大家在查： needs a 上午10点钟 Koeberg 晚上10点钟弗兰纳里· WEEE 诉请葛锐严格意义吉米·伊斯

air vehicles

网络空中运载工具；飞行载具；飞行机

air vehicles

air vehicles

air vehicles

空中运载工具

第十二类... ... 120004 航空运输机 Aerial conveyors 120005 空中运载工具 Air vehicles 120006 气球 Air balloons ...

飞行载具

2-1-3飞行载具（Air vehicles）...........................18

飞行机

飞行机(Air Vehicles)

1

This paper introduces the system structure and the modular blocks of the flying simulation software of micro air vehicles (MAVs).

该文简要介绍了微型飞行器飞行仿真软件的总体结构和模块划分。

2

The NAV program seeks to develop a class of air vehicles capable of indoor and outdoor operations.

NAV 计划希望发展一类活动于室内和户外环境的微型飞行器。

3

With increasing the application of the Unmanned Air Vehicles (UAV ), the precision trajectory of UAV is critical .

随着无人机（UAV ）应用范围的扩大，要求无人机能精确跟踪预定航线。

4

The result , he said, is that "there is more ethical oversight involved with unmanned air vehicles than with manned aircraft . "

他说到，结果是 “无人驾驶飞机行动过程中比普通飞机有着更多伦理思考。”

6

Lets look at a scenario in which your opponent has a few anti air vehicles.

让我们看看这种情况，就是你的对手有一些防空单位。

7

The stability augmentation system(SAS) is important in mini air vehicles control system .

增稳系统在微型飞行器的控制系统中起到非常重要的作用。

8

Northrop Grumman believes that sales of the Global Hawk air vehicles could exceed 200 units .

诺斯罗普·格鲁曼公司相信，“全球鹰 ”的销售数量可以超过 200 架。

10

Progress in the Research of Bionic Air Vehicles --Experimental Study of the Mechanisms in Insect Flight

仿生飞行器的研究进展 --昆虫飞行机理的实验研究

11

Automatic Crosswind Landing Control for Unmanned Air Vehicles with a Flying Wing Configuration

飞翼布局无人机抗侧风自动着陆控制

13

Numerical analysis of unsteady viscous flow around actively deformed flexible airfoil for micro air vehicles under low Reynolds number

低雷诺数下微型飞行器主动变形机翼非定常气动特性数值分析

14

A Method for Estimating Operation and Support Cost of Uninhabited Combat Air Vehicles

一种无人战斗机系统使用保障费用分析方法

15

Particle swarm optimization based path planning for reconnaissance of unmanned air vehicles

采用粒子群优化算法规划无人机侦察航路

16

Study on Actualities of Micro Air Vehicles and Its Technical Features

国内外微型飞行器研究现状及技术特点

17

Dynamic Analysis and Engineering Design of Biomimetic Flapping-wing Micro Air Vehicles

仿生微扑翼飞行器机构动态分析与工程设计方法

18

Study on Actualities of Micro Air Vehicles and Its Key Technologies

微型飞行器的研究现状及其关键技术

19

Space Decomposition Network Based Path Planning for Unmanned Air Vehicles

基于空间分解网络的无人机航路规划

20

Design and Control of a New Style Rotor-Wing Micro Air Vehicles

一种新型微旋翼飞行器的设计与控制

21

Miniature wireless data communication system for micro air vehicles

微型飞行器的微型无线数据传输系统

22

Research on midcourse navigation of hypersonic cruise air vehicles

高超声速巡航飞行器中制导研究

23

Research on Attitude Control Model of Flapping-wing Micro Air Vehicles of Mimicking Birds

仿鸟微扑翼飞行器姿态控制模型研究

24

Design of strain-gage balances for micro air vehicles and their experiments in wind tunnel

微型飞行器测量天平设计与风洞试验

25

Gray Model Based Airframe Cost Estimating Method of Uninhabited Combat Air Vehicles

无人战斗机机体研制生产费用的灰色模型估算方法

26

Performance Analysis of the Microcombustion Engine for Micro Air Vehicles

微燃烧发动机应用于微型飞行器的性能分析

27

Advances in Aerodynamics Research on Flapping-Wing Micro Air Vehicles

微型扑翼飞行器空气动力学研究进展

28

Path Planning for Surveillance of Multiple Unmanned Air Vehicles

多无人机监控航路规划

29

Kinematic Design of Bionic Flapping Wing Mechanism for Micro Air Vehicles

仿生微扑翼飞行器翅翼机构的运动设计

30

Coordinated route planning for multiple air vehicles

多飞行器协调航迹规划方法

热词推荐

大家在看

man , . you 's " after cum ? : - Facebook japan what Yeah then your 4th as of