formularize
简明释义
英[ˈfɔːmjʊləˌraɪz]美[ˈfɔrmjələˌraɪz]
vt. 使公式化;以形式表示
第 三 人 称 单 数 f o r m u l a r i z e s
现 在 分 词 f o r m u l a r i z i n g
过 去 式 f o r m u l a r i z e d
过 去 分 词 f o r m u l a r i z e d
英英释义
To express or formulate something in a specific, systematic, or standardized way. | 以特定、系统或标准化的方式表达或制定某事。 |
单词用法
公式化一个理论 | |
公式化一个过程 | |
公式化想法 | |
公式化为模型 | |
为了清晰而公式化 | |
用数学术语公式化 |
同义词
反义词
例句
1.As a result, we must adjust the foreign trade policies and formularize the trade promotion system that is in accordance with WTO regulations and international trade practice.
所以,我国国际环境和地位的变化,迫切需要我国调整原有的外贸政策手段和促进体系,建立一套符合WTO规则和国际通行做法的外贸支持政策体系。
2.As a result, we must adjust the foreign trade policies and formularize the trade promotion system that is in accordance with WTO regulations and international trade practice.
所以,我国国际环境和地位的变化,迫切需要我国调整原有的外贸政策手段和促进体系,建立一套符合WTO规则和国际通行做法的外贸支持政策体系。
3.The researchers decided to formularize 公式化 their findings to make them easier to understand.
研究人员决定将他们的发现公式化,以便于理解。
4.In order to present the theory clearly, the professor had to formularize 公式化 the complex equations.
为了清楚地展示理论,教授必须将复杂的方程式公式化。
5.The team worked hard to formularize 公式化 the new marketing strategy for better implementation.
团队努力将新的营销战略公式化以便更好地实施。
6.To ensure consistency, the guidelines were formularized 公式化 into a standard operating procedure.
为了确保一致性,指南被公式化为标准操作程序。
7.The software development team needs to formularize 公式化 the requirements before starting the project.
软件开发团队需要在项目开始之前将需求公式化。
作文
In the realm of science and mathematics, the ability to formularize complex concepts is essential for effective communication and understanding. To formularize means to express an idea or a principle in a systematic and structured way, often using formulas or equations. This process not only aids in clarifying thoughts but also allows others to grasp intricate ideas more easily. For instance, when scientists formularize their hypotheses, they create a framework that can be tested and validated through experimentation. This methodical approach is what distinguishes scientific inquiry from mere speculation. Moreover, the act of formularize can be seen in various fields beyond just the hard sciences. In economics, for example, theories about market behavior are often formularized into mathematical models that predict outcomes based on certain variables. These models provide a clear, quantifiable way of understanding complex interactions within the economy. By formularizing these theories, economists can communicate their findings more effectively and provide stakeholders with actionable insights. In education, the ability to formularize information is crucial for students. Teachers often encourage students to take abstract concepts and formularize them into simpler terms or visual representations. This not only enhances comprehension but also fosters critical thinking and problem-solving skills. For instance, when students learn about chemical reactions, they might formularize the reaction in a balanced equation format, allowing them to visualize the relationship between reactants and products. Furthermore, in the world of technology and programming, formularize plays a significant role in algorithm development. Programmers often need to formularize their logic into precise steps that can be translated into code. This involves breaking down complex processes into manageable parts, ensuring that each step is clearly defined and executable. The clearer the formularization, the easier it is to debug and optimize the code, leading to more efficient software solutions. On a broader scale, formularize can also refer to the way policies and regulations are structured. Governments and organizations often formularize their rules and guidelines to ensure clarity and compliance. By presenting policies in a well-defined format, stakeholders can better understand their rights and responsibilities, which ultimately leads to smoother implementation and adherence. In conclusion, the ability to formularize is a powerful skill that transcends disciplines. Whether in science, economics, education, technology, or policy-making, formularizing complex ideas into structured formats enhances understanding and communication. As we continue to encounter increasingly intricate problems in our world, the importance of formularize cannot be overstated. It is a fundamental process that enables us to break down barriers to knowledge and fosters collaboration across various fields. Therefore, cultivating the ability to formularize should be a priority for anyone looking to make meaningful contributions to society.
在科学和数学领域,将复杂概念公式化的能力对于有效沟通和理解至关重要。公式化意味着以系统和结构化的方式表达一个想法或原则,通常使用公式或方程式。这一过程不仅有助于澄清思想,还使他人更容易掌握复杂的想法。例如,当科学家们公式化他们的假设时,他们创建了一个可以通过实验进行检验和验证的框架。这种系统的方法是科学探究与单纯推测之间的区别。 此外,公式化的行为也可以在超越硬科学的各种领域中看到。例如,在经济学中,关于市场行为的理论通常被公式化为数学模型,这些模型根据某些变量预测结果。这些模型提供了一种清晰、可量化的方式来理解经济中的复杂互动。通过公式化这些理论,经济学家能够更有效地传达他们的发现,并为利益相关者提供可操作的见解。 在教育中,公式化信息的能力对学生至关重要。教师常常鼓励学生将抽象概念公式化成更简单的术语或视觉表现。这不仅增强了理解力,还培养了批判性思维和解决问题的能力。例如,当学生学习化学反应时,他们可能会以平衡方程的形式公式化反应,使他们能够直观地看到反应物和产品之间的关系。 此外,在技术和编程的世界中,公式化在算法开发中发挥着重要作用。程序员往往需要将他们的逻辑公式化为可以转化为代码的精确步骤。这涉及将复杂的过程分解为可管理的部分,确保每个步骤都明确定义且可执行。公式化越清晰,调试和优化代码就越容易,从而导致更高效的软件解决方案。 在更广泛的层面上,公式化还可以指政策和法规的结构。政府和组织通常会公式化他们的规则和指导方针,以确保清晰和合规。通过以明确的格式呈现政策,利益相关者可以更好地理解他们的权利和责任,从而最终导致更顺利的实施和遵守。 总之,公式化的能力是一项超越学科的强大技能。无论是在科学、经济学、教育、技术还是政策制定中,公式化复杂想法为结构化格式增强了理解和沟通。随着我们继续遇到日益复杂的问题,公式化的重要性不容小觑。这是一个基本的过程,使我们能够打破知识的障碍,促进各个领域之间的合作。因此,培养公式化的能力应该成为任何希望对社会做出有意义贡献的人的优先事项。
文章标题:formularize的意思是什么
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