deflectors

简明释义

英[/dɪˈflɛktəz/]美[/dɪˈflɛktərz/]

n. 导向板（deflector 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Based on the described methods in this paper, two practical computation programs have been worked out and, as examples, the field distributions of some typical deflectors have been computed.

根据上述两种偏转器的计算方法，已建立起实用的计算机程序，计算了一些典型结构偏转器的场分布。

2.Based on the described methods in this paper, two practical computation programs have been worked out and, as examples, the field distributions of some typical deflectors have been computed.

根据上述两种偏转器的计算方法，已建立起实用的计算机程序，计算了一些典型结构偏转器的场分布。

3.Heavy ship weapons require immense power in order to cut through the dense armor and deflectors they're designed to counter, as well to punch through planetary shields and similar defenses.

重型舰载武器需要强大的能量才能击穿它们的专属目标——厚重的装甲和偏导护盾，以及打穿行星护盾和类似防御设施。

4.Typical automotive applications include painted exterior body panels, instrument panel substrates, remote locking keypads and tailgate upper air deflectors.

典型的汽车应用包括车身外板画，仪表板基板，远程锁定键盘和挡板高空偏转。

5.The baffles are used as the air deflectors to ensure the cold air to cool the transformer through both sides of the transformer as much as possible.

利用挡板作为导风板，使冷风尽可能多的通过变压器两侧来给变压器降温。

6.This paper describes the design, fabrication and experimental results of Bragg deflectors using acoustooptic interaction of GOW and SAW.

本文介绍利用光导波与声表面波互作用的布喇格偏转器的设计、制作和实验结果。

7.A transmissive enclosure includes indented portions defining deflectors oriented obliquely with respect to a generator support surface.

一可透射外壳包括确定偏转器相对于发生器支承表面为斜角方向的锯齿部分。

8.The wind deflectors for the semis were developed by BMI, a small company based in South Carolina.

风向偏转装置是由BMI研究开发的，它是位于美国南卡罗来纳州的一个小型公司。

9.The device can be used as deflectors, modulators and filters.

可以用作光偏转器、光调制器、滤光器。

10.The car's design includes aerodynamic deflectors to improve fuel efficiency.

这款车的设计包括空气动力学导流板以提高燃油效率。

11.In the construction of the building, deflectors were installed to redirect wind flow.

在建筑施工中，安装了导流器以重新引导风流。

12.The engineers tested various deflectors to see which would best reduce noise pollution.

工程师测试了多种防偏器以查看哪种能最好地减少噪音污染。

13.Water deflectors were placed around the fountain to control splashing.

在喷泉周围放置了水导流器以控制飞溅。

14.The aircraft’s wing deflectors help manage airflow during takeoff and landing.

飞机机翼的偏流器帮助在起飞和着陆时管理气流。

作文

In the realm of physics and engineering, the concept of deflectors (偏转器) plays a crucial role in directing and manipulating the flow of various elements. Whether it be air, water, or light, deflectors are designed to alter the path of these elements to achieve desired outcomes. For instance, in aerodynamics, aircraft wings utilize deflectors to manage airflow, enhancing lift and reducing drag. This principle is not only essential for flight but also finds applications in automotive design, where deflectors help streamline vehicles to improve fuel efficiency. Furthermore, deflectors are widely used in environmental engineering to control pollution. Smoke stacks often incorporate deflectors that redirect emissions away from populated areas, thereby minimizing health risks. Similarly, in water management systems, deflectors can redirect the flow of water in rivers or drainage systems, preventing flooding and erosion. The versatility of deflectors extends to everyday life as well. Consider the use of window deflectors in vehicles, which allow drivers to open windows without letting in rain or wind. This simple yet effective design improves comfort and enhances the driving experience. In homes, deflectors can be found in heating and cooling systems, directing air flow to ensure even temperature distribution throughout a space. Moreover, the technological advancements in materials science have led to the development of more efficient deflectors. Modern deflectors are often made from lightweight yet durable materials, allowing for better performance without compromising structural integrity. Innovations such as adjustable deflectors provide users with the ability to customize airflow or light direction according to their preferences, showcasing the adaptability of this technology. In conclusion, the significance of deflectors (偏转器) cannot be overstated. Their ability to control and direct various elements makes them indispensable in numerous fields, from aerospace to environmental management. As technology continues to evolve, the potential applications of deflectors will likely expand, offering new solutions to age-old problems. Understanding the function and importance of deflectors not only enhances our comprehension of physical principles but also encourages innovative thinking in engineering and design.