dissolves

简明释义

英[dɪˈzɒlvz]美[dɪˈzɑlvz]

v. 溶解；分解（dissolve 的单三式）；溶接

英英释义

单词用法

同义词

反义词

例句

1.The cells produce a protein structure shaped like the plastic tube, which dissolves.

这些细胞产生出和塑料管同样形状的蛋白结构，而塑料管则分解了。

2.The airplane dissolves into thin air, as if erased by an invisible hand.

飞机如同无形的手划过稀薄的空气。

3.Once ingested by a caterpillar, the protein globule dissolves, releasing thousands of viruses, or virions, that after about two weeks multiply enough to fill the entire body cavity.

一旦被毛虫摄入，蛋白质小球就会溶解，释放出数以千计的病毒或病毒粒子，大约两周后这些病毒就会大量繁殖，足以填满整个体腔。

4.dissolves and then diffuses across the wall of the tracheole and into several of the insect’s cells.

气管又分支成许多微气管，微气管里充满液体，吸入的氧气溶解于其中，穿透气管管壁扩散到昆虫的无数细胞中。

5.The chemical dissolves into its constituent parts when heated.

那化学药物经加热后便分解成其组成的成分。

6.Once the kids have been bucked off, the game generally dissolves into a raucous bout of wrestling and tickling.

一旦孩子们跃起，游戏就会变成一场喧闹的摔跤和挠痒痒。

7.When salt is added to water, it dissolves 溶解 completely.

当盐被加入水中时，它会完全dissolves 溶解。

8.The sugar dissolves 溶解 quickly in hot tea.

糖在热茶中很快dissolves 溶解。

9.As the ice cream melts, it dissolves 溶解 into the milkshake.

当冰淇淋融化时，它会在奶昔中dissolves 溶解。

10.The tablet dissolves 溶解 in your mouth for quick relief.

药片在你嘴里dissolves 溶解，以便快速缓解。

11.In this experiment, the salt dissolves 溶解 in warm water.

在这个实验中，盐在温水中dissolves 溶解。

作文

In the vast realm of chemistry, one of the most fascinating processes is when a solid substance interacts with a liquid and ultimately, it dissolves. This phenomenon occurs when the molecules of the solid break apart and disperse evenly throughout the liquid. For instance, when you add sugar to a cup of tea, the sugar granules dissolves into the hot liquid, creating a sweetened beverage. This process is not only crucial in everyday life but also plays a significant role in various scientific applications. The process of dissolving can be explained through the concept of solubility, which refers to the ability of a substance to mix with a solvent. The temperature and pressure can greatly influence how well a substance dissolves. For example, heating water can increase the solubility of sugar, allowing it to dissolve more quickly than in cold water. This principle is often utilized in cooking and baking, where precise measurements and temperatures can lead to better results. Moreover, the concept of dissolving is not limited to just solids and liquids. Gases can also dissolve in liquids, as seen when carbon dioxide is added to water to create carbonated beverages. In this case, the gas dissolves under pressure, and once the pressure is released, the gas escapes in the form of bubbles. This is a perfect example of how dissolving can create a refreshing drink that many enjoy around the world. In environmental science, the process of dissolving is equally important. When rainwater falls, it can dissolve minerals and nutrients from the soil, which are then transported to rivers and lakes. This natural process ensures that aquatic ecosystems receive essential nutrients that support diverse forms of life. However, human activities, such as pollution, can alter this delicate balance, leading to detrimental effects on water quality and aquatic habitats. In summary, the act of dissolving is a fundamental process that affects our daily lives and the environment. Whether it is sugar in tea or minerals in water, understanding how substances dissolve helps us appreciate the intricacies of both chemistry and nature. The next time you stir a spoonful of sugar into your drink, take a moment to consider the science behind it – the way the sugar dissolves and transforms your beverage is a small yet remarkable example of the wonders of the physical world.

在化学的广阔领域中，最迷人的过程之一是固体物质与液体相互作用，最终它会dissolves。这一现象发生在固体的分子破裂并均匀地分散在液体中时。例如，当你将糖加入一杯茶时，糖粒会在热液体中dissolves，形成一种甜饮料。这个过程不仅在日常生活中至关重要，而且在各种科学应用中也发挥着重要作用。 dissolving的过程可以通过溶解度的概念来解释，这指的是一种物质与溶剂混合的能力。温度和压力会极大地影响物质的溶解程度。例如，加热水可以增加糖的溶解度，使其比在冷水中更快地dissolve。这一原理常用于烹饪和烘焙，精确的测量和温度可以带来更好的结果。 此外，dissolving的概念不局限于固体和液体。气体也可以在液体中dissolve，正如二氧化碳被添加到水中以制造碳酸饮料。在这种情况下，气体在压力下dissolves，一旦压力释放，气体就会以气泡的形式逃逸。这是dissolving如何创造出许多人在世界各地享受的清爽饮品的完美例子。 在环境科学中，dissolving的过程同样重要。当雨水降落时，它可以从土壤中dissolve矿物质和营养物质，然后运输到河流和湖泊。这一自然过程确保水生生态系统获得支持多样生命形式的必需营养。然而，人类活动，如污染，可以改变这种微妙的平衡，导致水质和水生栖息地的有害影响。 总之，dissolving的行为是一个基本过程，影响着我们的日常生活和环境。无论是茶中的糖还是水中的矿物质，理解物质如何dissolve帮助我们欣赏化学和自然的复杂性。下次当你在饮料中搅拌一勺糖时，花一点时间考虑一下背后的科学——糖如何dissolves并改变你的饮品，这是物理世界奇迹的一小部分但显著的例子。