dissolving

简明释义

英[dɪˈzɒlvɪŋ]美[dɪˈzɑlvɪŋ]

adj. 消溶的；毁灭性的

v. 使溶解（dissolve 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.The handover should take place before the end of March and will result in the PCMCIA body dissolving entirely once the transfer is complete.

预计交易双方将于今年三月底完成有关的交接工作，而一旦交接工作完成，PCMCIA集团组织则将彻底散伙。

2.The crew's mission is to save the man's life by dissolving a blood clot deep inside his brain.

全体船员的任务是通过溶解他大脑深处的血块来拯救这个人的生命。

3.The handover should take place before the end of March and will result in the PCMCIA body dissolving entirely once the transfer is complete.

预计交易双方将于今年三月底完成有关的交接工作，而一旦交接工作完成，PCMCIA集团组织则将彻底散伙。

4.The crew’s mission is to save the man’s life by dissolving a blood clot deep inside his brain.

全体船员的任务是通过溶解他大脑深处的血块来拯救这个人的生命。

5.With that glue now dissolving, the traditional concept of national identity is falling apart.

当胶水开始溶解时，传统民族本体的观念就开始瓦解了。

6.Eventually, ocean water could become corrosive, dissolving reefs faster than corals can grow.

最终结果是，海水具有腐蚀性，加速溶解珊瑚礁，使珊瑚虫无处生存。

7.Give effervescent powders and tablets immediately after dissolving.

腾粉剂和片剂应在溶解后立即服用。

8.If the User, being a partnership, dissolves, threatens or resolves to dissolve or is in jeopardy of dissolving; or.

如果用户，作为合伙成员，解散、威胁或决定解散，或是已陷入解散的危险；或。

9.Smaller, fast-dissolving salt crystals on chips, for instance, could mean less sodium with the same addictive, salty flavor.

例如，在薯片中添加更小的速溶盐晶体可以减少钠盐的摄入，而原有的美味和吸引力则不会褪去。

10.The sugar is dissolving in the hot tea.

糖正在热茶中溶解。

11.The scientist observed the salt dissolving in the water.

科学家观察到盐在水中溶解。

12.As the ice melted, it started dissolving into the drink.

随着冰融化，它开始在饮料中溶解。

13.The chef added vinegar, which helped in dissolving the spices.

厨师加入了醋，这有助于溶解香料。

14.The tablet is dissolving slowly in the water.

药片正在水中慢慢溶解。

作文

The process of dissolving is a fascinating phenomenon that occurs when a solid substance interacts with a liquid, resulting in the solid becoming incorporated into the liquid to form a solution. This process is not only essential in everyday life but also plays a crucial role in various scientific and industrial applications. Understanding how dissolving works can help us appreciate the complexity and beauty of chemistry. For instance, when we add sugar to our tea, we observe the sugar granules gradually disappearing. This is an example of dissolving, where the sugar molecules break apart and spread evenly throughout the liquid, creating a sweetened beverage. In the context of environmental science, dissolving is significant as it explains how pollutants enter water bodies. When harmful substances like heavy metals or chemicals are released into rivers, they often dissolve in the water, making them more difficult to remove and posing a threat to aquatic life and human health. Thus, understanding the factors that affect dissolving, such as temperature, pressure, and the nature of the solute and solvent, is vital for developing effective strategies to combat pollution. Moreover, in the field of pharmaceuticals, the concept of dissolving is critical. Many medications must be dissolved in the body to be effective. The rate at which a drug dissolves can affect its bioavailability, meaning how much of the drug enters the circulation and is available to have an effect. This is why pharmaceutical scientists spend considerable time researching and optimizing the dissolving properties of drugs to ensure they work effectively in the body. Additionally, dissolving is not limited to just solids in liquids. Gases can also dissolve in liquids, a process that is crucial for marine life. For example, oxygen from the atmosphere dissolves in ocean water, allowing fish and other aquatic organisms to breathe. This dissolving of gases is influenced by factors such as temperature and pressure, showcasing the intricate balance within ecosystems. In conclusion, the process of dissolving is integral to many aspects of our lives, from the simplest actions of sweetening our drinks to complex environmental issues and medical advancements. By studying the principles behind dissolving, we can gain insights into both natural processes and human-made systems. It reminds us that even the most ordinary occurrences hold significant importance in the broader context of science and our daily existence. Therefore, appreciating the nuances of dissolving encourages a deeper understanding of the world around us and highlights the interconnectivity of various disciplines, including chemistry, biology, and environmental science.

溶解的过程是一个迷人的现象，当固体物质与液体相互作用时，固体会被纳入液体中形成溶液。这个过程不仅在日常生活中至关重要，而且在各种科学和工业应用中也发挥着关键作用。理解溶解如何工作可以帮助我们欣赏化学的复杂性和美丽。例如，当我们把糖放入茶中时，我们会观察到糖颗粒逐渐消失。这是一个溶解的例子，糖分子分开并均匀地散布在液体中，创造出甜饮料。 在环境科学的背景下，溶解是重要的，因为它解释了污染物如何进入水体。当有害物质如重金属或化学品释放到河流中时，它们通常会溶解在水中，使其更难去除，并对水生生物和人类健康构成威胁。因此，理解影响溶解的因素，如温度、压力以及溶质和溶剂的性质，对于制定有效的污染防治策略至关重要。 此外，在制药领域，溶解的概念至关重要。许多药物必须在体内溶解才能发挥效果。药物的溶解速率会影响其生物利用度，即药物进入循环并可用于产生效果的量。这就是为什么制药科学家花费大量时间研究和优化药物的溶解特性，以确保它们在体内有效工作的原因。 另外，溶解不仅限于液体中的固体。气体也可以溶解在液体中，这一过程对海洋生物至关重要。例如，来自大气的氧气溶解在海水中，使鱼类和其他水生生物能够呼吸。这种气体的溶解受到温度和压力等因素的影响，展示了生态系统内的复杂平衡。 总之，溶解过程对于我们生活的许多方面至关重要，从简单的甜化饮料到复杂的环境问题和医学进步。通过研究溶解背后的原理，我们可以获得对自然过程和人造系统的见解。它提醒我们，即使是最普通的事件也在科学和我们日常生活的更广泛背景中具有重要意义。因此，欣赏溶解的细微差别鼓励我们更深入地理解周围的世界，并突显化学、生物学和环境科学等各个学科之间的互联性。