deicing

简明释义

英[/ˈdiː.aɪ.sɪŋ/]美[/ˈdiː.aɪ.sɪŋ/]

v. 防止结冰，装以除冰装置（deice 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.The traditional manual deicing is not only inefficient but also threatens to the safety of electrical workers.

人工除冰不仅效率低下，而且会威胁电力工人的生命安全。

2.In the frost environment, salt scaling is the most common damage type of concrete in the presence of deicing salt.

除冰盐剥蚀破坏是受冻地区使用除冰盐环境中，混凝土最常出现的破坏形式。

3.The problem of high voltage transmission lines deicing can be solved by this robot, it has a good application prospect.

能够较好地完成高压输电线上的除冰任务，有较好的应用前景。

4.Computer temperature control simulation shows that this arithmetic has obtained satisfactory control effect in instant heating system for aircraft deicing vehicle.

针对飞机除冰车快速加热系统的计算机温度控制仿真结果表明获得了令人满意的控制效果。

5.Effective removal of icing, especially Bridges, highroads, airports and other important facilities 'deicing, has been concerned by countries where located in the high-latitude.

快速有效的清除路面冰层，尤其是桥梁、高速公路、机场等重要的公共基础设施的除冰，一直是地处高纬度国家比较关注的问题。

6.The cost of the electricity needed is substantially lower than the cost of the deicing salt we currently use.

所需的电力成本大大低于我们目前使用的防冻盐的成本。

7.Obstacle distance measurement is one of the key techniques for the deicing robot on high voltage transmission line.

障碍物测距是高压输电线路自主除冰机器人的关键技术之一。

8.The airport staff performed deicing to remove ice from the airplane wings before takeoff.

机场工作人员进行了除冰以在起飞前清除飞机机翼上的冰。

9.During winter storms, deicing chemicals are often sprayed on runways.

在冬季风暴期间，跑道上经常喷洒除冰化学物质。

10.The airline has a specific protocol for deicing aircraft in freezing temperatures.

该航空公司在低温下对飞机进行除冰有特定的操作规程。

11.Passengers were delayed due to the deicing process taking longer than expected.

由于除冰过程比预期花费更长时间，乘客们被延误了。

12.The deicing procedure is crucial for ensuring flight safety during winter months.

在冬季，除冰程序对确保飞行安全至关重要。

作文

As winter approaches, the need for effective deicing becomes paramount, especially in regions that experience heavy snowfall and freezing temperatures. Deicing refers to the process of removing ice from surfaces, particularly roads and runways, to ensure safe travel and transportation. Without proper deicing measures, icy conditions can lead to hazardous situations for drivers and travelers alike. In many cities, local governments invest in deicing materials such as salt and sand. These substances help lower the freezing point of water, effectively melting the ice and preventing further accumulation. For instance, when salt is spread on icy roads, it interacts with the ice to create a brine solution, which has a lower freezing temperature than pure water. This chemical reaction is crucial for maintaining clear and safe roadways during winter storms. Moreover, airports also prioritize deicing to ensure that aircraft can take off and land safely. Airlines often use specialized deicing fluids that are heated and sprayed onto the wings and fuselage of planes before departure. This not only removes existing ice but also creates a protective layer that prevents future ice from forming during flight. The importance of deicing in aviation cannot be overstated; even a small amount of ice can significantly affect an aircraft's performance and safety. However, the practice of deicing is not without its challenges. The materials used for deicing, particularly salt, can have detrimental effects on the environment. Runoff from treated roads can contaminate local water sources and harm aquatic life. As a result, many municipalities are exploring alternative deicing agents that are less harmful to the ecosystem. For example, some cities have started using beet juice or cheese brine as more environmentally friendly options. In addition to environmental concerns, the cost of deicing operations can be substantial. Cities must allocate significant budgets for deicing materials and equipment, as well as for the labor required to keep roads and airports safe during winter months. This financial burden often leads to discussions about the efficiency of deicing strategies and whether they are worth the investment. In conclusion, while deicing is an essential aspect of winter maintenance, it presents various challenges that require careful consideration. Balancing safety, environmental impact, and cost is crucial for municipalities and transportation authorities. As climate change continues to affect weather patterns, the importance of effective deicing will likely grow, prompting further innovation and research into sustainable practices. Ultimately, our ability to navigate winter safely depends on our commitment to improving deicing methods and minimizing their negative impacts.

随着冬天的临近，有效的除冰需求变得至关重要，尤其是在经历大量降雪和低温的地区。除冰是指从表面去除冰层的过程，特别是道路和跑道，以确保安全的旅行和运输。如果没有适当的除冰措施，冰冷的条件可能会导致驾驶员和旅行者面临危险的情况。 在许多城市，地方政府投资于如盐和沙子等除冰材料。这些物质有助于降低水的冰点，有效地融化冰并防止进一步积累。例如，当盐洒在结冰的道路上时，它与冰相互作用，形成一个卤水溶液，这种溶液的冰点比纯水低。这种化学反应对于在冬季风暴期间保持清晰和安全的道路至关重要。 此外，机场也优先考虑除冰，以确保飞机能够安全起飞和着陆。航空公司通常使用专门的除冰液体，这些液体被加热并喷洒到飞机的机翼和机身上，以确保在出发前去除现有的冰。这不仅去除了现有的冰层，还在飞行过程中防止未来的冰层形成。除冰在航空中的重要性不容小觑；即使是一小块冰也能显著影响飞机的性能和安全。 然而，除冰的做法并非没有挑战。用于除冰的材料，特别是盐，可能对环境产生不利影响。从处理过的道路流出的水可能会污染当地水源，并危害水生生物。因此，许多市政当局正在探索对生态系统危害较小的替代除冰剂。例如，一些城市已经开始使用甜菜汁或奶酪卤水作为更环保的选择。 除了环境问题外，除冰操作的成本也可能非常可观。城市必须为除冰材料和设备分配大量预算，以及保持道路和机场在冬季安全所需的劳动力。这一财政负担常常导致关于除冰策略效率的讨论，以及这些策略是否值得投资。 总之，虽然除冰是冬季维护的重要方面，但它带来了需要仔细考虑的各种挑战。在安全、环境影响和成本之间取得平衡对于市政当局和交通管理部门至关重要。随着气候变化继续影响天气模式，有效的除冰的重要性可能会增加，从而促使对可持续实践的进一步创新和研究。最终，我们安全导航冬季的能力取决于我们改善除冰方法和最小化其负面影响的承诺。