nomograph

简明释义

英[ˈnɒməɡrɑːf]美[ˈnɑməˌɡrɑf]

n. 计算图表；列线图解

英英释义

单词用法

同义词

反义词

例句

1.The design and implementation were investigated of application specific integrated circuit(ASIC) used in a super tortuosity nomograph liquid crystal display(STN-LCD) controller & driver.

超扭曲向列（STN）液晶是一种常见的被动型显示器件，在移动通讯设备和仪表显示系统中被大量使用。

2.The design and implementation were investigated of application specific integrated circuit(ASIC) used in a super tortuosity nomograph liquid crystal display(STN-LCD) controller & driver.

超扭曲向列（STN）液晶是一种常见的被动型显示器件，在移动通讯设备和仪表显示系统中被大量使用。

3.A nomograph for determining gas in place (GIP) in a closed gas field is presented in this paper based on the material balance equation.

基于气田的物质平衡方程序，在本文中提供了确定定容封闭气田地质储量的诺模图。

4.A nomograph for evaluating oxygen transmission rate of some barrier plastic films was introduced in this paper.

介绍了利用算图求阻隔性包装膜透氧率的图算法。

5.A special nomograph designed for calculating the normal specific acoustic impedance is proposed.

本文提出一种为计算法向声阻抗率而设计的专用列线图。

6.Engineers often use a nomograph 数值图表 to quickly determine the relationship between different variables.

工程师经常使用nomograph 数值图表 快速确定不同变量之间的关系。

7.In aviation, a nomograph 数值图表 can help pilots calculate fuel requirements based on distance and weight.

在航空领域，nomograph 数值图表 可以帮助飞行员根据距离和重量计算燃料需求。

8.The medical field utilizes a nomograph 数值图表 to estimate drug dosages for patients based on their body weight.

医学领域利用nomograph 数值图表 根据患者的体重估算药物剂量。

9.A nomograph 数值图表 can simplify complex calculations into a visual format that is easier to understand.

一个nomograph 数值图表 可以将复杂的计算简化为更易于理解的视觉格式。

10.Students in engineering courses often learn to create a nomograph 数值图表 as part of their curriculum.

工程课程的学生通常会学习如何创建nomograph 数值图表 作为他们课程的一部分。

作文

In the age of technology and advanced computing, one might wonder about the relevance of traditional tools used for calculations. Among these tools is the nomograph, a graphical calculating device that allows users to solve complex equations using a visual representation. The nomograph consists of several scales arranged in such a way that a straight line drawn between two known values on the scales can provide the third unknown value. This method of calculation is not only efficient but also remarkably intuitive, making it an invaluable tool in various fields such as engineering, physics, and even medicine. The history of the nomograph dates back to the late 19th century when it was first developed as a means to simplify mathematical computations. Before the advent of calculators and computers, engineers and scientists relied heavily on this device to perform quick calculations without the need for extensive mathematical tables or complex formulas. The simplicity of the nomograph lies in its ability to visually represent relationships between different variables, allowing users to grasp the underlying concepts without getting bogged down in intricate mathematical details. One of the primary advantages of using a nomograph is its speed. In situations where time is of the essence, such as in emergency medical scenarios or during critical engineering tasks, having a tool that can provide answers at a glance can be a lifesaver. For example, in medicine, a nomograph can be used to quickly determine drug dosages based on a patient’s weight and age, ensuring that they receive the correct amount of medication without delay. Moreover, the nomograph serves as an educational tool, helping students and professionals alike to visualize mathematical relationships. By using a nomograph, learners can better understand how changing one variable affects another, reinforcing their grasp of concepts such as proportionality and linear relationships. This visual approach to learning is particularly beneficial in disciplines that require a solid understanding of mathematical principles. Despite the rise of digital technology, the nomograph has not lost its significance. Many engineers still carry printed versions of nomographs in their toolkits, especially in fields where electronic devices may not be practical or reliable. Additionally, the design of nomographs has evolved, with modern versions being created using software that allows for greater precision and customization. These advancements ensure that the nomograph remains a relevant and useful tool in today’s fast-paced world. In conclusion, the nomograph is more than just a relic of the past; it is a versatile and efficient tool that continues to play a crucial role in various fields. Its ability to simplify complex calculations and enhance understanding makes it an essential resource for professionals and students alike. As we continue to innovate and develop new technologies, it is important to remember the value of traditional tools like the nomograph that have stood the test of time and continue to provide solutions in our ever-evolving world.

在这个科技和先进计算的时代，人们可能会想知道传统计算工具的相关性。其中一个工具就是名义图，这是一种图形计算装置，允许用户使用视觉表示来解决复杂方程。名义图由几个尺度组成，以一种方式排列，使得在尺度上绘制的直线连接两个已知值，可以提供第三个未知值。这种计算方法不仅高效，而且非常直观，使其成为工程、物理甚至医学等多个领域中不可或缺的工具。 名义图的历史可以追溯到19世纪末，当时它首次被开发出来，作为简化数学计算的一种手段。在计算器和计算机出现之前，工程师和科学家们在进行快速计算时严重依赖这种设备，无需大量的数学表或复杂的公式。名义图的简单之处在于它能够直观地表示不同变量之间的关系，使用户能够理解基本概念，而不会陷入复杂的数学细节。 使用名义图的主要优点之一是速度。在时间至关重要的情况下，例如紧急医疗场景或关键工程任务中，拥有一个可以一目了然地提供答案的工具可能会挽救生命。例如，在医学中，名义图可以用来迅速确定基于患者体重和年龄的药物剂量，确保他们及时获得正确的药物剂量。 此外，名义图作为一种教育工具，帮助学生和专业人士可视化数学关系。通过使用名义图，学习者可以更好地理解一个变量的变化如何影响另一个变量，加强他们对比例和线性关系等概念的掌握。这种可视化学习方法在需要扎实理解数学原理的学科中尤为有益。 尽管数字技术的兴起，名义图仍然没有失去其重要性。许多工程师仍然在他们的工具包中携带印刷版的名义图，特别是在电子设备可能不实用或不可靠的领域。此外，名义图的设计已经发展，现代版本是使用软件创建的，允许更高的精度和定制。这些进步确保了名义图在当今快节奏的世界中仍然是一个相关和有用的工具。 总之，名义图不仅仅是过去的遗物；它是一种多功能和高效的工具，继续在各个领域发挥着重要作用。它简化复杂计算和增强理解的能力，使其成为专业人士和学生不可或缺的资源。随着我们继续创新和开发新技术，重要的是要记住像名义图这样的传统工具的价值，它们经受住了时间的考验，并继续在我们不断发展的世界中提供解决方案。