deicer

简明释义

英[ˌdiːˈaɪsə(r)]美[diˈaɪsər]

n. [航] 除冰装置；除冰剂

英英释义

单词用法

同义词

反义词

例句

1.The deicer which is adopted has low production cost and high efficiency, which is particularly suitable for electrified wire netting in mountainous areas.

它所采用的除冰器成本低，效率高、特别适应山区电网使用。

2.The deicer which is adopted has low production cost and high efficiency, which is particularly suitable for electrified wire netting in mountainous areas.

它所采用的除冰器成本低，效率高、特别适应山区电网使用。

3.There are all kinds of the deicing salts, mainly divided into two kinds: traditional deicing salt such as sodium chloride and organic deicer such as CMA.

除冰剂的类型很多，主要分为以氯化物盐为主的传统型除冰剂和以CMA为代表的新型全有机型除冰剂。

4.Environment where using deicer salts: Chilling and cold area where water level changes in winter; sea bank environment outdoor.

使用除冰盐的环境；严寒和寒冷地区冬季水位变动的环境；滨海室外环境。

5.The results are helpful for further research of cryogenic liquid smoothly underwater emission and orifice deicer design.

模型的计算结果可对进一步研究低温液体的水下顺利排放和管口除冰装置设计提供参考。

6.Before takeoff, the ground crew applied a layer of deicer to ensure the aircraft wings were free of ice.

在起飞之前，地面工作人员涂抹了一层除冰剂以确保飞机机翼没有冰。

7.The deicer used on the roads helped prevent accidents during the winter storm.

在冬季风暴期间，使用的除冰剂帮助防止了事故发生。

8.Many airports invest in high-quality deicer to maintain safety during icy conditions.

许多机场投资高质量的除冰剂以在结冰条件下保持安全。

9.The pilot requested additional deicer after noticing ice accumulation on the tail.

飞行员在注意到尾部积冰后请求额外的除冰剂。

10.Using a deicer before starting your car can help clear frozen locks and windows.

在启动汽车之前使用除冰剂可以帮助清除冻结的锁和窗户。

作文

As winter approaches, many regions experience the challenges of snow and ice accumulation. One of the most crucial tools for combating these icy conditions is the use of a deicer. A deicer is a substance that helps to melt ice and prevent its formation on surfaces such as roads, sidewalks, and driveways. These products are essential for maintaining safety during the winter months, as they reduce the risk of accidents caused by slippery surfaces. There are various types of deicers available on the market, each with its unique properties and effectiveness. Commonly used deicers include salt, calcium chloride, and magnesium chloride. Salt, or sodium chloride, is the most widely recognized deicer. It works by lowering the freezing point of water, which helps to melt the ice. However, while salt is effective, it can also have detrimental effects on the environment, particularly on plants and water sources. Calcium chloride is another popular choice among deicers. It is more effective than salt at lower temperatures, making it a preferred option in extremely cold climates. Calcium chloride generates heat as it dissolves, which accelerates the melting process. This property makes it a powerful deicer, especially when dealing with thick layers of ice. Magnesium chloride is considered a more environmentally friendly alternative to traditional salt. It is less harmful to vegetation and has a lower corrosion rate on vehicles and infrastructure. This makes magnesium chloride an appealing choice for those looking to minimize their ecological footprint while still effectively managing ice. The application of deicers is not limited to residential areas; they are also extensively used in commercial and industrial settings. Airports, for instance, employ large quantities of deicers to ensure the safety of aircraft and passengers. The use of deicers on runways and taxiways is critical for preventing delays and maintaining smooth operations during winter weather. Despite their benefits, the use of deicers does come with some drawbacks. Over-reliance on chemical deicers can lead to environmental issues, including soil degradation and water pollution. In addition, the cost of purchasing and applying deicers can add up, particularly for municipalities responsible for maintaining public roads. In recent years, there has been a growing interest in alternative methods for managing ice. Some communities have turned to organic materials, such as beet juice or cheese brine, as natural deicers. These alternatives can be less harmful to the environment and may provide a sustainable solution to winter road safety. In conclusion, deicers play a vital role in ensuring safe travel during the winter months. While traditional options like salt remain popular, the exploration of more environmentally friendly alternatives is essential. As we continue to face the challenges of winter weather, understanding and utilizing deicers effectively will be key to maintaining safety and accessibility in our communities.

随着冬季的临近，许多地区面临着雪和冰积累的挑战。应对这些冰冷条件的最重要工具之一就是使用除冰剂。除冰剂是一种帮助融化冰并防止其在道路、人行道和车道等表面形成的物质。这些产品对于在冬季保持安全至关重要，因为它们减少了因滑溜表面而导致事故的风险。 市场上有各种类型的除冰剂可供选择，每种都有其独特的特性和效果。常用的除冰剂包括盐、氯化钙和氯化镁。盐或氯化钠是最广为人知的除冰剂。它通过降低水的冰点来工作，帮助融化冰。然而，尽管盐有效，但它也可能对环境产生不利影响，特别是在植物和水源方面。 氯化钙是另一种受欢迎的除冰剂选择。在较低温度下，它比盐更有效，因此在极寒气候中更受青睐。氯化钙在溶解时会产生热量，从而加速融化过程。这一特性使其成为处理厚冰层时强大的除冰剂。 氯化镁被认为是传统盐的更环保替代品。它对植物的危害较小，并且对车辆和基础设施的腐蚀率较低。这使得氯化镁成为希望在有效管理冰的同时减少生态足迹的人的一个吸引人的选择。 除冰剂的应用不仅限于住宅区；它们在商业和工业环境中也被广泛使用。例如，机场雇用了大量的除冰剂以确保飞机和乘客的安全。在跑道和滑行道上使用除冰剂对于防止延误和在冬季天气中维持顺畅的运营至关重要。 尽管有其好处，使用除冰剂也存在一些缺点。过度依赖化学除冰剂可能导致环境问题，包括土壤退化和水污染。此外，购买和应用除冰剂的成本可能会增加，特别是对于负责维护公共道路的市政当局。 近年来，对管理冰的替代方法的兴趣日益增长。一些社区开始转向有机材料，如甜菜汁或奶酪卤水，作为天然除冰剂。这些替代品对环境的危害较小，并可能为冬季道路安全提供可持续解决方案。 总之，除冰剂在确保冬季安全出行中发挥着至关重要的作用。虽然传统选项如盐仍然流行，但探索更环保的替代品是至关重要的。随着我们继续面临冬季天气的挑战，有效理解和利用除冰剂将是维护我们社区安全和可达性的关键。