close pack

简明释义

密集冰

英英释义

例句

1.During the packing process, we achieved a close pack 紧密堆放 arrangement of the items to prevent movement during transport.

在包装过程中，我们实现了物品的紧密堆放安排，以防在运输过程中移动。

2.In the laboratory, the chemist needed to ensure a close pack 紧密堆放 of molecules for accurate results.

在实验室，化学家需要确保分子紧密堆放以获得准确的结果。

3.To optimize the use of space, the warehouse manager instructed the staff to create a close pack 紧密堆放 of pallets.

为了优化空间利用，仓库经理指示员工创建一个紧密堆放的托盘。

4.The fruit vendor arranged the apples in a close pack 紧密堆放 to attract more customers at the market.

水果商将苹果以紧密堆放的方式排列，以吸引更多顾客在市场上购买。

5.The engineer designed the storage unit to allow for a close pack 紧密堆放 of boxes, maximizing space efficiency.

工程师设计了存储单元，以便能够紧密堆放箱子，最大化空间效率。

作文

In the world of science and mathematics, the concept of packing is fundamental to understanding how objects can be arranged in space. One interesting phenomenon is the idea of a close pack, which refers to the arrangement of spheres in such a way that they occupy the least amount of space possible while still remaining in contact with one another. This concept not only applies to physical spheres but also has implications in various fields such as chemistry, logistics, and even data organization. Understanding the principles behind a close pack can help us optimize arrangements in our daily lives.The most common example of a close pack is found in nature, where atoms and molecules arrange themselves in the most efficient manner to minimize energy levels. For instance, in crystalline structures, atoms are often found in a close pack formation, which allows them to maximize stability and minimize potential energy. This principle is crucial in materials science, where understanding the packing of atoms can lead to the development of stronger and more resilient materials.In logistics, the idea of a close pack is essential for maximizing space in shipping containers and warehouses. Companies strive to find the most efficient way to arrange their products to minimize wasted space and reduce transportation costs. By employing techniques that promote a close pack, businesses can significantly enhance their operational efficiency, leading to increased profits and reduced environmental impact.Moreover, in the realm of data organization, the concept of a close pack can also be applied. When storing data, it is important to arrange it in a way that minimizes redundancy and maximizes accessibility. Techniques such as database normalization aim to achieve a close pack of information, ensuring that data is stored efficiently without unnecessary duplication. This leads to faster retrieval times and better overall performance of computer systems.The importance of a close pack extends beyond just scientific and logistical applications; it also influences our everyday decisions. For instance, when packing for a trip, we often seek to create a close pack of our belongings to ensure that we can fit everything into our luggage without exceeding weight limits. This requires strategic thinking and planning, as we must consider the dimensions and weights of each item to achieve an optimal arrangement.In conclusion, the concept of a close pack is a powerful tool that permeates various aspects of life, from the atomic level to everyday tasks. By understanding and applying the principles of close pack arrangements, we can improve efficiency, reduce waste, and enhance our overall quality of life. Whether in science, logistics, or personal organization, embracing the idea of a close pack can lead to significant benefits that resonate across multiple domains.

在科学和数学的世界中，包装的概念对于理解物体如何在空间中排列是基础性的。一个有趣的现象是“紧密包装”的概念，它指的是球体以一种方式排列，使它们在相互接触的同时占据尽可能少的空间。这个概念不仅适用于物理球体，还在化学、物流甚至数据组织等多个领域具有重要意义。理解“紧密包装”背后的原理可以帮助我们优化日常生活中的安排。“紧密包装”的最常见例子可以在自然界中找到，原子和分子以最有效的方式排列，以最小化能量水平。例如，在晶体结构中，原子通常以“紧密包装”的形式出现，这使它们能够最大化稳定性并最小化潜在能量。这个原理在材料科学中至关重要，理解原子的包装可以导致更强大和更具韧性的材料的开发。在物流中，“紧密包装”的理念对于最大化运输集装箱和仓库中的空间至关重要。公司努力寻找最有效的产品排列方式，以最小化浪费的空间并降低运输成本。通过采用促进“紧密包装”的技术，企业可以显著提高运营效率，从而增加利润并减少对环境的影响。此外，在数据组织领域，“紧密包装”的概念也可以应用。当存储数据时，重要的是以最小化冗余和最大化可访问性的方式进行排列。数据库规范化等技术旨在实现信息的“紧密包装”，确保数据高效存储而没有不必要的重复。这导致更快的检索时间和计算机系统的整体性能提升。“紧密包装”的重要性超越了科学和物流的应用，它还影响着我们日常的决策。例如，在打包旅行时，我们通常会寻求创建一个“紧密包装”的行李，以确保我们能将所有物品放入行李中而不超过重量限制。这需要战略思考和规划，因为我们必须考虑每个物品的尺寸和重量，以实现最佳排列。总之，“紧密包装”的概念是一个强大的工具，渗透到生活的各个方面，从原子层面到日常任务。通过理解和应用“紧密包装”排列的原理，我们可以提高效率、减少浪费，并增强我们的整体生活质量。无论是在科学、物流还是个人组织中，接受“紧密包装”的理念都可以带来显著的好处，这些好处在多个领域产生共鸣。