mixture ratio

简明释义

混合比率

英英释义

例句

1.For the best flavor, the recipe specifies a mixture ratio 混合比例 of spices to meat.

为了获得最佳风味，食谱指定了香料与肉类的混合比例 mixture ratio。

2.The artist experimented with the mixture ratio 混合比例 of paint colors to achieve the desired shade.

艺术家尝试了颜料颜色的混合比例 mixture ratio 以达到所需的色调。

3.In cooking, the mixture ratio 混合比例 of flour to water is crucial for making the perfect dough.

在烹饪中，面粉和水的混合比例 mixture ratio 对于制作完美面团至关重要。

4.The engineer calculated the mixture ratio 混合比例 of concrete to ensure the structure's strength.

工程师计算了混凝土的混合比例 mixture ratio 以确保结构的强度。

5.In chemistry, adjusting the mixture ratio 混合比例 of reactants can lead to different products.

在化学中，调整反应物的混合比例 mixture ratio 可以导致不同的产物。

作文

In the world of science and engineering, understanding the concept of mixture ratio (混合比例) is crucial for achieving desired results in various applications. A mixture ratio refers to the proportion in which different substances are combined to create a homogeneous mixture. This concept is particularly important in fields such as chemistry, food production, and construction, where the properties of the final product can significantly depend on the precise ratios of the components involved.For instance, in cooking, the mixture ratio of ingredients can drastically alter the taste and texture of a dish. When baking bread, the ratio of flour to water is essential; too much water can lead to a soggy loaf, while too little can result in a dry and crumbly texture. Chefs often experiment with different mixture ratios to perfect their recipes, showcasing how this principle applies not just in scientific contexts but also in everyday life.In the field of chemistry, the mixture ratio is vital for reactions to occur correctly. For example, when mixing acids and bases, the mixture ratio determines whether the reaction will be exothermic or endothermic, influencing the temperature changes observed during the process. Scientists must carefully calculate the mixture ratios of reactants to ensure that they achieve the desired chemical reaction without producing harmful byproducts.Similarly, in construction, the mixture ratio of concrete components—such as cement, sand, gravel, and water—affects the strength and durability of the finished structure. Engineers conduct tests to determine the optimal mixture ratio that will provide the necessary support for buildings and bridges. An incorrect mixture ratio can lead to structural failures, making it a critical factor in civil engineering.Moreover, the importance of mixture ratios extends to the realm of environmental science. When creating solutions for pollution control or waste treatment, the mixture ratio of chemicals used can dictate the efficiency of the process. Environmental engineers must understand the interactions between different substances and how their mixture ratios can affect the overall success of remediation efforts.In summary, the concept of mixture ratio (混合比例) is integral across numerous disciplines, impacting everything from culinary arts to scientific research and engineering practices. Mastering the art of calculating and applying mixture ratios allows professionals in these fields to innovate and improve their processes, leading to better outcomes and enhanced products. As we continue to advance in technology and science, the significance of accurately understanding and utilizing mixture ratios will only grow, reinforcing its role as a foundational element in both theoretical and practical applications.