根据响应围裙-气垫系统的动力学分析，气垫船柔性围裙可简化为一个气弹和水弹动力反馈系统。
According to the dynamic analysis of the responsive skirt-air cushion system, the flexible skirt of the hovercraft can be simplified to a aeroelastic and hydroelastic dynamic feedback system.
在对模型车试验的基础上，提出了步行轮式气垫车系统需求功率匹配模型和最佳匹配关系的概念。
This study put forward a model of systematic needed power matching and a concept of optimum matching relation about air cushion vehicle of walking wheel type.
气垫船动力装置由如下各部分组成：主机，功率传输装置，推进器，主推进器舵组合装置，垫升装置以及为动力装置服务的系统和装置。
Hovercraft is a kind of high-powered watercraft. the propulsion system of hovercraft concludes mainframe power transfer device thruster air propeller installation and assistant system.
由于这些肋条是倾斜状态，中间还有气垫，使其能优化调节poloplast的polo-kalng和polo-kal3s系列地上排水系统的声学特性。
Due to their slanted position and the air cushion in between the ribs are optimally adjusted to the acoustic behaviour of the poloplast above ground drainage systems polo-kal ng and polo-kal3s.
气垫车失败的主要原因在于其动力系统。
The hovercraft proved to be a failure mainly because of its power system.
系统给出了气垫带式输送机生产率、气垫压力、空气流量、气孔面积、鼓风机和电机功率的计算方法。
In this part, calculation methods of the productivity, air-cushion pressure, air flow quantity, nozzle area, capacity of ventilator and electric motor are given out systematically.
本文对减小气垫导轨实验的系统误差，实现完全非弹性碰撞问题进行了探讨。
Decrease the system error on the airtrack experiment and realize the full inelastic collision on the airtrack.
本文介绍了一个基于对象模型的气垫船航行控制专家系统。
An expert system of ride control of surface effect ship based on object model is introduced in this paper.
空气舵是保障气垫船操纵的关键系统装置，空气舵的气动力性能直接决定了全船的操纵性能。
Air rudder is a critical equipment in ensuring the maneuverability of aircushion vehicle. Also its aerodynamic performance directly affect the overall maneuverability of this vehicle.
本文在实践及数据测试基础上，分析了气垫导轨实验减小系统误差的问题。
This essay is intended to discuss and analyze the problem of how to decrease errors in the experiments on air cushion guide in terms of practice and data tests.
建立了某型全垫升气垫船推进、垫升系统及船体的数学模型，采用系统仿真的方法，建立了基于MATLAB/SIMULINK仿真平台的仿真模型。
The mathematical models of propulsion, lifting systems and hovercraft hull are built in the paper. The simulation model is established based on MATLAB/SIMULINK with the method of system simulation.
气垫船动力系统增加了为气垫供气用的垫升风机，同时采用空气螺旋桨推进，整个动力系统设计复杂。
With lift fans for air supply and aerial propellers in propulsion simultaneity, the whole power system of Air-Cushion Vehicle becomes more complicated.
气垫船动力装置由如下各部分组成：主机，功率传输装置，推进器，主 推进器舵组合装置，垫升装置以及为动力装置服务的系统和装置。
Hovercraft is a kind of high-powered watercraft. The propulsion system of hovercraft concludes mainframe, power transfer device, thruster, air propeller installation, and assistant system.
本文在实践及数据测试基础上，分析了气垫导轨实验减小系统误差的问题。
This article intended to discuss and analyze the problem of how to decrease errors in the experiments on air cushion guide in terms of practice and data tests.
本文在实践及数据测试基础上，分析了气垫导轨实验减小系统误差的问题。
This article intended to discuss and analyze the problem of how to decrease errors in the experiments on air cushion guide in terms of practice and data tests.
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