viscous

简明释义

英[ˈvɪskəs]美[ˈvɪskəs]

adj. 粘性的；黏的

英英释义

单词用法

同义词

反义词

例句

1.Gases are much less viscous than liquids.

气体的粘滞性大大小于液体。

2.Well, let's first ask the question, when is the viscous term and the pressure term the same for what velocity?

首先，让我问个问题，什么时候，粘性项和，压力项等于多大速度？

3.viscous fibers including oats, barley and psyllium;

粘性纤维，如燕麦、大麦、亚麻籽；

4.The oil they produce is more viscous and acidic than the norm, and so harder to handle.

这些油田所产的石油比正常的更为粘稠更具酸性，而且更加难以进行加工。

5."The smaller the bird, the more viscous the air is," he said, which is partly why hummingbirds can maneuver so well and for so long.

鸟儿越小，空气就越有粘性“，他说。”这也部分说明了为什么蜂鸟能飞行的那么好那么久的原因。

6.Features of Viscous Damper.

粘滞阻尼器的特点。

7.She noticed that the viscous 粘稠的 liquid was sticking to the sides of the container.

她注意到这种粘稠的液体粘在容器的侧面。

8.The honey is quite viscous 粘稠的, making it perfect for drizzling over pancakes.

蜂蜜非常粘稠的，非常适合淋在煎饼上。

9.The viscous 粘稠的 nature of the syrup makes it ideal for desserts.

这种糖浆的粘稠的特性使其非常适合用于甜点。

10.When heated, the viscous 粘稠的 oil becomes easier to pour.

加热后，这种粘稠的油变得更容易倒出。

11.The viscous 粘稠的 paint takes longer to dry than regular paint.

这种粘稠的油漆比普通油漆干得更慢。

作文

In the realm of science and engineering, understanding the properties of materials is crucial for various applications. One such property that often comes into play is viscosity. Viscosity refers to the measure of a fluid's resistance to flow. A fluid with high viscosity is considered to be 粘稠的, meaning it flows slowly and with difficulty, while a fluid with low viscosity flows easily. For instance, honey is a classic example of a 粘稠的 substance; it pours slowly and sticks to surfaces due to its thick consistency. In contrast, water has a low viscosity, allowing it to flow freely and quickly.The concept of viscosity is not limited to liquids alone. Certain gases can also exhibit viscous behavior under specific conditions. However, it is primarily in the context of liquids that we encounter the term 粘稠的. In engineering, knowing whether a fluid is 粘稠的 or not can significantly impact design decisions, especially in processes like lubrication, mixing, and transportation.For example, in the automotive industry, engine oil must have the right viscosity to ensure optimal performance. If the oil is too 粘稠的, it may not circulate properly, leading to increased friction and wear on engine parts. Conversely, if the oil is too thin, it may not provide adequate protection. Thus, manufacturers carefully select oils with suitable viscosity ratings to meet the operational requirements of different engines.In the culinary world, viscosity plays a vital role as well. Chefs often manipulate the viscosity of sauces and dressings to achieve desired textures and flavors. A 粘稠的 sauce can cling better to food, enhancing the overall dining experience. For instance, a rich, 粘稠的 chocolate sauce can elevate a dessert, providing a luxurious mouthfeel that complements the dish.Moreover, in the field of cosmetics, viscosity is an essential factor in product formulation. Creams and lotions are designed to have specific viscosities to ensure they spread easily on the skin without being too runny or too thick. A 粘稠的 moisturizer may provide a more substantial barrier against moisture loss, making it ideal for dry skin types.The study of viscosity also extends into environmental science. For instance, understanding the viscosity of crude oil is critical during oil spills. The 粘稠的 nature of certain oils can affect how they spread and how easily they can be cleaned up. This knowledge is vital for developing effective response strategies to minimize environmental damage.In conclusion, the property of viscosity, particularly the characteristic of being 粘稠的, is significant across various fields, from engineering and culinary arts to cosmetics and environmental science. Recognizing how viscosity affects the behavior of fluids allows professionals to make informed decisions that optimize performance, enhance experiences, and protect our environment. Therefore, whether one is designing a car engine, creating a gourmet sauce, or formulating a skincare product, understanding the implications of viscosity is essential for success.

在科学和工程领域，理解材料的性质对各种应用至关重要。其中一个常常涉及的性质是粘度。粘度指的是流体抵抗流动的能力的度量。高粘度的流体被认为是粘稠的，这意味着它流动缓慢且困难，而低粘度的流体则容易流动。例如，蜂蜜就是一个典型的粘稠的物质；由于其浓稠的特性，它流动缓慢并粘附在表面上。相比之下，水的粘度较低，允许其自由快速地流动。粘度的概念不仅限于液体。在特定条件下，某些气体也可以表现出粘性行为。然而，主要是在液体的上下文中，我们会遇到粘稠的这个术语。在工程中，知道一种流体是否为粘稠的可以显著影响设计决策，特别是在润滑、混合和运输等过程中。例如，在汽车工业中，发动机油必须具有合适的粘度，以确保最佳性能。如果油太粘稠的，可能无法正常循环，从而导致摩擦和发动机部件的磨损增加。相反，如果油太稀薄，则可能无法提供足够的保护。因此，制造商仔细选择合适粘度等级的油，以满足不同发动机的操作要求。在烹饪世界中，粘度也扮演着重要角色。厨师们经常操控酱汁和调料的粘度，以达到所需的质地和风味。粘稠的酱汁可以更好地附着在食物上，增强整体用餐体验。例如，一种丰富的粘稠的巧克力酱可以提升甜点的档次，提供奢华的口感，完美搭配菜肴。此外，在化妆品领域，粘度是产品配方中的一个重要因素。面霜和乳液被设计成具有特定的粘度，以确保它们在皮肤上易于涂抹，而不会过于稀薄或过于浓稠。粘稠的保湿霜可能为防止水分流失提供更强的屏障，使其成为干性肌肤类型的理想选择。粘度的研究还延伸到环境科学。例如，理解原油的粘度在石油泄漏事件中至关重要。某些油的粘稠的特性会影响它们的扩散方式以及清理的难易程度。这一知识对于制定有效的应对策略以最小化环境损害至关重要。总之，粘度这一特性，特别是作为粘稠的特征，在多个领域中都具有重要意义，从工程和烹饪艺术到化妆品和环境科学。认识到粘度如何影响流体的行为使专业人士能够做出明智的决策，从而优化性能、增强体验并保护我们的环境。因此，无论是设计汽车发动机、制作美味酱汁还是配制护肤产品，理解粘度的影响对于成功都是至关重要的。