by-passed

by-passed的音标是[baɪˈpaːst]，基本意思是“旁路，绕过，绕过…的开关”或“旁路系统”。速记技巧是使用缩写或简写形式来快速记忆单词。例如，可以将by-pass简化为bp。

by-passed的英文词源是by-pass，这个词源于拉丁语，意为“绕过，避开”。by-passed的意思是“通过，绕过，排除”。

by-passed的变化形式主要有两种：过去式和过去分词。过去式通常为by-passed，而过去分词则为by-passed或bypassed。

相关单词有：bypass、bypassing、bypassed、bypasses、bypassage、bypassable、bypassability、bypassability、bypasses。Bypass是一个常用的英语单词，指绕过或避开某个系统或过程的一部分，而bypassing和bypassed则表示绕过或排除的过程。bypasses是一个名词，表示绕过的部分或方式。bypassage则是一个名词，表示绕过或排除的过程或行为。其他单词如bypassable和bypassability则表示可能被绕过或排除的情况或因素。

总的来说，by-passed是一个常用的英语单词，表示通过或绕过某个过程或系统的一部分。它的变化形式和相关单词都与它所表示的含义有关，同时这些单词也反映了英语词汇的多样性和灵活性。

by-passed短语：

1. by-pass system 旁路系统

2. by-pass valve 旁路阀

3. by-pass flow 旁通流量

4. by-pass rate 旁路率

5. by-pass valve control 旁路阀控制

6. bypassing the system 绕开系统

7. bypassing the bypass 绕开绕路

双语例句：

1. The bypass valve was closed to prevent water from flowing through the system.

旁路阀被关闭以防止水流入系统。

2. The engine was repaired and bypassed to ensure smooth operation.

发动机被修理并旁路以确保其正常运行。

3. The power steering system was bypassed to avoid any further damage.

为了避免进一步的损坏，将动力转向系统旁路。

4. The bypass valve malfunctioned and caused a water leak in the engine compartment.

旁路阀出现故障，导致发动机舱内漏水。

5. The bypass flow was increased to improve the efficiency of the cooling system.

增加了旁通流量以提高冷却系统的效率。

6. The by-pass valve was adjusted to ensure the correct flow rate for the system.

调整了旁路阀以确保系统所需的正确流量。

7. The bypassing of the system allowed us to complete the job without any interruption.

绕开系统使我们能够不间断地完成工作。

英文小作文：

When designing a system, it is important to consider how to bypass any potential bottlenecks or issues that may arise. By doing so, we can ensure that the system operates efficiently and without any interruptions. For example, when designing a power steering system, it is necessary to consider how to bypass any damaged components or parts to avoid any further damage to the system. Similarly, when designing a cooling system, it is essential to adjust the bypass valve to ensure that the correct amount of coolant flows through the system to maintain optimal temperatures. By doing so, we can ensure that our systems operate smoothly and efficiently, reducing maintenance costs and ensuring maximum uptime for our equipment and systems.