flow rate

flow rate的音标是[ˈfləʊ reɪt]，基本翻译是流量，速记技巧可以是联想记忆：flower（花朵）的量词是每分钟flow rate of 100 flowers（每分钟流过的花朵数量）等于100。

Flow rate的英文词源：

Flow rate这个词源于拉丁语“fluere”，意为流动。

变化形式：

1. 流量（flow rate）

2. 流速（velocity）

3. 流量系数（flow coefficient）

相关单词：

1. Flow channel（流道）：指流体流动的通道。

2. Flow field（流场）：指流体在整个管道或通道中的分布情况。

3. Flow pattern（流型）：指流体在管道或通道中的流动形态。

4. Flow disturbance（流扰动）：指影响流体流动的干扰或扰动因素。

5. Flow control（流量控制）：指通过控制设备或方法来调节流体的流量。

6. Flow measurement（流量测量）：指通过测量设备或方法来测量流体的流量。

7. Flow rate meter（流量计）：指用于测量流体流量的仪器或设备。

8. Flow rate controller（流量控制器）：指用于控制流体流量的设备或系统。

9. Flow rate optimization（流量优化）：指通过优化流体的流动情况来提高效率或降低成本的过程。

10. Flow rate uncertainty（流量不确定性）：指在测量或控制流体流量时可能存在的误差或不确定性。

常用短语：

1. flow rate of water

2. flow rate of gas

3. flow rate of oil

4. maximum flow rate

5. minimum flow rate

6. average flow rate

7. flow rate control

例句：

1. The water flow rate in the faucet varies with the temperature. 水龙头的流量随温度的变化而变化。

2. The gas flow rate must be adjusted to meet the production requirements. 气体的流量必须调整以满足生产要求。

3. The flow rate of oil in the engine affects its performance and fuel consumption. 发动机中油的流量对其性能和燃油消耗有影响。

4. The maximum flow rate of the pipeline must be taken into account when planning the production process. 在计划生产过程时必须考虑到管道的最大流量。

5. The minimum flow rate of water in a faucet determines how cold or hot the water will be when turned on. 水龙头的最小流量决定了水开启时的水温。

6. The average flow rate of water in a faucet determines how much water will be dispensed per minute. 水龙头的平均流量决定了每分钟流出多少水。

7. Flow rate control is essential for ensuring efficient operation of a system. 流量控制对于确保系统的有效运行至关重要。

英文小作文：

Flow Rate: The Key to Efficient Operations

Flow rate is a crucial factor in ensuring efficient operations of any system, whether it"s a pipeline for transporting goods, a water system for providing clean water, or an engine for generating power. Understanding and controlling the flow rate of various substances is essential for optimizing performance and minimizing waste.

For instance, the flow rate of water in faucets and pipes determines how much water is dispensed per minute and how cold or hot the water will be when turned on. Similarly, the gas flow rate of an engine affects its performance and fuel consumption, while the maximum and minimum flow rates of a pipeline must be taken into account when planning the production process.

Flow rate control is also essential in ensuring that systems operate efficiently over time. If the flow rate is too high, resources will be wasted due to excessive consumption, while if it"s too low, productivity will suffer due to insufficient supply. By carefully monitoring and adjusting the flow rate, businesses can ensure that their systems operate at their peak performance, while also conserving resources and minimizing costs.