vectoring

简明释义

英[ˈvektərɪŋ]美[ˈvektərɪŋ]

v. 引导（飞机），（为飞机）定向（vector的现在分词）

n. 确定航向

英英释义

单词用法

同义词

反义词

例句

1.The research results show that thrust vectoring technology is one of absolutely necessarily key technologies for future aircraft.

结果表明，推力矢量技术是未来战斗机必不可少的关键技术之一。

2.Internal performance of unsteady flow of counterflow thrust vectoring nozzle has researched base on numerical simulation.

基于数值模拟方法，研究了逆流矢量喷管非定常内流性能。

3.The vectoring Angle increases with the decreasing of the nozzle pressure ratio.

减小喷管落压比可以提高矢量偏转角度。

4.You're inside minimum vectoring range.

你已经超出引导范围。

5.Request radar vectoring for an ILS approach.

请求雷达引导盲降进近。

6.This paper studies the effect of vectoring jet on the transverse aerodynamic characteristics of a slender body.

采用测压方法研究了矢量喷流对细长旋成体大迎角非对称流动的影响特性。

7.Therefore, this research would provide a instructive reference straight for the structure design of thrust-vectoring motor and jet et vane.

研究的结论可以为推力矢量发动机及燃气舵的结构设计提供直接的参考。

8.The marketing team is vectoring their efforts towards a younger audience.

市场团队正在将他们的努力定位于年轻受众。

9.During the flight, the pilot received vectoring instructions from the control tower.

在飞行过程中，飞行员收到了来自控制塔的引导指令。

10.The air traffic controller is responsible for vectoring the aircraft to ensure safe landings.

空中交通管制员负责引导飞机以确保安全着陆。

11.In GPS navigation, vectoring helps in determining the best route to take.

在GPS导航中，矢量化有助于确定最佳行驶路线。

12.The software uses vectoring algorithms to enhance image resolution.

该软件使用矢量处理算法来增强图像分辨率。

作文

In the realm of aviation and navigation, the term vectoring plays a crucial role in ensuring the safety and efficiency of air traffic management. Vectoring refers to the process of directing an aircraft along a specific flight path using radar guidance and air traffic control instructions. This technique is essential for maintaining safe distances between aircraft, especially in busy airspace. By employing vectoring, air traffic controllers can effectively manage the flow of air traffic, preventing potential collisions and optimizing flight routes.The concept of vectoring is not limited to aviation; it also finds applications in various fields such as robotics, computer graphics, and even biology. In robotics, for instance, vectoring is used to guide robots along predetermined paths or to navigate through complex environments. This involves calculating the direction and distance that the robot needs to travel, which is similar to how air traffic controllers use vectoring to direct aircraft.In computer graphics, vectoring refers to the use of vector graphics, which are based on mathematical expressions rather than pixels. This allows for images to be scaled infinitely without losing quality, making vectoring a preferred method for creating logos, illustrations, and other graphic designs. The precision of vectoring in this context ensures that visual elements maintain their clarity and sharpness regardless of size.Biologically, vectoring can refer to the way certain organisms, such as insects, carry and transmit diseases from one host to another. In this sense, understanding the vectoring behavior of these organisms is vital for public health initiatives aimed at controlling the spread of infectious diseases.One of the most significant advantages of vectoring in aviation is its ability to enhance operational efficiency. By allowing aircraft to take more direct routes, vectoring can reduce flight times and fuel consumption, leading to lower operational costs for airlines. Additionally, vectoring can help prevent congestion in busy airspaces by providing alternative routes for aircraft, thereby improving overall air traffic flow.However, vectoring also comes with its challenges. Air traffic controllers must constantly monitor and adjust the vectors assigned to each aircraft, taking into account factors such as weather conditions, other aircraft movements, and emergency situations. This requires a high level of skill and coordination, as even minor changes in one aircraft's path can have a ripple effect on others in the vicinity.In conclusion, vectoring is a multifaceted term that encompasses various applications across different fields. In aviation, it is a vital tool for ensuring safety and efficiency in air traffic management. Whether in the context of directing aircraft, guiding robots, creating scalable graphics, or understanding disease transmission, vectoring represents the intersection of precision, control, and innovation. As technology continues to advance, the importance of vectoring will likely grow, paving the way for new developments and improvements in both aviation and other industries.

在航空和导航领域，术语vectoring在确保空中交通管理的安全性和效率方面发挥着至关重要的作用。Vectoring指的是使用雷达引导和空中交通控制指令来引导飞机沿特定航线飞行的过程。这种技术对于在繁忙的空域中保持飞机之间的安全距离至关重要。通过采用vectoring，空中交通管制员可以有效管理空中交通流量，防止潜在的碰撞并优化飞行路线。Vectoring的概念不仅限于航空，它还在机器人技术、计算机图形学甚至生物学等多个领域中找到了应用。例如，在机器人技术中，vectoring用于指导机器人沿预定路径移动或在复杂环境中导航。这涉及到计算机器人需要行驶的方向和距离，这与空中交通管制员使用vectoring来引导飞机的方式相似。在计算机图形学中，vectoring指的是基于数学表达而不是像素的矢量图形的使用。这使得图像可以无限缩放而不会失去质量，因此vectoring成为创建徽标、插图和其他图形设计的首选方法。在这种情况下，vectoring的精确性确保了视觉元素无论大小都能保持清晰度和锐利度。在生物学上，vectoring可以指某些生物体（如昆虫）从一个宿主传播和传播疾病的方式。在这种意义上，了解这些生物体的vectoring行为对于控制传染病传播的公共卫生措施至关重要。在航空中，vectoring的一个显著优势是它能够提高操作效率。通过允许飞机采取更直接的航线，vectoring可以减少飞行时间和燃料消耗，从而降低航空公司的运营成本。此外，vectoring可以通过为飞机提供替代航线来帮助防止繁忙空域中的拥堵，从而改善整体空中交通流量。然而，vectoring也带来了挑战。空中交通管制员必须不断监控和调整分配给每架飞机的向量，同时考虑天气条件、其他飞机的运动和紧急情况等因素。这需要高度的技能和协调，因为即使是对一架飞机航线的微小调整也可能对周围其他飞机产生连锁反应。总之，vectoring是一个多方面的术语，涵盖了不同领域的各种应用。在航空中，它是确保空中交通管理安全和效率的重要工具。无论是在引导飞机、指导机器人、创建可缩放图形还是理解疾病传播的背景下，vectoring代表了精确、控制和创新的交汇点。随着技术的不断进步，vectoring的重要性可能会增加，为航空和其他行业的发展和改进铺平道路。