1.
Low-Speed Heavy-Load Equipment Fault Diagnosis of Stochastic Resonance Method Research
低速重载设备的随机共振故障诊断方法研究
2.
The Methods and Application of Low-Speed Heavy-Load Equipment Fault Diagnosis Based on Duffing Oscillators
基于Duffing振子的低速重载设备故障诊断方法及应用
3.
Research on Failure Diagnosis System of Low Speed Heavy Duty Metallurgical Equipment
低速重载冶金设备故障诊断系统的研究
4.
The Direction of Low-speed-heavy-duty Gear and Its Type and Structure Design;
低速重载大齿轮其类型的选择及结构设计
5.
Increase the Exploiture and Research of Speed Control Equipments which Adapt Shunting Operation of Heavy- haul Wagon
加大适应重载货车调车作业调速设备的开发研究
6.
Research and Development of On-line Monitoring for Low Speed and Heavy Load Machinery
低速重载机械在线监测系统开发研究
7.
Condition Monitoring and Fault Diagnosis of Low-speed and Heavy-duty Machine
低速重载机械的状态监测与故障诊断
8.
Design of shape and aerodynamic computing for low altitude & low speed manned airship
低空低速载人飞艇艇身外形设计及气动计算
9.
Research on a Controllable Preload Method of High Frequency Spindles with Characteristics of Low-Speed Heavy and High-Speed Light Loads
兼顾低速重载和高速轻载电主轴的可控预紧方法研究
10.
Small-sized Acceleration Loading Test Equipment MMLS1/3 for Highway Pavement
小型公路路面加速加载试验设备MMLS1/3
11.
Study on Virtual Instrumentation of Low Speed Heavy Load Large Bearing s Fault Diagnosis;
低速重载轴承故障诊断的虚拟仪器研究
12.
Research on Last-Stage Pinion Device with Self-Aligning in the Heavy-Load Low-Speed Driving
重载低速传动未级小齿轮自调位装置的研究
13.
Rutting Prediction of Asphalt Pavements in the Long Upgrade under the Heavy-load and Low-speed
重载低速下长大纵坡沥青路面车辙预估
14.
Research on Failure Diagnosis of Low-Speed Over-Loading Bearing Using Wavelet Theory
基于小波理论的低速重载轴承的故障诊断研究
15.
Henry returned to the front with orders to load his three ambulances with hospital equipment and go south into the Po valley. Morale was at low ebB.
亨利重返前线,奉命用他的三辆救护车装载医院设备,南下波河流域。当时士气低落。
16.
The Omnidirectional RWR is an important airborne ECM equipment.
全向告警设备是一种重要的机载电子对抗设备.
17.
How to Choose the Design of Hump Retarder Speed Control System Based on Over Loading Wagons Running Condition
重载条件下驼峰减速顶调速系统设计的选择
18.
The Lightweight Design and Reliability Study on Efficient High-Speed Automation Equipment of the Heavy-Load Grinding Feed Unit in Pressure Vessel of Nuclear Power
核电高压容器高效自动化磨削装备高速重载进给单元轻量化设计与可靠性研究