1) hydraulic loading equipment
液压加载设备
1.
Using developed movable and special hydraulic loading equipment that can apply high-span bidirectional loads at long bowls,load calibration on the aircraft twin-finned tail has been studied by applying self-balancing load.
利用研制的能够远距离、大跨度双向加载、可移动的专用液压加载设备,对飞机双垂尾加自平衡载荷进行校准研究。
2) ballasting device
压载设备
3) hydraulic loading
液压加载
1.
It is a set of larger-sized and multifunction experimental platform including the simulating shield machine,combined hydraulic loading system,monitoring measuring system and opening airproof system.
它是一套大型、多功能的试验平台,包括模拟盾构机、组合式液压加载系统、监控测量系统、洞门密封系统等部分。
4) Hydraulic Device
液压设备
1.
The advantages of applying fault tree analysis(FTA)to analyze the faults of ship s hydraulic devices are listed.
用故障树分析法分析船舶液压设备故障,列举了故障树分析法在分析船舶液压设备故障时的优点,运用故障树分析法建造故障树,并依据所建造的故障树分析两起船舶液压设备故障,准确、快速地找到引起故障的原因,提高了液压设备的可靠性。
2.
The technique of condition monitoring and measuring is a method, which is used in improving reliability and security of the running of hydraulic devices.
状态监测技术是提高液压设备运行可靠性与安全性的一种手段和方法。
5) hydraulic equiPment
液压设备
1.
Lubrication wear failure in hydraulic equipment and its monitoring diagnoses;
液压设备的润滑磨损故障及监测诊断
2.
Analyse the daily maintaining and diagnosing breakdown of hydraulic equipment;
浅析液压设备日常维护与故障诊断
3.
Noise of hydraulic equipment and the methods for abating noise;
液压设备的噪声和减噪措施
6) hydraulic equipments
液压设备
1.
A conventional intelligence fault diagnosis system for hydraulic equipments usually employs two methods: expert system and nervous net, each of which has its own advantage and disadvantage.
液压设备故障智能诊断的方法包括:专家系统、神经网络,两者有各自的功效和不足,是并存的关系。
补充资料：压载水舱漆
分子式：
CAS号：
性质：用于船舶的各种压载水舱、艏尖舱、艉尖舱、船底水舱等部位的涂料。这些水舱的腐蚀环境恶劣，长期处于海水压载和空载的干湿交替状态，环境湿热，盐分高又不通风，要求涂料有优良的耐水、耐盐雾、耐干湿交替和抗腐蚀性能，同时要求其一次成膜有较高的膜厚，以保证长的使用寿命，一般5年后锈蚀面积小于5％。常采用厚膜型环氧沥青、乙烯沥青、氯化橡胶沥青、异氰酸酯焦油环氧、无溶剂环氧沥青涂料等。
CAS号：
性质：用于船舶的各种压载水舱、艏尖舱、艉尖舱、船底水舱等部位的涂料。这些水舱的腐蚀环境恶劣，长期处于海水压载和空载的干湿交替状态，环境湿热，盐分高又不通风，要求涂料有优良的耐水、耐盐雾、耐干湿交替和抗腐蚀性能，同时要求其一次成膜有较高的膜厚，以保证长的使用寿命，一般5年后锈蚀面积小于5％。常采用厚膜型环氧沥青、乙烯沥青、氯化橡胶沥青、异氰酸酯焦油环氧、无溶剂环氧沥青涂料等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条