skeleton diagram

简明释义

概略图

英英释义

例句

1.The architect presented a skeleton diagram 骨架图 of the building to illustrate its structural framework.

建筑师展示了一个skeleton diagram 骨架图，以说明建筑的结构框架。

2.In biology class, we studied a skeleton diagram 骨架图 of the human body to learn about the skeletal system.

在生物课上，我们研究了一个skeleton diagram 骨架图，以了解骨骼系统。

3.During the design phase, the team used a skeleton diagram 骨架图 to map out the user interface.

在设计阶段，团队使用了一个skeleton diagram 骨架图来绘制用户界面。

4.The engineer created a skeleton diagram 骨架图 to outline the essential components of the machine.

工程师创建了一个skeleton diagram 骨架图，以概述机器的基本组件。

5.The teacher asked the students to draw a skeleton diagram 骨架图 of a plant cell for their science project.

老师要求学生为他们的科学项目绘制一个植物细胞的skeleton diagram 骨架图。

作文

In the realm of education and technical communication, visual aids play a crucial role in conveying complex ideas simply and effectively. One such visual aid is the skeleton diagram, which serves as a basic outline or framework for presenting information. The term skeleton diagram refers to a simplified representation of a concept, system, or process that highlights its essential components without unnecessary details. This approach allows learners and professionals alike to grasp the fundamental structure of a subject quickly.When creating a skeleton diagram, the focus is on clarity and organization. For instance, in scientific fields, researchers often use skeleton diagrams to illustrate the relationships between different biological organisms or chemical compounds. By stripping away extraneous information, these diagrams enable viewers to concentrate on the core elements that define the subject matter.In the context of writing, especially when constructing essays or reports, a skeleton diagram can act as an invaluable tool for outlining ideas. Writers can sketch out the main points they wish to address, organizing them in a logical sequence. This not only helps in maintaining a coherent flow throughout the piece but also ensures that all critical aspects are covered. For example, a student preparing an essay on climate change might create a skeleton diagram that includes sections on causes, effects, and potential solutions. Each section would contain bullet points summarizing the key arguments, providing a clear roadmap for the writing process.Moreover, skeleton diagrams are prevalent in various industries, including engineering and software development. Engineers may utilize skeleton diagrams to plan the architecture of a new building, focusing on the structural elements before adding intricate designs. Similarly, software developers often draw skeleton diagrams to outline the architecture of a program, ensuring that all necessary components are accounted for before diving into coding.The effectiveness of a skeleton diagram lies in its ability to distill complex information into manageable parts. This simplification fosters better understanding and retention among students and professionals. For instance, when teaching complex subjects such as mathematics or physics, educators can employ skeleton diagrams to break down formulas or theories into digestible segments. This method encourages active engagement, allowing learners to visualize relationships and processes more clearly.In conclusion, the skeleton diagram is an essential tool across various fields, facilitating the organization and presentation of information. Whether used in education, writing, or professional settings, it provides a structured framework that enhances understanding and communication. By focusing on the core components of a subject, skeleton diagrams empower individuals to navigate complexity with confidence. As we continue to explore new ways of learning and sharing knowledge, the importance of visual aids like the skeleton diagram will undoubtedly persist, aiding us in our quest for clarity and comprehension.

在教育和技术交流的领域中，视觉辅助工具在简单有效地传达复杂思想方面发挥着至关重要的作用。其中一种视觉辅助工具是skeleton diagram（骨架图），它作为呈现信息的基本轮廓或框架。术语skeleton diagram指的是一个概念、系统或过程的简化表示，突出其基本组成部分，而不包含多余的细节。这种方法使得学习者和专业人士能够迅速掌握主题的基本结构。在创建skeleton diagram时，重点是清晰和组织。例如，在科学领域，研究人员常常使用skeleton diagrams来说明不同生物体或化合物之间的关系。通过去除多余的信息，这些图表使观众能够集中注意力于定义主题的核心元素。在写作的背景下，尤其是在构建论文或报告时，skeleton diagram可以作为一个宝贵的工具来概述思路。作者可以勾勒出他们希望讨论的要点，并将其按逻辑顺序组织。这不仅有助于保持整篇文章的连贯性，还确保所有关键方面都得到覆盖。例如，一名准备关于气候变化的论文的学生可能会创建一个skeleton diagram，其中包括关于原因、影响和潜在解决方案的部分。每个部分将包含总结关键论点的要点，为写作过程提供明确的路线图。此外，skeleton diagrams在各个行业中也很常见，包括工程和软件开发。工程师可能利用skeleton diagrams来规划新建筑的结构，专注于结构元素，然后再添加复杂的设计。同样，软件开发人员通常绘制skeleton diagrams来概述程序的架构，确保在深入编码之前考虑到所有必要的组件。skeleton diagram的有效性在于它能够将复杂信息提炼为可管理的部分。这种简化促进了学生和专业人士的理解和记忆。例如，在教授数学或物理等复杂学科时，教育工作者可以采用skeleton diagrams将公式或理论分解为易于消化的部分。这种方法鼓励积极参与，使学习者能够更清晰地可视化关系和过程。总之，skeleton diagram是各个领域的重要工具，促进信息的组织和呈现。无论是在教育、写作还是专业环境中，它都提供了一个增强理解和沟通的结构化框架。通过关注主题的核心组成部分，skeleton diagrams使个人能够自信地应对复杂性。随着我们继续探索学习和分享知识的新方式，像skeleton diagram这样的视觉辅助工具的重要性无疑会持续存在，帮助我们在追求清晰和理解的过程中前行。