radiators

简明释义

英['redɪ,etɚz]美[ˈredɪˌetər]

n. [电]散热器；冷却水箱；[建]暖气管；电暖器（radiator 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Aluminium and aluminium alloys - scrap - Part 11: scrap consisting of aluminium-copper radiators.

铝和铝合金。废料。第11部分：铝铜散热器废料。

2.The ventilators cool down the radiators. In summer the noise is terrible. Right now there is no voltage here, works will start in autumn.

排气风扇冷却散热器，在夏天，噪音是可怕的，现在这里没有电压，工程将于秋天开始。

3.Because we are "radiators not drains", we will not be so chicken.

因为我们是“散热器”而非简单“排水沟”，所以我们不会那样胆怯害怕。

4.Keep cylinders protected from excessive temperatures by storing them away from radiators or other sources of heat.

远离散热器或其它热源，使钢瓶接触不到过高的温度。

5.Pipes convey hot water from the boiler to the radiators.

管道把热水从锅炉输送到暖气片。

6.Tell me, what do you know about radiators? Radiators?

告诉我，你了解暖气设备的散热器吗？散热器？

7.According to the mild climate of the region, it is heated by radiators, packages and fireplace and is cooled by evaporative coolers.

根据该地区温和的气候条件，此建筑由暖气管和壁炉供热，由空调制冷。

8.The old house still has cast iron radiators.

这座老房子仍然有铸铁暖气片。

9.The radiators in this building are very old and need replacing.

这栋建筑中的暖气片非常旧，需要更换。

10.During winter, the radiators keep the rooms warm.

在冬天，暖气片保持房间温暖。

11.Make sure to bleed the radiators to remove trapped air.

确保放气暖气片以去除被困的空气。

12.We installed new energy-efficient radiators in the office.

我们在办公室安装了新的节能暖气片。

作文

In modern homes, heating systems play a crucial role in ensuring comfort during the cold months. One of the most common components of these heating systems is the radiators. A radiator is a device that transfers thermal energy from one medium to another for the purpose of heating or cooling a space. Understanding how radiators work can greatly enhance our appreciation of home heating systems.There are various types of radiators, including convective and radiant models. Convective radiators operate by heating air around them, which then circulates throughout the room. This type of radiator is often found in homes because it effectively warms the air quickly. On the other hand, radiant radiators emit heat directly into the room through infrared radiation. This method of heating is often considered more comfortable since it warms objects and people directly rather than just the air.The efficiency of radiators can vary based on their design and the material they are made from. Most radiators are constructed from metals like cast iron, steel, or aluminum, each offering different advantages. For instance, cast iron radiators retain heat for a longer period, making them ideal for maintaining warmth even after the heating system is turned off. Steel radiators, however, heat up quickly and are often lighter and easier to install. Aluminum radiators are known for their rapid response time and high efficiency, making them a popular choice for modern heating systems.Another important aspect of radiators is their placement within a room. Proper positioning can significantly influence their effectiveness. Ideally, radiators should be placed under windows or along exterior walls where heat loss is greatest. This strategic placement allows the radiators to counteract cold drafts and create a more uniform temperature throughout the space.Maintenance of radiators is also essential for optimal performance. Over time, radiators can accumulate dust and debris, which can hinder their ability to transfer heat. Regular cleaning and bleeding of radiators ensure that trapped air is released, allowing hot water to circulate freely. Homeowners should also check for leaks or signs of corrosion, as these can significantly affect heating efficiency.In addition to their functional benefits, radiators can also serve as decorative elements within a home. Many manufacturers now offer stylish designs that can complement various interior styles. From traditional cast iron models to sleek modern designs, radiators can enhance the aesthetic appeal of a room while providing necessary warmth.In conclusion, radiators are an integral part of many heating systems, providing comfort and warmth during the colder months. Their variety in design, efficiency, and maintenance needs makes them a fascinating subject. By understanding how radiators work and their role in home heating, we can make informed decisions about our heating systems and ensure our homes remain cozy and inviting all winter long.

在现代家庭中，供暖系统在寒冷的月份中确保舒适性方面起着至关重要的作用。这些供暖系统中最常见的组成部分之一就是散热器。散热器是一种将热能从一种介质转移到另一种介质以加热或冷却空间的设备。了解散热器的工作原理可以大大增强我们对家庭供暖系统的欣赏。散热器有多种类型，包括对流型和辐射型。对流型散热器通过加热周围的空气来工作，然后这些空气在房间内循环。这种类型的散热器通常在家庭中使用，因为它能有效地快速加热空气。另一方面，辐射型散热器通过红外辐射直接向房间辐射热量。这种加热方式通常被认为更舒适，因为它直接加热物体和人，而不仅仅是空气。散热器的效率可能因其设计和材料而异。大多数散热器由铸铁、钢或铝等金属制成，每种材料都有不同的优点。例如，铸铁散热器能保留热量较长时间，非常适合在关闭供暖系统后仍能保持温暖。而钢制散热器则加热迅速，通常更轻便，安装更方便。铝制散热器以其快速响应时间和高效能而闻名，因此成为现代供暖系统中的热门选择。散热器的放置位置也是影响其效果的重要因素。适当的放置可以显著影响其有效性。理想情况下，散热器应放置在窗户下或外墙上，以应对最大的热量损失。这种战略性的位置安排使得散热器能够抵消寒冷气流，并在整个空间内创造更均匀的温度。散热器的维护对于最佳性能也至关重要。随着时间的推移，散热器可能会积累灰尘和杂物，这会妨碍其传热能力。定期清洁和排气可以确保释放被困的空气，使热水能够自由循环。房主还应检查是否有泄漏或腐蚀迹象，因为这些都会显著影响供暖效率。除了功能上的好处，散热器还可以作为家居装饰元素。许多制造商现在提供时尚的设计，可以与各种室内风格相辅相成。从传统的铸铁模型到时尚的现代设计，散热器不仅可以增强房间的美感，还能提供必要的温暖。总之，散热器是许多供暖系统中不可或缺的一部分，为寒冷的月份提供舒适和温暖。它们在设计、效率和维护需求上的多样性使它们成为一个引人入胜的话题。通过了解散热器的工作原理及其在家庭供暖中的作用，我们可以就供暖系统做出明智的决定，确保我们的家在整个冬季都保持舒适和宜人。