deflector

简明释义

英[dɪˈflektə(r)]美[dɪˈflektər]

n. 导向装置；偏针仪，导流板

英英释义

单词用法

同义词

反义词

例句

1.This round aluminum louver includes a water deflector and screen, making it ideal for situations where insects and rain are a problem.

这种铝制铝百叶窗，包括水导向挡板和筛网，因此非常适合使用在昆虫和雨水较多的地方。

2.His many gadgets will have that garbage crusher or pesky deflector shield shut down in minutes.

他身上的许多小物件能让垃圾粉碎机，或者烦人的防护罩在几分钟内关闭。

3.The results show that the deflector has the features of a large, bidirectional angular deflection and fast time response.

测量结果表明，这种微偏转器的特点是可双向偏转且偏转角度大且具有快的时间响应。

4.Alien cultures have developed their own native analogs of deflector shield technology.

异族文明研发了他们本土类似的偏导护盾技术。

5.One kind of speed synchronization control method for deflector roll of cold rolling mill is introduced in the paper.

介绍一种冷轧机偏导辊的速度同步控制方式。

6.In truth, this is really a deflector, not a diffuser, as described in more detail below.

事实上，这确实是一个导流板，而不是分散的说明，下面有更详细。

7.This paper introduces of working principle and structure characters of apparatus for dismounting and assembling the deflector of column_type support.

介绍了立柱导向套拆装机的工作原理和结构特点。

8.Although concerned about the destruction of the deflector shield generator on Endor, Declann continued to influence the Imperial fleet through the Force.

尽管因恩多的偏导护盾发生器被毁而十分担心，德克兰持续地通过原力影响帝国舰队。

9.In the HVAC system, a deflector is used to control airflow direction.

在暖通空调系统中，气流导向器用于控制气流方向。

10.The satellite uses a thermal deflector to protect its instruments from heat.

卫星使用热量反射器来保护其仪器免受热量影响。

11.The car's deflector helps to redirect wind, improving aerodynamics.

汽车的挡风板有助于重新引导风流，改善空气动力学。

12.The game features a shield deflector that protects players from incoming projectiles.

这个游戏有一个护盾反射器，可以保护玩家免受来袭弹药的伤害。

13.A deflector plate can be installed on the roof to reduce rainwater accumulation.

可以在屋顶上安装一个挡水板以减少雨水积聚。

作文

In the world of engineering and physics, the term deflector refers to a device or surface that redirects the path of something, typically a fluid or a projectile. This concept is crucial in various applications, ranging from aerospace to automotive engineering. Understanding how a deflector works can lead to significant improvements in efficiency and performance. For instance, in aviation, wing designs often incorporate deflectors to manage airflow around the aircraft, enhancing lift and reducing drag. By strategically redirecting air, engineers can create more aerodynamically efficient shapes that allow planes to fly faster and consume less fuel.Another common application of deflectors is in the field of automotive design. Cars are often equipped with deflectors on windshields and hoods to channel airflow and minimize turbulence. This not only improves fuel efficiency but also enhances driver visibility and comfort. For example, a well-designed windshield deflector can prevent rain from hitting the glass directly, thereby improving visibility during storms. Similarly, hood deflectors can protect the vehicle's paint job by directing debris and insects away from the front of the car.In the realm of environmental science, deflectors can play a role in managing water flow. Engineers use deflectors in drainage systems to redirect water away from vulnerable areas, preventing erosion and flooding. By controlling the direction of water flow, these devices help maintain the integrity of landscapes and reduce the risk of property damage.Moreover, deflectors are also utilized in sports equipment. For instance, in golf, certain clubs feature deflectors designed to enhance the trajectory of the ball. These deflectors can improve the player's ability to achieve greater distances and accuracy, showcasing how this simple concept can have profound effects in competitive scenarios.In summary, the term deflector encompasses a wide range of applications across various fields. Whether it’s in the design of aircraft wings, automotive features, water management systems, or even sports equipment, deflectors serve a critical purpose in redirecting forces for improved performance. The study and implementation of deflectors highlight the importance of understanding fluid dynamics and the principles of motion, which are essential for innovation in technology and engineering. As we continue to explore and develop new technologies, the role of deflectors will undoubtedly expand, leading to even more efficient designs and solutions in our everyday lives.

在工程和物理学的世界中，术语deflector指的是一种设备或表面，它重新定向某物的路径，通常是流体或弹丸。这个概念在航空航天和汽车工程等各种应用中至关重要。理解deflector的工作原理可以显著提高效率和性能。例如，在航空领域，机翼设计通常结合了deflectors以管理飞机周围的气流，从而增强升力并减少阻力。通过战略性地重新引导空气，工程师可以创造出更具空气动力学效率的形状，使飞机飞得更快，消耗更少的燃料。Deflectors的另一个常见应用是在汽车设计领域。汽车通常在挡风玻璃和引擎盖上配备deflectors，以引导气流并最小化湍流。这不仅提高了燃油效率，还增强了驾驶员的能见度和舒适度。例如，设计良好的挡风玻璃deflector可以防止雨水直接击打玻璃，从而改善暴风雨中的能见度。同样，引擎盖deflectors可以通过将碎片和昆虫引导离汽车前部来保护车漆。在环境科学领域，deflectors可以在管理水流方面发挥作用。工程师在排水系统中使用deflectors，将水引导离易受损害的区域，以防止侵蚀和洪水。通过控制水流的方向，这些设备有助于维护景观的完整性，并减少财产损失的风险。此外，deflectors还用于体育器材。例如，在高尔夫球中，某些球杆配备了旨在增强球的轨迹的deflectors。这些deflectors可以提高球员实现更大距离和准确度的能力，展示了这一简单概念在竞争场景中可能产生的深远影响。总之，术语deflector涵盖了各个领域的广泛应用。无论是在飞机翼设计、汽车特征、水管理系统，还是体育器材中，deflectors都在重新引导力量以提高性能方面发挥着关键作用。对deflectors的研究和实施突显了理解流体动力学和运动原理的重要性，这对技术和工程的创新至关重要。随着我们继续探索和开发新技术，deflectors的作用无疑会扩大，从而在我们日常生活中带来更高效的设计和解决方案。