不足为怪的是，燃料和冷却系统是故障的最常见原因。
It didn't come as a shock to learn that the fuel and cooling systems are the most common causes of breakdown.
实现了燃料元件装卸循环过程的实时控制、状态监控、数据存储、故障诊断和报警、系统管理等功能。
The function of real time control, state monitor, data storage, fault alarm, system management was realized in the course of fuel circulation.
最后以喷气式发动机燃料计量系统为例，阐述对该系统进行故障分析的一般步骤。
The process of fault analysis is illustrated by the Fuel metering System of jet plane engine.
化油器或燃料泵中的小点污迹都可造成燃料系统和发动机的故障。在检修这些部件时，务必小心。
Remember that even a trace of dirt in a carburetor or fuel pump can cause fuel-system and engine trouble. be very careful about dirt when repairing these units.
并以飞机发动机燃料计量系统FMEA为例，阐述了功能角色模型的故障注入和故障模式的建立，以及故障分析过程。
Taking FMEA of fuel-metering system of jet plane engine as an example, failure infusing of functional role model, setting-up model of failure, and process of fault analysis was introduced.
本节介绍燃料系统发生的各种故障，并讨论燃料系统各部件所需要的维修。
This section describes various types of trouble that develop in the fuel system and discusses the services required on the different fuel-system components.
本节介绍燃料系统发生的各种故障，并讨论燃料系统各部件所需要的维修。
This section describes various types of trouble that develop in the fuel system and discusses the services required on the different fuel-system components.
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