6740E010000 OVERPRESSURE VALVE
一、名称OVERPRESSURE VALVE超压活门二、件号6740E010000,6740E010000 Amdt A三、章节号36-11-58四、适用机型A320五、系统36 PNEUMATIC气源六、安装位置发动机短舱七、部件原理General Descript...
航空开关知识和相关术语，switch，Microswitches，Relays
Switches 开关Switches control the current flow in most aircraft electrical circuits. A switch is used to start, to stop, or to change the direction of the current flow in the circu...
塞尺的使用方法
塞尺的使用方法塞尺（也称为间隙规或厚薄规）是一种用于测量两个表面之间间隙的简单工具。它由一组厚度不同的金属片组成，每一片上通常标记有其厚度值。塞尺的结构 01 塞尺的结构 塞尺是由...
杠杆百分表的使用方法
杠杆百分表的使用方法 杠杆百分表，也常被称为杠杆指示表、杠杆百分表或杠杆千分表，是一种精密的机械计量器具，广泛应用于机械加工、质量检测等领域，用于测量工件的几何形状误差、相互位置的...
SECTION IV – REPAIR 6 -修理镁零件-C.Method No. 406C:镁合金零件的沟槽和划伤修复
6.Repairing Magnesium Parts修理镁零件C.Method No. 406C: Magnesium-Alloy Parts Gouge and Scoring RepairMethod No. 406C:镁合金零件的沟槽和划伤修复Repair minor damage to magnesium-all...
SECTION IV – REPAIR 6 -修理镁零件-B.Method No. 406B:镁合金零件严重损坏修复
6.Repairing Magnesium Parts修理镁零件B.Method No. 406B: Magnesium-Alloy Parts Heavy Damage RepairMethod No. 406B:镁合金零件严重损坏修复Repair minor damage to magnesium-alloy parts ...
民航领域核心网址分类汇总-航空综合网站大全
友情链接申请 .link-container { padding: 20px; font-family: 'Microsoft YaHei', sans-serif; max-width: 1200px; margin-left: auto; /* 右侧对齐 */ } .link-box { display: flex; flex-wra...
SECTION IV – REPAIR 6 -修理镁零件-A.Method No. 406A:轻微损坏修理
6.Repairing Magnesium Parts修理镁零件A.Method No. 406A: Minor Damage RepairMethod No. 406A:轻微损坏修理NOTE: Refer to Method No. 403L for repair of paint coatings for magnesium par...
6740F010000,6740G010000 OVERPRESSURE VALVE
一、名称OVERPRESSURE VALVE超压活门二、件号6740F010000,6740G010000三、章节号36-11-12四、适用机型A320五、系统36 PNEUMATIC气源六、安装位置发动机短舱七、部件原理Operation Fig FUNC-3工...
SECTION IV – REPAIR 5.清除钢制零件上的损伤-C.Method No. 405C: 使用玻璃珠喷丸修复密封直径（唇形密封面）
5.Removing Damage from Steel Parts清除钢制零件上的损伤C.Method No. 405C: Seal Diameter (Lip Seal Surface) Repair Using Glass Bead PeeningMethod No. 405C: 使用玻璃珠喷丸修复密封直径...
SECTION IV – REPAIR 5.清除钢制零件上的损伤-B.Method No. 405B:去除严重腐蚀、硬碳、油漆和氧化皮
5.Removing Damage from Steel Parts清除钢制零件上的损伤B.Method No. 405B: Heavy Corrosion, Hard Carbon, Paint, and Scale RemovalMethod No. 405B:去除严重腐蚀、硬碳、油漆和氧化皮Remov...
SECTION IV – REPAIR 5.清除钢制零件上的损伤-A.Method No. 405A:微小表面缺陷修复
5.Removing Damage from Steel Parts清除钢制零件上的损伤A.Method No. 405A: Minor Surface Defect RepairMethod No. 405A:微小表面缺陷修复Repair minor surface defects on steel parts as f...
SECTION IV – REPAIR 4. 修理铝制零件-E.Method No. 404E:轻微腐蚀修复
4. Repairing Aluminum Parts 修理铝制零件E.Method No. 404E: Minor Corrosion RepairMethod No. 404E:轻微腐蚀修复Remove minor corrosion from aluminum-alloy parts as follows:按如下步骤...
SECTION IV – REPAIR 4. 修理铝制零件-D.Method No. 404D:燃油和滑油泵铝制壳体表面修复
4. Repairing Aluminum Parts 修理铝制零件D.Method No. 404D: Fuel and Oil Pump Aluminum Housing Surface RepairMethod No. 404D:燃油和滑油泵铝制壳体表面修复Repair worn and/or damaged s...
飞机维修工程管理-维修审查委员会报告(MRBR)
航空器的维修工作可以分为计划维修任务和非计划维修任务。计划维修任务是保证航空器固有设计水平和持续适航性的基础。因此，各民航当局的适航标准都将计划维修要求作为持续适航文件的重要内容，...
SECTION IV – REPAIR 4. 修理铝制零件-C.Method No. 404C:沟槽和划痕修复
4. Repairing Aluminum Parts 修理铝制零件C.Method No. 404C: Gouge and Scoring RepairMethod No. 404C:沟槽和划痕修复Repair gouges, scoring, etc., on aluminum-alloy parts as follows:按...
SECTION IV – REPAIR 4. 修理铝制零件-B.Method No. 404B: 去除严重腐蚀、硬质碳、油漆和水垢
4. Repairing Aluminum Parts 修理铝制零件B.Method No. 404B: Heavy Corrosion, Hard Carbon, Paint, and Scale RemovalMethod No. 404B:去除严重腐蚀、硬质碳、油漆和水垢Remove heavy corros...
SECTION IV – REPAIR 4.修理铝制零件-A.Method No. 404A:轻微表面缺陷修复
4.Repairing Aluminum Parts修理铝制零件A.Method No. 404A: Minor Surface Defect RepairMethod No. 404A:轻微表面缺陷修复Repair minor surface defects on aluminum-alloy parts as follows:...
一篇讲透737机组氧气的使用逻辑
引言：云端之上的生命保障在万米高空，现代客机为我们提供了舒适增压的客舱环境。但当飞机遭遇座舱失压等紧急情况时，一套可靠的氧气系统就成为了保障机组成员和乘客生命安全的最后防线。与大...
表面处理的作用及注意事项
常见的表面处理方式可按“金属基材”“非金属基材（塑料、木材等）”分类，核心类型及特点如下：一、金属基材常用表面处理1. 电镀：将金属工件放入电镀液中，通过电解使金属离子附着在表面，形...
