equimolecular

简明释义

英[ˌiːkwɪməʊˈlekjʊlə]美[ˌikwɪməˈlekjʊlər]

adj. 等分子的；克分子数相等的

英英释义

单词用法

同义词

反义词

例句

1.In this article, we illustrate the application of equimolecular reaction mechanism in volumetric analysis after expanding on molecule and concentration correctly.

文章以正确理解物质的量和浓度为前提，阐明等物质的量反应规则在容量分析计算中的运用。

2.In this article, we illustrate the application of equimolecular reaction mechanism in volumetric analysis after expanding on molecule and concentration correctly.

文章以正确理解物质的量和浓度为前提，阐明等物质的量反应规则在容量分析计算中的运用。

3.In the reaction, we mixed equal amounts of two gases to create an equimolecular 等摩尔 mixture.

在反应中，我们混合了两种气体的等量以创建一个equimolecular 等摩尔混合物。

4.The equimolecular 等摩尔 solution was essential for achieving accurate results in our experiments.

这个equimolecular 等摩尔溶液对于我们实验中获得准确结果至关重要。

5.To maintain a stable reaction rate, we ensured that the reactants were present in equimolecular 等摩尔 ratios.

为了保持稳定的反应速率，我们确保反应物以equimolecular 等摩尔比例存在。

6.The study focused on the properties of equimolecular 等摩尔 mixtures of ethanol and water.

该研究集中于乙醇和水的equimolecular 等摩尔混合物的性质。

7.When creating a buffer solution, it is important to use equimolecular 等摩尔 quantities of acid and base.

在创建缓冲溶液时，使用酸和碱的equimolecular 等摩尔数量是很重要的。

作文

In the field of chemistry, the term equimolecular refers to a situation where two or more substances are present in equal amounts of molecules. This concept is particularly important when studying reactions involving gases, solutions, or any kind of mixture where different substances interact with each other. Understanding equimolecular relationships can help chemists predict the outcomes of reactions and the properties of the resulting mixtures. For instance, consider a chemical reaction that involves the combination of hydrogen gas and oxygen gas to form water. If we take one mole of hydrogen and one mole of oxygen, we have an equimolecular mixture of the two gases. This means that there are equal numbers of molecules of each substance participating in the reaction. The equimolecular nature of this mixture is crucial because it ensures that the reaction will proceed to completion, producing water without any excess reactants left over. Moreover, equimolecular mixtures are not limited to gases. They can also occur in solutions. For example, if we dissolve equal amounts of two different salts in water, we create an equimolecular solution. This is significant in various applications, such as in pharmaceuticals, where the precise ratios of active ingredients can influence the efficacy of a drug. The importance of equimolecular ratios extends beyond just the realm of chemistry; it also has implications in biology and environmental science. In biological systems, many processes depend on the availability of nutrients and substrates in specific ratios. For example, enzymes often require substrates to be present in equimolecular amounts to function optimally. Similarly, in ecological studies, nutrient cycling can be influenced by the equimolecular relationships between different species in an ecosystem. In conclusion, the concept of equimolecular is fundamental in understanding how different substances interact with each other in various scientific fields. Whether in chemical reactions, biological processes, or environmental interactions, recognizing the significance of equal molecular ratios can lead to deeper insights and more effective applications. By mastering the concept of equimolecular relationships, students and professionals alike can enhance their understanding of complex systems and contribute to advancements in science and technology.

在化学领域，术语equimolecular指的是两种或多种物质以相等的分子量存在的情况。这个概念在研究涉及气体、溶液或任何不同物质相互作用的混合物时尤为重要。理解equimolecular关系可以帮助化学家预测反应的结果以及生成混合物的性质。 例如，考虑一个涉及氢气和氧气结合形成水的化学反应。如果我们取一摩尔氢气和一摩尔氧气，我们就得到了这两种气体的equimolecular混合物。这意味着参与反应的每种物质的分子数量是相等的。这种混合物的equimolecular特性至关重要，因为它确保反应将完全进行，产生水而没有剩余的反应物。 此外，equimolecular混合物不仅限于气体。它们也可以发生在溶液中。例如，如果我们在水中溶解相等量的两种不同盐类，我们就创造了一个equimolecular溶液。这在各种应用中具有重要意义，例如在制药行业，活性成分的精确比例可以影响药物的有效性。 equimolecular比率的重要性超越了化学领域，它在生物学和环境科学中也有影响。在生物系统中，许多过程依赖于营养物质和底物以特定比例的可用性。例如，酶通常需要底物以equimolecular的量存在才能最佳发挥功能。同样，在生态研究中，营养循环可能会受到生态系统中不同物种之间equimolecular关系的影响。 总之，equimolecular的概念在理解不同物质如何相互作用的各个科学领域中是基础性的。无论是在化学反应、生物过程还是环境互动中，认识到相等分子比率的重要性可以带来更深刻的见解和更有效的应用。通过掌握equimolecular关系的概念，学生和专业人士都可以增强对复杂系统的理解，并为科学和技术的进步做出贡献。