convection zone的音标为["kənvektʃəunz],基本翻译为“对流层”。速记技巧可以考虑使用词根词缀分解记忆,或者结合生活常识进行记忆。例如,可以将其拆分为con-、vection和zone三个部分。其中,con-表示“共同”,vection可以理解为“上升(up)”+tion,因此整体可以理解为“共同上升的区域”。在地球科学中,对流层是地球大气层中的一层,是气象学中最重要的层次之一,因为它是最容易受到热对流影响的层次。
Convection zone这个词的词源可以追溯到拉丁语“conveyere”,意为“携带”或“运输”。在气象学中,对流层(convective layer)是指大气中发生对流运动的区域,因此convection zone指的是对流层的位置。
变化形式:Convection zone的复数形式是convection zones。
相关单词:
1. updraft - 上升气流,其词源与convection zone有关,表示从地面升起的热空气。
2. downdraft - 下降气流,与updraft相对,也与convection zone有关。
3. convect - 指对流运动,因此convection zone也与convect这个词有关。
4. convective - 形容词,表示与对流有关的,如convective heating(对流加热)。
5. convective layer - 与convection zone同义,指发生对流运动的区域。
6. convection current - 指对流形成的流动,如地球上的洋流。
7. convection current model - 指用于模拟对流传热的模型。
8. convection tower - 指高温空气上升形成的烟囱状结构。
9. convection cell - 指对流运动中形成的类似细胞的结构,常用于气象学中描述对流层。
10. convection heat transfer - 对流传热,指热量在流体中通过对流方式进行传递的过程。
convection zone
常用短语:
1. convection currents 热对流
2. convection heating 对流传热
3. convection current 传导电流
4. convection cooling 对流传冷
5. convection velocity 对流传速
6. convection resistance 对流传阻
7. convection heat transfer 对流传热量
双语例句:
1. The sun"s convection zone generates the solar wind. 太阳的热对流区域产生了太阳风。
2. The convection currents in the ocean cause waves and currents. 海洋中的热对流导致海浪和洋流。
3. Convection heating is a major source of heat transfer in the Earth"s interior. 对流传热是地球内部热量传递的主要来源。
4. The convection zone of a star is where its magnetic field is strongest. 恒星的热对流区域是其磁场最强的区域。
5. Convection cooling is a common method of removing heat from electronic components. 对流传冷是电子元件散热的常见方法。
6. Convection resistance is a significant factor in designing efficient heat exchangers. 对流传阻是设计高效换热器的重要因素。
7. The convection heat transfer of a fluid depends on its viscosity and temperature gradients. 流体的对流传热取决于其粘度和温度梯度。
英文小作文:
The Convection Zone: The Heart of the Sun
The sun"s convection zone is the heart of its energy production and transport system. It is responsible for generating the solar wind, which is a stream of charged particles that constantly flows from the sun into space. The convection zone is also responsible for transporting heat from the sun"s core to its surface, where it creates the sun"s bright surface and heat radiation that reaches our planet. Understanding the convection zone is crucial for understanding the sun"s role in our planet"s climate and energy supply.