飞行技术

Technically, Marine fighter-bomber squadrons designated as "VMF" were all-weather squadrons, but the "N" universally caused them to be called "night fighters."

从技术上讲，陆战队的战斗轰炸飞行中队如果冠以"VMF"的代号就表明它是一个全天候飞行的中队，但字母"N"通常使它们被称之为是"夜间战斗机"。

Helicopter companies in development, will need to contribute some of the latest technology, advanced flight line control systems, digital flight control, glass cockpit and composite structures.

直升机公司在开发方面，将会需要贡献出一些最新的技术，将采用先进飞行线控系统、数传飞行控制、玻璃化驾驶座舱和组合结构。

Along with more regular space activities and technology development of smallsatellite technique, intelligent space robot and space automatization, related researchproposes have been constituted, related key technologies have been conquered and flight demonstrations have been carrying on.

随着空间活动的更加频繁，小卫星技术、智能空间机器人、空间自主与自动化等技术的发展，许多空间技术先进国家均制定了相关研究计划，已经和正在进行相关的关键技术攻关和关键技术的飞行演示验证。

Armstrong August 5, 1930 Wa Pake was born in Ohio in the United States reached the city of his childhood learning seriously, when the ideal is to grow the pilot, 14-year-old began to receive flight training, 16-year-old pilot certificate to obtain ,1949-1952, he became the Navy The youngest pilots. Armstrong in July 1953 expiry of the service backward Pardew Aviation University of Technology, after graduating from Edwards Air Force Base in any test pilot, later took part in the X-15 rocket plane's flight plan had been 6 flight, highest altitude reached 60,000 meters. In September 1962, a rigorous selection process, Armstrong became the first civilian from the pilot in the selection of one of the 2 astronauts, space industry and from forged a bond.

阿姆斯特朗1930年8月5日生于美国俄亥俄州瓦帕科内达市，他从小学习认真，理想是长大当飞行员，14岁即开始接受飞行训练，16岁获得飞行员证书，1949—1952年成为海军中最年轻的飞行员。1953年7月阿姆斯特朗服役期满后进帕杜大学学习航空技术，毕业后在爱德华兹空军基地任试飞员，后参加过X—15火箭飞机的飞行计划，曾进行过6次试飞，最高飞行高度达到6万米。1962年9月，经过严格挑选，阿姆斯特朗成为首批从文职飞行员中征选的2名宇航员之一，从此与航天事业结下了不解之缘。

A technician straps legendary test pilot Scott Crossfield into the cockpit of the X-15 rocket plane before an early test flight. The X-15's maiden flight occurred on June 8, 1959,during which Crossfield was carried aloft in his sleek, black rocket plane beneath the wing of a B-52 from NASA's Flight Research Center.

在一次早期试飞中，一名技术专家用飞行皮带把传奇的试飞员斯科特克罗斯菲尔德固定在X-15火箭推进式飞机的小驾驶室中。1959.6.8，X-15进行了处女航，它挂在一架B-52超级空中堡垒的机翼下从NASA德莱登飞行研究中心起飞，克罗斯菲尔德驾驶着黑色光滑的火箭推进式飞机完成了处女航。

This paper introduces current development and trends of ducted fan flying robot which takes advantages of VTOL(Vertical Take-Off and Landing) techniques.

文中介绍了基于涵道风扇技术变姿飞行机器人的发展现状及趋势，还分析了变姿飞行机器人变姿的方式及关键技术。

Just under this background, studying on the flight mechanism of flapping-wing MAV and sample fabrication from the bionics are conducted in this dissertation. The kinematics equations of insect wings can be acquired by the observation and measurement on the natural insect in researching paper. The geometry model of insect is established by UG technology. The three dimensional grid during the insect moving in the flow field is achieved which adopted grid generation method. The characteristic of lift and drag are attained by simulation the surround flow field during the locomotion of wings, and the flight mechanism of insect is discussed. Based on this study, the physical flapping-wing MAV is fabricated by the acquirable materials and parts of apparatus in existence.

正是在这一背景下，本文从仿生的角度来研究微型飞行器的飞行机理与样机制作；通过查阅文献中对自然界中昆虫翅膀运动的观察与测量，获取了昆虫翅膀的运动方程；采用UG建模技术，建立昆虫的几何模型；采用网格划分方法，获取昆虫在流场运动时的三维网格；运用CFD方法模拟翅膀运动时周围的流场，获取昆虫运动时的升阻力特性，进而来研究昆虫的飞行机理；在此基础上，通过现有可用的材料加工制作仿生微型飞行器。

Online trajectory shaping approach takes full ad vantage of the vehicles flight capability, plans trajectory profile between the known initial states and the desired terminal states, generates an intrinsically flyable and stable trajectory profile automatically, thus the approach is provided.

在线轨迹生成技术充分考虑了重复使用运载器的飞行能力，根据当前的飞行状态和末端期望的飞行状态，在线规划轨迹剖面，产生一个物理上可飞的、稳定的轨迹剖面，并给出了设计方法。

The thesis aims to discuss the law issues about infringement of copyright caused by the Peer-to-Peer (P2P) technology. Based on the first P2P indictment in China that the "BuSheng" company prosecutes the "Flight Network" Company for the technical tort of music work copyright using the P2P technology, it argues the behavior qualitative (whether it is reasonable use or directly infringement upon the right) of the software technical service provider indirect tort and end-users from the theories and legal precedent in domestic and foreign related theories.

本论文的目的是探讨P2P技术所引发的著作权法律问题，论文以被称为&中国P2P第一案&的步升公司诉飞行网公司利用P2P（即英文&Peer-to-Peer&的缩写，中文译为对等互联或点对点技术）技术侵犯音乐作品著作权一案为切入点，结合国内外的相关理论及判例，对由P2P技术所引起的软件技术服务商的间接侵权问题及终端用户的行为定性（属于合理使用还是直接侵权？

Technologies such as DirectX, object oriented programming and database are used to realize visual three-dimensional flight simulation system. In the simulation system, operator controls UAV with flight rod. The system can display the change of position and track for UAV with the change of operational input. Flight simulation data can be also recorded. Then we can analysis the operation and stable performance of UAV without empennage with qualitative and quantitative methods.

运用 DirectX、面向对象编程与数据库等技术，实现了基于 PC 机的三维虚拟飞行仿真系统，通过人机交互飞行，可以比较直观地显示无人机的姿态与轨迹随操纵输入变化而变化，同时也可记录分析仿真飞行数据，从而对无尾式无人机的稳定性与操纵性能进行定性与定量的分析评估。

Since historical times,England ,where the early inhabitants were Celts, has been conquered three times .

从有历史以来，英国，在此地早期居住的是凯尔特人，已经被征服了三次。

Bluetooth OBEX File Transfer Enables the sending and receiving of files on your phone via Bluetooth.

蓝牙OBEX文件移动允许经过蓝牙传送和接受文件。。。。