graduated base

简明释义

刻度底板

英英释义

例句

1.In cooking, a graduated base on measuring spoons helps in adding the right amount of spices.

在烹饪中，量勺上的刻度底部有助于添加正确数量的香料。

2.The graduated base on the laboratory flask makes it easier to mix solutions precisely.

实验室烧瓶上的刻度底部使得精确混合溶液变得更加容易。

3.The graduated base of the beaker allows for easy reading of the liquid level.

烧杯的刻度底部便于读取液体的水平。

4.When using the test tubes, make sure to fill them to the graduated base level for consistency.

使用试管时，请确保将其填充到刻度底部的水平，以保持一致性。

5.The measuring cup has a graduated base that allows for accurate liquid measurements.

这个量杯的刻度底部可以确保液体测量的准确性。

作文

In the realm of engineering and architecture, precision is paramount. One of the fundamental concepts that contribute to this precision is the use of a graduated base. A graduated base refers to a foundational structure that is marked with incremental measurements, allowing for accurate alignment and placement of components. This concept is not only crucial in construction but also finds its application in various fields such as surveying, manufacturing, and even in educational tools.To understand the significance of a graduated base, let us consider its application in architectural design. When architects draft plans for buildings, they need to ensure that each element of the structure is positioned accurately. A graduated base provides a reference point that helps architects and builders to measure distances and angles precisely. For instance, when laying the foundation of a building, the use of a graduated base ensures that the corners are square and the walls are straight. This attention to detail ultimately contributes to the safety and stability of the building.Moreover, in the field of surveying, a graduated base is essential for establishing property boundaries and topographical features. Surveyors use instruments that rely on graduated bases to take precise measurements of land. The graduated base allows them to create accurate maps and documents that reflect the true dimensions of the surveyed area. Without such a tool, the risk of errors increases significantly, which can lead to disputes and costly mistakes in land development.In manufacturing, the concept of a graduated base is equally important. Many machines and tools are designed with graduated bases to ensure that parts are cut, shaped, or assembled with high accuracy. For example, a woodworker might use a saw with a graduated base to make precise cuts at specific angles. This ensures that each piece fits together perfectly, resulting in a finished product that meets quality standards.Furthermore, the educational sector has also embraced the idea of a graduated base through the use of measuring tools and learning aids. In mathematics and science classes, students often work with rulers and protractors that feature graduated bases. These tools help students visualize and understand concepts such as measurement, geometry, and spatial relationships. By using graduated bases, educators can foster a deeper understanding of these subjects, making learning more interactive and effective.In conclusion, the concept of a graduated base plays a vital role across various disciplines. Its importance cannot be understated, as it enhances precision, accuracy, and clarity in numerous applications. Whether in construction, surveying, manufacturing, or education, a graduated base serves as a reliable reference point that facilitates better outcomes. As we continue to advance in technology and techniques, the reliance on graduated bases will undoubtedly persist, proving their enduring value in our increasingly complex world.

在工程和建筑领域，精确性至关重要。贡献于这种精确性的基本概念之一是使用刻度基座。刻度基座指的是一个标有增量测量的基础结构，允许准确对齐和放置组件。这个概念不仅在建筑中至关重要，还在测量、制造，甚至教育工具等多个领域得到了应用。为了理解刻度基座的重要性，让我们考虑它在建筑设计中的应用。当建筑师为建筑绘制计划时，他们需要确保结构的每个元素都被准确定位。刻度基座提供了一个参考点，帮助建筑师和施工人员精确测量距离和角度。例如，在铺设建筑基础时，使用刻度基座可以确保角落方正，墙壁笔直。这种对细节的关注最终有助于建筑的安全和稳定。此外，在测量领域，刻度基座对于建立财产边界和地形特征至关重要。测量员使用依赖于刻度基座的仪器来进行土地的精确测量。刻度基座使他们能够创建反映被测区域真实尺寸的准确地图和文件。如果没有这样的工具，错误的风险会显著增加，这可能导致土地开发中的争议和昂贵的错误。在制造业中，刻度基座的概念同样重要。许多机器和工具的设计都包含了刻度基座，以确保部件的切割、成型或组装具有高精度。例如，木工可能会使用带有刻度基座的锯子进行特定角度的精确切割。这确保每个部件完美契合，从而产生符合质量标准的成品。此外，教育部门也通过使用测量工具和学习辅助工具接受了刻度基座的理念。在数学和科学课堂上，学生们经常使用带有刻度基座的尺子和量角器。这些工具帮助学生可视化和理解测量、几何和空间关系等概念。通过使用刻度基座，教育工作者可以促进对这些学科更深入的理解，使学习更加互动和有效。总之，刻度基座的概念在各个学科中发挥着至关重要的作用。它的重要性不容小觑，因为它提高了众多应用中的精确性、准确性和清晰度。无论是在建筑、测量、制造还是教育中，刻度基座都作为一个可靠的参考点，促进了更好的结果。随着我们在技术和技术上的不断进步，对刻度基座的依赖无疑将持续，证明它们在我们日益复杂的世界中的持久价值。