mixing ratio

简明释义

混合比

英英释义

例句

1.Make sure to follow the mixing ratio 混合比例 indicated on the chemical label.

确保遵循化学品标签上指示的混合比例 混合比例。

2.In this recipe, the mixing ratio 混合比例 of flour to sugar is crucial for texture.

在这个食谱中，面粉与糖的混合比例 混合比例对质地至关重要。

3.The ideal mixing ratio 混合比例 for the concrete mix is 3:1:2 for strength.

理想的混凝土混合物的混合比例 混合比例是3:1:2，以增强强度。

4.The recommended mixing ratio 混合比例 for this paint is 1:2 with water.

这种油漆的推荐混合比例 混合比例是1:2与水。

5.To achieve the best flavor, the mixing ratio 混合比例 of coffee to water should be 1:15.

为了获得最佳口味，咖啡与水的混合比例 混合比例应为1:15。

作文

The concept of mixing ratio is crucial in various fields, including chemistry, cooking, and even construction. It refers to the proportion of different substances that are combined to create a mixture. Understanding the correct mixing ratio is essential to achieving the desired outcome, whether it be a chemical reaction, a flavorful dish, or a sturdy building material. For instance, in baking, the mixing ratio of flour to sugar can significantly affect the texture and taste of the final product. A higher sugar content might lead to a sweeter and more moist cake, while a lower ratio could result in a drier texture. This principle applies not only to baking but also to other culinary arts where precision in the mixing ratio can make or break a recipe.In the realm of chemistry, the mixing ratio is equally important. Chemical reactions often require specific ratios of reactants to proceed effectively. For example, in the synthesis of water, hydrogen and oxygen must be mixed in a precise mixing ratio of 2:1. Deviating from this ratio can result in incomplete reactions or even hazardous situations. Therefore, chemists meticulously calculate and measure the mixing ratio to ensure safety and efficacy in their experiments.Moreover, in construction, the mixing ratio of concrete components—cement, sand, gravel, and water—determines the strength and durability of the structure. Engineers specify exact mixing ratios to ensure that the concrete can withstand environmental stressors and load-bearing requirements. A well-calibrated mixing ratio can enhance the longevity of a building, whereas an incorrect ratio may lead to structural failures.To illustrate the importance of the mixing ratio, consider the process of creating a paint mixture. Different pigments and solvents must be blended in a careful mixing ratio to achieve the desired color and consistency. If the ratio is off, the paint may not adhere properly or could dry with an uneven finish. Artists and manufacturers alike pay close attention to these details, as the visual appeal of the final product relies heavily on the accuracy of the mixing ratio.In conclusion, the mixing ratio is a fundamental concept that transcends various disciplines. Whether in the kitchen, laboratory, or construction site, understanding and applying the correct mixing ratio is vital for achieving successful outcomes. As we navigate our daily lives, recognizing the significance of this principle can lead to better practices and improved results in our various endeavors. Therefore, whether you are a chef, a scientist, or a builder, mastering the art of calculating and applying the appropriate mixing ratio will undoubtedly enhance your work and contribute to your overall success.

“混合比例”的概念在化学、烹饪甚至建筑等多个领域中至关重要。它指的是不同物质结合以形成混合物的比例。理解正确的混合比例对于实现所需结果至关重要，无论是化学反应、味道鲜美的菜肴，还是坚固的建筑材料。例如，在烘焙中，面粉与糖的混合比例会显著影响最终产品的质地和味道。更高的糖含量可能导致蛋糕更加甜腻和湿润，而较低的比例则可能导致干燥的质地。这个原理不仅适用于烘焙，还适用于其他烹饪艺术，其中对混合比例的精确控制可以成就或破坏一个食谱。在化学领域，混合比例同样重要。化学反应通常需要特定的反应物比率才能有效进行。例如，在水的合成中，氢和氧必须以2:1的精确混合比例混合。偏离这个比例可能导致反应不完全，甚至产生危险情况。因此，化学家们仔细计算和测量混合比例，以确保实验的安全性和有效性。此外，在建筑中，混凝土成分（水泥、沙子、砾石和水）的混合比例决定了结构的强度和耐久性。工程师指定确切的混合比例，以确保混凝土能够承受环境压力和承载要求。经过精确校准的混合比例可以增强建筑的使用寿命，而不正确的比例可能导致结构失败。为了说明混合比例的重要性，可以考虑创建油漆混合物的过程。不同的颜料和溶剂必须以谨慎的混合比例混合，以实现所需的颜色和一致性。如果比例不对，油漆可能无法正确附着，或者干燥后会出现不均匀的效果。艺术家和制造商都非常注意这些细节，因为最终产品的视觉吸引力在很大程度上依赖于混合比例的准确性。总之，混合比例是一个跨越多个学科的基本概念。无论是在厨房、实验室还是建筑工地，理解和应用正确的混合比例对于实现成功的结果至关重要。当我们在日常生活中前行时，认识到这一原则的重要性可以带来更好的实践和更好的成果。因此，无论您是厨师、科学家还是建筑工人，掌握计算和应用适当的混合比例的艺术无疑会提升您的工作并促进您的整体成功。