packing density

简明释义

存储密度包装密度

英英释义

例句

1.The packing density of the microchips determines how many chips can fit on a single silicon wafer.

微芯片的包装密度决定了单个硅晶圆上可以容纳多少个芯片。

2.In logistics, optimizing the packing density can reduce shipping costs and improve efficiency.

在物流中，优化包装密度可以降低运输成本并提高效率。

3.The packing density of the new battery design is significantly higher, allowing for longer usage times.

新电池设计的包装密度显著提高，允许更长的使用时间。

4.The packing density of the food items affects how much can be shipped in a single container.

食品的包装密度影响单个集装箱中可以运输的数量。

5.Increasing the packing density in our warehouse has allowed us to store more products without expanding space.

提高我们仓库的包装密度使我们能够在不扩展空间的情况下存储更多产品。

作文

Packing density is a term that refers to the amount of mass or number of particles contained within a given volume. This concept is crucial in various fields, including materials science, physics, and even biology. Understanding packing density (密度) can provide insights into how substances interact, their stability, and their overall properties. For instance, in materials science, the packing density (密度) of a crystalline solid can significantly affect its strength and durability. A higher packing density (密度) usually indicates a more robust material, as the closely packed particles are less likely to move or break apart under stress.In the realm of physics, packing density (密度) plays a vital role in understanding gases and liquids. For example, the packing density (密度) of gas molecules in a container can influence the pressure and temperature of the gas. When the packing density (密度) increases, the molecules are forced closer together, resulting in higher pressure. Conversely, when the packing density (密度) decreases, the gas expands, leading to lower pressure. This relationship is essential for various applications, including the design of engines and the study of atmospheric phenomena.Moreover, in biology, packing density (密度) can describe how cells or organisms are arranged within a specific area. For example, in ecological studies, the packing density (密度) of plant species in a forest can affect biodiversity and the health of the ecosystem. A higher packing density (密度) of plants may lead to increased competition for resources like sunlight and nutrients, impacting growth and survival rates.The concept of packing density (密度) is not limited to physical sciences; it also finds applications in computer science, particularly in data storage and optimization. In this context, packing density (密度) refers to how efficiently data is stored within a given storage medium. Higher packing density (密度) means more information can be stored in a smaller space, which is critical for developing more efficient databases and improving the performance of electronic devices.In conclusion, packing density (密度) is a multifaceted concept that spans various disciplines, from materials science to biology and computer science. By comprehending the implications of packing density (密度), we can better understand the behavior of different materials, the dynamics of ecosystems, and the efficiency of data storage systems. It is a fundamental principle that helps explain the structure and function of the world around us, making it an essential topic of study for scientists and researchers alike.