch and yaw the pressing question is whether central bankers and regulators have acted with swift prudence, or ill-judged panic.

随着市场的左摇右摆，一个急迫的问题是：中央银行家和管理者们究竟是敏捷理智的开始行动，还是欠考虑的惊慌失措？

5.For yaw, which is orthogonal to gravity, the accelerometers can't help you, so you need something else to correct your drifting yaw gyro.

对于偏航角度，由于偏航角和重力方向正交，无法用加速度计测量得到，因此还需要采用其他设备来校准测量偏航角度的陀螺仪的漂移值。

6.In the controller, the motor Angle was controlled by the feedback of the yaw rate and the sideslip Angle.

调节器中，通过横摆角速度和侧偏角的共同反馈控制助力电机的转角。

7.The S-IVB stage has its single engine gimbaled in pitch and yaw.

IVB级有一个单独摆动发动机来作俯仰和偏航。

8.The plane began to yaw to the left due to strong winds.

由于强风，飞机开始向左偏航。

9.The ship's yaw was affected by the current, causing it to drift off course.

船的偏航受水流影响，导致它偏离航线。

10.The drone's yaw control allows it to rotate smoothly in the air.

无人机的偏航控制使其在空中平稳旋转。

11.In racing, managing yaw is crucial for maintaining speed through corners.

在赛车中，控制偏航对于在弯道中保持速度至关重要。

12.To maintain stability, the pilot had to correct the yaw of the aircraft.

为了保持稳定，飞行员必须纠正飞机的偏航。

作文

In the realm of aviation and maritime navigation, the term yaw refers to the rotation of an aircraft or a ship about its vertical axis. This movement is crucial for controlling the direction in which the vehicle is heading. For instance, when a pilot wants to change the direction of an airplane, they must adjust the yaw by using the rudder. Similarly, in a ship, the captain maneuvers the vessel by altering its yaw, allowing it to steer left or right. Understanding how yaw works is essential for anyone involved in these fields, as it directly impacts safety and navigation.The concept of yaw can also be applied beyond aviation and maritime contexts. In robotics, for example, many robotic systems require precise control over their orientation. When a robot turns to face a different direction, it undergoes a yaw motion. This is particularly important in applications such as autonomous vehicles, where accurate navigation is vital for avoiding obstacles and reaching destinations safely.Moreover, in the world of gaming and virtual reality, yaw plays a significant role in enhancing user experience. Game developers often implement yaw movements to create more immersive environments. For instance, when a player turns their character to look around, the game engine calculates the yaw angle to render the scene correctly. This not only adds realism but also improves gameplay mechanics, allowing players to interact with the virtual world more intuitively.In addition to its technical applications, yaw can also serve as a metaphor in everyday language. For instance, someone might say they are experiencing a sense of yaw in their life when they feel directionless or uncertain about their path. This figurative use of yaw highlights how the term can transcend its original meaning, illustrating the importance of direction and control in both physical and metaphorical contexts.Understanding yaw is not just limited to technical knowledge; it also encompasses a broader understanding of direction and navigation in various aspects of life. Whether it’s piloting an aircraft, steering a ship, programming a robot, or navigating personal challenges, the principle of yaw reminds us that we must constantly adjust our course to reach our desired destination. As we explore the different dimensions of yaw, we gain insight into the significance of directionality in our lives and the importance of making informed decisions to steer ourselves towards success.In conclusion, yaw is a multifaceted term that holds relevance in various fields, from aviation to robotics and even in our personal journeys. By grasping the concept of yaw, we not only enhance our technical understanding but also enrich our perspective on life’s navigational challenges. Whether we are piloting through the skies or navigating through our daily lives, recognizing the importance of yaw can empower us to take control of our paths and move forward with confidence.

在航空和海洋导航的领域中，术语yaw指的是飞机或船只绕其垂直轴的旋转。这种运动对于控制车辆前进方向至关重要。例如，当飞行员想要改变飞机的方向时，他们必须通过使用舵来调整yaw。同样，在船只中，船长通过改变船只的yaw来操纵船只，使其向左或向右转动。理解yaw的工作原理对于任何参与这些领域的人来说都是必不可少的，因为它直接影响安全和导航。Yaw的概念也可以应用于航空和海洋以外的领域。在机器人技术中，例如，许多机器人系统需要精确控制其方向。当机器人转身面对不同方向时，它会经历一种yaw运动。这在自动驾驶汽车等应用中特别重要，因为准确的导航对于避免障碍物和安全到达目的地至关重要。此外，在游戏和虚拟现实的世界中，yaw在增强用户体验方面发挥着重要作用。游戏开发者通常会实现yaw运动，以创建更具沉浸感的环境。例如，当玩家转动角色四处观看时，游戏引擎计算yaw角度以正确渲染场景。这不仅增加了现实感，还改善了游戏机制，使玩家能够更直观地与虚拟世界互动。除了技术应用之外，yaw在日常语言中也可以作为一种隐喻。例如，有人可能会说他们在生活中经历了一种yaw的感觉，当他们感到失去方向或对自己的道路感到不确定时。这种比喻性的使用突显了该术语如何超越其原始含义，说明在身体和隐喻的上下文中方向和控制的重要性。理解yaw不仅仅限于技术知识；它还包括对生活各个方面方向和导航的更广泛理解。无论是驾驶飞机、操纵船只、编程机器人还是应对个人挑战，yaw的原则提醒我们必须不断调整航向，以达到期望的目的地。当我们探索yaw的不同维度时，我们获得了对方向性在生活中的重要性以及做出明智决定以引导自己走向成功的见解。总之，yaw是一个多方面的术语，在各个领域都有相关性，从航空到机器人，甚至在我们的个人旅程中。通过掌握yaw的概念，我们不仅增强了技术理解，还丰富了我们对生活导航挑战的视角。无论我们是在天空中飞行，还是在日常生活中导航，认识到yaw的重要性可以使我们能够掌控自己的道路，自信地向前迈进。