飞行器

飞行器气动载荷的模拟与控制

Simulation and control of aerodynamic load of aerobat

本磁力计还可以用于飞行器、卫星等其他领域。

This fluxgate magnetometer can also be used in the aerobat , satellite and some other important areas .

该公司自成立以来已经完成了53种不同样式飞行器的设计。

Since its inception the company has produced 53 different aircraft designs .

他不得不将向潜在客户测试和展示飞行器的重任交托给一名助手。

He was forced to entrust an assistant with the important task of testing and demonstrating aircraft to prospective customers

这一点，加上飞行器仍是人们普遍嘲笑和讥讽的对象，使得兄弟俩只能暗地里行事。

This , coupled with the fact that flying machines remained universally a subject for jeers and derision , made the brothers secretive .

首次在空中航行的飞行器是气球。

The first vehicles to navigate the air were balloons .

人们对飞行器感到好奇。

People were curious about the flying machine .

美国国家航空航天局计划让其未来需要逃离地球引力(尤其是去往月球和火星)的大多数飞行器携带立方体卫星。

NASA plans for most of its future Earth-escaping payloads ( to the moon and Mars especially ) to carry CubeSats .

许多发明家的脑海中仍有鲜活生动的个人化飞行梦想，一些人开发循环动力飞行器，另一些人则把大量资金投入喷气背包。

The dream of personalised flight is still vivid in the minds of many inventors , some developing cycle-powered craft , others pouring money into jetpacks .

2004年的《商业空间发射修正法》旨在鼓励发展私人空间飞行器和服务,规定除非私人航天器对机组人员或乘客造成严重或致命伤害，否则运输部长或联邦航空局禁止规管私人航天器的设计或运营。

The 2004 Commercial Space Launch Amendments Act , intended to encourage private space vehicles and services , prohibits the transportation secretary ( and thereby the FAA ) from regulating the design or operation of private spacecraft , unless they have resulted in a serious or fatal injury to crew or passengers .

核心舱有3个对接口和2个停泊口。对接口用于载人飞船、货运飞船等飞行器访问空间站，停泊口用于两个实验舱与核心舱连接，另有一个出舱口供航天员出舱活动。

The module is equipped with three docking hatches reserved for visiting manned or cargo locations used to connect with space laboratories .

天和核心舱长度16.6米，最大直径4.2米，发射质量22.5吨，是中国研发的最大的飞行器。

The core module , Tianhe , has a total length of 16.6 meters , a maximum diameter of 4.2 meters and a takeoff mass of 22.5 tonnes , and is the largest spacecraft developed by China .

利用GPS载波相位实时测定动态飞行器姿态

Real - time kinematic attitude determination of aircraft using GPS carrier phase

飞行器轨道交会的H∞次优控制问题

H_ ∞ Hypo-Optimal Control for Spacecraft Orbital Rendezvous

飞行器视觉导航的H∞滤波

The H_ ∞ Filter for Aerocraft Vision Navigation

基于GIS的无人飞行器路径规划

GIS-based Unmanned Air Vehicle Route Planning

MEMS加速度传感器；飞行器；倾角指示系统；

MEMS accelerometer ; aircraft ; tilt angle indication system ;

为了提高低可观测飞行器任务规划系统的规划效率，应用分布式人工智能多Agent智能体技术，建立了飞行器任务规划系统求解方法。

With artificial intelligence multi-agent technique , a solution for the mission planning of the low observation aircraft to advance the efficiency was presented .

多学科飞行器设计中的FLUENT集成方法研究

Study on FLUENT Integration in Multidisciplinary Flight Vehicle Design

该模型改进了NASA用于飞行器地面反射、吸声的传统算法。

The traditional algorithms used by NASA are improved in this model .

目标RCS的精确计算和预估是飞行器隐身设计极其重要的一部分。

The precision estimation of RCS is very important for aerocraft stealth design .

飞行器RCS预估计算前置处理的曲面元方法

Technique based on surface element of prepositive disposal in predicting RCS of aircraft

基于PDM使能规范的基线管理模块能够很好地满足飞行器并行工程软件中的需要，并且在实施中得到了检验。首先介绍基线的概念；

The baseline management module based on PDM Enablers can be met needs of concurrent engineering .

然后，采用经典的PID控制方法分别设计了飞行器的姿态控制器和轨迹控制器，并验证了其控制效果。

After that , the classic PID controller is designed , which includes two parts & theangular rotation controller and the translational position controller .

UnscentedKalman滤波用于再入飞行器跟踪

Unscented Kalman Filtering for Reentry Vehicle Tracking

飞行器BLISS分布式平台的研究与实现

The Research and Implementation of Flight Vehicle BLISS Distributed Platform

本文主要研究飞行器并行工程中的产品数据表达与交换标准&STEP，以及在网络环境下基于STEP的异构系统的集成技术。

In this thesis , STEP & Standard for the Exchange of Product Model Data in aerocraft concurrent engineering and the integration technology of heterogeneous system based on STEP in Internet are mainly studied .

空间飞行器防护系统就是利用这一原理，通过宇宙中的电子在飞行器中产生的shower电子，来了解其中半导体器件的有关信息。

The safeguard system of spatial aircraft provides the semiconductor devices information through detection of the shower particles produced by the electron beam .

无人机（UnmannedAerialVehicle）是一种由无线电遥控设备或自身程序控制装置操纵的无人驾驶飞行器。

The Unmanned Aerial Vehicle ( UAV ) is a kind of vehicle which is controlled by radio remote control equipment or the control program of its own .

研究了一种基于OpenGL实现飞行器超低空追击/拦截三维可视化仿真系统的方法。

How to realize 3D visualization simulation system of low altitude chase / interception based on open graphic library ( OpenGL ) is researched .