concretization

简明释义

英[/ˌkɒŋkrɪtəˈzeɪʃən/]美[/ˌkɒŋkrɪtəˈzeɪʃən/]

n. 具体化

英英释义

单词用法

同义词

反义词

例句

1.Kripke's view on the priori contingent and the posteriori necessary propositions is a development and concretization of Quine's view on analytical and synthetic propositions.

克里·普克关于先验偶然命题和后验必然命题的观点，是对蒯因关于分析命题和综合命题的观点的进一步推进和具体化。

2.Kripke's view on the priori contingent and the posteriori necessary propositions is a development and concretization of Quine's view on analytical and synthetic propositions.

克里·普克关于先验偶然命题和后验必然命题的观点，是对蒯因关于分析命题和综合命题的观点的进一步推进和具体化。

3.Chapter two, three, concretization and aesthetic experience are main subjects of epistemenology of the literary work of art.

第二、三章具体化和审美经验是文学的艺术作品认识论的核心内容。

4.Jean-Paul Sartre's dramas are the illustration and concretization of his philosophical thoughts.

萨特的戏剧是他哲学思想的图解和具体化。

5.The architect emphasized the importance of concretization in turning abstract ideas into tangible designs.

建筑师强调了将抽象理念转化为具体设计中具体化的重要性。

6.In project management, concretization helps teams clarify their goals and deliverables.

在项目管理中，具体化帮助团队明确他们的目标和交付物。

7.The teacher encouraged students to engage in concretization to better understand theoretical concepts.

老师鼓励学生进行具体化以更好地理解理论概念。

8.Through concretization, the marketing team was able to create a clear message for their campaign.

通过具体化，市场团队能够为他们的活动创建清晰的信息。

9.The process of concretization can significantly enhance the effectiveness of communication.

过程的具体化可以显著提高沟通的有效性。

作文

In the realm of education, the process of learning often requires a shift from abstract concepts to more tangible forms. This transition is critical for students to fully grasp complex ideas. One of the key methods that educators employ to facilitate this understanding is through the process of concretization. The term concretization refers to the act of making something abstract more concrete or tangible. It involves transforming theoretical knowledge into practical applications that can be easily understood and utilized by learners. For instance, when teaching mathematical concepts, a teacher might use physical objects like blocks or counters to represent numbers. This method helps students visualize and better understand the relationships between different quantities, thereby aiding their comprehension of mathematical principles. The importance of concretization extends beyond mathematics; it applies to various subjects, including science, literature, and history. In science classes, teachers often conduct experiments that allow students to observe phenomena firsthand. By engaging in hands-on activities, students can see the real-world implications of scientific theories, which enhances their learning experience. Similarly, in literature, discussing themes and character motivations through relatable examples or modern parallels can help students connect with the material on a deeper level. This process of concretization transforms literary analysis from a mere academic exercise into a relevant and engaging discussion. Furthermore, concretization plays a crucial role in fostering critical thinking skills. When learners are presented with abstract theories without any practical context, they may struggle to see their relevance. However, by grounding these theories in real-life situations, educators encourage students to think critically about how they apply to everyday life. For example, when discussing economic principles, a teacher might relate concepts such as supply and demand to current market trends. This not only aids in understanding but also encourages students to engage with the material and form their own opinions based on observable evidence. Moreover, the process of concretization is essential in developing problem-solving skills. In many cases, students are faced with complex problems that require them to apply their knowledge in practical ways. By using concretization techniques, educators can present these problems in a more manageable format. For instance, in a project-based learning environment, students might work on a community service project that requires them to apply their mathematical skills to budget planning or their scientific knowledge to environmental studies. Such experiences not only reinforce their learning but also empower them to take action in their communities. In conclusion, the concept of concretization is vital in the educational landscape. It bridges the gap between abstract theories and practical applications, allowing students to develop a deeper understanding of the material. By employing concretization strategies, educators can enhance student engagement, foster critical thinking, and improve problem-solving skills. Ultimately, this approach not only enriches the learning experience but also equips students with the tools they need to succeed in an increasingly complex world. As we continue to innovate in education, embracing the power of concretization will be essential in preparing future generations for the challenges ahead.

在教育领域，学习过程通常需要从抽象概念转变为更具体的形式。这一过渡对学生充分理解复杂的思想至关重要。教育工作者采用的一种关键方法是通过具体化的过程。术语具体化指的是将某些抽象事物变得更加具体或可触及的行为。它涉及将理论知识转化为可以被学习者轻松理解和利用的实际应用。例如，在教授数学概念时，教师可能会使用像积木或计数器这样的实物来表示数字。这种方法帮助学生可视化并更好地理解不同数量之间的关系，从而有助于他们对数学原理的理解。 具体化的重要性不仅限于数学，它适用于多个学科，包括科学、文学和历史。在科学课上，教师通常会进行实验，让学生亲身观察现象。通过参与动手活动，学生可以亲眼看到科学理论的现实意义，从而提升他们的学习体验。同样，在文学中，通过与相关示例或现代平行事物讨论主题和人物动机，可以帮助学生与材料建立更深层次的联系。这一具体化过程将文学分析从单纯的学术练习转变为相关且引人入胜的讨论。 此外，具体化在培养批判性思维技能方面也发挥着至关重要的作用。当学习者面临没有任何实际背景的抽象理论时，他们可能会很难看到其相关性。然而，通过将这些理论扎根于现实生活情境中，教育者鼓励学生批判性地思考它们如何适用于日常生活。例如，在讨论经济原则时，教师可能会将供需等概念与当前市场趋势联系起来。这不仅有助于理解，而且还鼓励学生与材料互动，并基于可观察的证据形成自己的观点。 此外，具体化过程在发展解决问题的能力方面至关重要。在许多情况下，学生面临复杂的问题，需要他们以实际方式应用所学知识。通过使用具体化技术，教育者可以以更易于管理的格式呈现这些问题。例如，在项目式学习环境中，学生可能会参与一个社区服务项目，要求他们运用数学技能进行预算规划或运用科学知识进行环境研究。这类经历不仅巩固了他们的学习，也使他们能够在社区中采取行动。 总之，具体化这一概念在教育领域至关重要。它弥合了抽象理论与实际应用之间的差距，使学生能够更深入地理解材料。通过采用具体化策略，教育者可以增强学生的参与感，培养批判性思维，并提高解决问题的能力。最终，这种方法不仅丰富了学习体验，还为学生提供了在日益复杂的世界中取得成功所需的工具。随着我们在教育领域不断创新，拥抱具体化的力量将对未来几代人应对即将面临的挑战至关重要。