gravity segregation

简明释义

比重偏析

英英释义

例句

1.In geology, gravity segregation can explain how different rock types are distributed based on their density.

在地质学中，重力分离可以解释不同岩石类型如何根据其密度分布。

2.In the mining industry, gravity segregation refers to the process where heavier minerals settle at the bottom of a mixture due to gravity.

在矿业中，重力分离指的是较重矿物因重力而沉淀在混合物底部的过程。

3.The design of the new waste treatment facility incorporates gravity segregation to efficiently separate recyclable materials.

新废物处理设施的设计采用了重力分离，以有效分离可回收材料。

4.The principle of gravity segregation is applied in the food industry to separate grains of different sizes.

在食品工业中，重力分离原理被用于分离不同大小的谷物。

5.During sedimentation, gravity segregation helps separate sand from silt in riverbeds.

在沉淀过程中，重力分离帮助在河床中将沙子与淤泥分开。

作文

Gravity segregation, also known as gravitational separation, is a natural phenomenon that occurs when particles of different densities settle at different rates under the influence of gravity. This process can be observed in various environments, from geological formations to industrial applications. Understanding gravity segregation 重力分离 is crucial for scientists and engineers alike, as it plays a significant role in shaping the world around us and optimizing processes in numerous fields.In nature, gravity segregation 重力分离 can be seen in sedimentary rock formations, where heavier minerals settle at the bottom over time, while lighter materials remain suspended or settle above them. This stratification not only provides valuable information about the geological history of an area but also influences the distribution of resources such as minerals and fossil fuels. For instance, understanding the principles of gravity segregation 重力分离 can help geologists locate valuable mineral deposits by analyzing the layers of sediment and their composition.In industrial processes, gravity segregation 重力分离 is often employed in the separation of materials based on density differences. For example, in the mining industry, gravity separation techniques are used to extract valuable metals from ores. By exploiting the differences in density between the target metal and the surrounding material, miners can efficiently separate and concentrate valuable resources. This method is not only cost-effective but also environmentally friendly compared to other separation methods that rely on chemicals.Moreover, gravity segregation 重力分离 is also relevant in the field of environmental science. For instance, during the treatment of wastewater, gravity segregation is utilized to separate solids from liquids. In sedimentation tanks, heavier particles settle at the bottom due to gravity, allowing for clearer water to be collected from the top. This process is essential for ensuring that treated water meets safety standards before being released back into the environment.The concept of gravity segregation 重力分离 extends beyond just physical separation; it also has implications in biological systems. In cellular biology, cells can exhibit gravity segregation during processes like cell division and differentiation. Heavier organelles may settle in certain areas of the cell, influencing the overall function and behavior of the cell. Understanding this phenomenon can lead to advancements in medical research and treatments.In conclusion, gravity segregation 重力分离 is a multifaceted concept that plays a vital role in various scientific and industrial applications. From geology to environmental science and biology, the principles of gravity segregation provide insights into the natural world and enhance our ability to manipulate materials for practical purposes. As we continue to explore and understand the intricacies of this phenomenon, we can improve our methods of resource extraction, waste management, and even medical treatments, ultimately benefiting society as a whole.