飞机

基本解释 (translations)

aeroplane  ·  aircraft  ·  airplane  ·  plane  ·  aeronef  ·  planed  ·  aeroplanes  ·  airplanes  ·  jaloppy

词组短语

flying machine · air craft

与飞机相关的网络例句 [注：此内容来源于网络，仅供参考]

Aerodynamical parameters in longitudinal model of a certain type of aeroplane are identified in the paper.

论文研究了利用参数辨识方法确定飞机纵向运动模型参数的问题，在分析飞机特性的基础上选取了飞机纵向小扰动线性运动状态方程和纵向非线性运动方程作为辨识的模型，以某型飞机飞行试验实测数据为例对其进行数据预处理之后辨识了模型中的气动参数。

It is reported that this system will help the airport to the public informed of regional traffic conditions,赶飞机the convenience of the public, at the same time concerned that the airport system to combat illegal trading blue car license to provide technical support.

据悉，这一系统将有助向市民及时通报机场区域交通状况，方便市民赶飞机，同时有关方面表示系统能为打击机场蓝牌车非法营运提供技术支持。

In the meantime the Chinese air force's combat capability has also been greatly enhanced and the Sino-Soviet pilots in a number of air began to fight side by side. October 24 1951 34 U.S. planes bombed sunchon Bridge the Sino-Soviet Air Force MiG-40 aircraft took off against the same time the U.S. shot down an F-84 fighter jets and a B-29 bombers. October 30 56 are in operational status of Sino-Soviet Mig -15 aircraft chongchon-gang over against by the 21 B-29 aircraft and 200 fighter escort composed of the U.S. fleet shooting down 12 B-29 aircraft and four aircraft F-84 aircraft.

在此期间，中国空军的作战能力也大大增强了，中苏飞行员在许多空战中开始并肩作战。1951年10月24日，34架美国飞机轰炸顺川大桥，中苏空军共40架米格飞机同时起飞迎战，击落美国1架F—84战斗机和1架B—29轰炸机。10月30日，56架处于战备状态的中苏两国米格—15飞机在清川江上空迎战由21架B—29飞机和200架护航战斗机组成的美国机群，击落12架B—29飞机和4架F—84飞机。

The main structure of airplane tire is divided in to have no inner tire tire and has an inner tire tire, they become the help buffer airplane of an air mat layer lands process in of vibrate and runway of rough gravamen;On the ground, when they prop up aero weight, and land, they provide an essential brake to combine dint for making to move and making the airplane come to a stop.

一些关于飞机的中文翻译成英文，请求帮助飞机轮胎的主要构造分为无内胎轮胎和有内胎轮胎，它们形成一个空气垫层帮助缓冲飞机着陆过程中的震动和跑道的粗糙不平；在地面上，它们支撑着飞机的重量，并且着陆时，它们为制动和使飞机停下来而提供必需的刹车结合力。

U.S. general aviation as a result of continued growth, the United States already have a complete general aviation industry, whose members include the following: United States aircraft manufacturers, parts manufacturers to the United States, the United States instrument avionics manufacturers, flight schools in the United States, the United States Flying Club, the United States Flight Simulator manufacturers, the United States maintenance base fixed, the United States airport development and management company, sales of U.S. aircraft, the U.S. aircraft leasing companies, aircraft broker the United States, the United States valued the company aircraft, the U.S. aircraft renovation company, the U.S. aircraft loans and insurance companies, property management companies to share the United States, the U.S. investment management business, the United States aviation fuel suppliers, the United States, such as security consultants.

由於美国通用航空的持续成长，美国已具备完整的通用航空工业，其成员包括：美国飞机制造商、美国零配件制造商、美国航空电子仪表制造商、美国飞行学校、美国飞行俱乐部、美国飞行模拟器制造商、美国固定维修基地、美国机场开发管理公司、美国飞机销售商、美国飞机租赁公司、美国飞机中介公司、美国飞机估价公司、美国飞机装修公司、美国飞机贷款和保险公司、美国产权分享管理公司、美国投资管理商、美国航油供应商、美国安全保障顾问公司等。

The main jobs of this paper are as followed: 1 The reuse of the frame design technology for aircraft assembly fixtures is researched. a frame line part library is built with the templet driven technology, the reuse of the frame line part come true by the tools for instantiation and instance modification. The design resources are effectively used, some repeating work is cut. 2 Two methods to obtain the assembly feature are proposed: the straight way by the Enumeration method and the indirect way by project features to the assembly plane. All of the assembly features of the frame and the adjustable bearings are obtained by these two methods which makes the frame automatic assembly technology for aircraft assembly fixtures come true. 3 The frame automatic assembly technology aircraft assembly fixtures based on assembly features is researched. A binary tree assembly model is used to express the assembly information of the frame for aircraft assembly fixtures, the automatic assembly between the frame, the aircraft and the adjustable bearing is completed within the three steps: distribute, obtain and evaluate assembly feature. Finally, the efficiency of the frame assembly design is proved. 4The frame interpart modeling technology for aircraft assembly fixtures is researched, the intersection methods are concluded and the arithmetic of the single-cut, double-cut and inter-cut intersection is proposed, the interpart fast modeling of the frame design for aircraft assembly fixture come true. 5Based on the researches mentioned before, a sub-system of frame fast design for aircraft assembly fixture is developed on CATIA. The sub-system is used to design the aircraft assembly fixtures in a large aeronautics corporation and make a good- effect.

论文的主要工作如下： 1研究了飞机装配型架骨架设计重用技术，在总结归纳骨架线框结构类型的基础上，应用模板驱动的方法建立了骨架线框库，通过骨架线框零件的实例化和离线编辑实现骨架线框的重用，有效利用设计资源，减少重复劳动； 2提出穷举几何对象的装配特征直接获取方法，遍历零件模型的几何对象，从中捕捉所需装配特征，该方法简捷、高效；提出向装配面投影的装配特征间接获取方法，该方法在现有特征基础上生成装配特征，解决了部分装配特征难以直接获取的问题； 3研究了基于装配特征的飞机装配型架骨架自动装配技术，采用一种二叉树装配模型表达骨架的装配关系，并通过装配特征的分配、获取和赋值三个步骤，实现了骨架分别与飞机产品和可调支承的自动装配，避免了繁琐的人工交互操作，提高了骨架设计的效率和规范化程度； 4研究了飞机装配型架骨架零件间建模技术，在总结归纳骨架元件相贯处理方式的基础上，提出了骨架元件单剪切相贯、双剪切相贯和互剪切相贯的实现算法，简化了骨架相贯处理的过程； 5基于以上研究，在CATIA平台上开发了飞机装配型架骨架快速设计子系统，并应用于某大型航空企业的装配型架设计，提高了设计效率和设计质量。

The importance of aircraft supportability is related and its connotation and the approach of its realization are discussed, and some new aircraft design methods for supportability are briefly introduced in this paper.

本文简述飞机保障性的重要性，探讨飞机保障性的内涵和实现途径，并介绍一些新的飞机保障性设计方法。按照武器系统保障性的定义，飞机保障性指的是飞机本身的可靠性、维修性、机内自保障能力和飞机的保障分系统保障能力的综合。

Meanwhile, India has this year moved two army divisions to areas adjacent邻近的 to the border with China, and built three new airstrips 飞机跑道in the Himalayan foothills.

与此同时，印度今年向与中国接壤的地区派遣了两个陆军师，并且在喜马拉雅山麓附近新建了3个飞机跑道。

Through studying the math model and "man- plane-environment" operation system model, we analysed the usage range and virtues and defects of transmitting function model of human, optimal con- trol model and fuzzy control model;After analysing "man-plane-environment" operation system, com- puter simulation, we put forward the man- plane -enviroment operation system computer simula- tion evaluation system to determine the best match between pilot and plane.

摘 要：通过对人-飞机-环境模拟仿真技术中人操作者的数学模型及&人-飞机-环境&操纵系统的数学模型的研究，具体分析了人的传递函数模型、最佳控制模型、模糊控制模型的适用范围及优缺点，并在对&人-飞机-环境&操纵系统的数学模型、性能指标进行分析后，提出了确定驾驶员和飞机之间最佳匹配的&人-飞机-环境&操纵系统计算机模拟综合评估系统，从而使人们一开始设计飞机时就考虑驾驶员作用，减少设计盲目性，缩短设计周期。

Design and manufacture of aircraft tooling are key part in aircraft manufacture process. Aircraft tooling supports the whole manufacture and assemblage course of aircraft components. Aircraft tooling plays an important status in manufacture, and design and manufacture of aircraft tooling is always manufacture bottle-neck, so research on aircraft toolings fast design has important meaning.

飞机工艺装备简称飞机工装，飞机工装的设计与制造是飞机产品制造中的关键环节，飞机工装支撑着飞机零部件制造和装配的全过程，飞机工装在航空主机厂所生产中有着极其重要的地位，一直是飞机产品研制过程中的瓶颈环节，进行飞机工装的快速设计技术研究具有重要意义。

与飞机相关的网络解释 [注：此内容来源于网络，仅供参考]

air-breathing missile：(飞机等)适宜飞行的;适航的;飞机性能良好的

0. [军]空中袭击 airworthy | (飞机等)适宜飞行的;适航的;飞机性能良好的 air-breathing missile | 0. [军]空气喷气式导弹 airglow

Aircraft：飞机

(a) "飞机"(aircraft) 包括自由或系留气球、飞船、滑翔机、风筝、拖引式降落伞、不属拖引式降落伞的降落伞、遥控或无人驾驶的飞机及超轻型飞机;(b) "飞越"(fly over) 就禁区而言,包括在禁区上空的范围内飞行.

propeller-driven aircraft：螺旋桨飞机

8. medium-haul aircraft 中程飞机 | 9. propeller-driven aircraft 螺旋桨飞机 | 11. turbofan jet 涡轮风扇飞机

amphibian：两栖飞机

两栖飞机 两栖飞机(Amphibian)是指可以加装或者是本身就有机轮,能够直接在陆地上操作与起降的水上飞机,这一类飞机可以视需要在水面或者是陆上机场活动,因此有两栖飞机的称呼.

McDonnell Douglas：(美)麦道飞机公司(其飞机型号为

jet 喷气式飞机 | McDonnell Douglas (美)麦道飞机公司(其飞机型号为DC-) | Mitsubishi "三菱"牌

aircraft in distress：遇险飞机, 处于危急情况的飞机

aircraft in commission | (编入)现役(的)飞机 | aircraft in distress | 遇险飞机, 处于危急情况的飞机 | aircraft in the pattern | 起落航线上的飞机

jet aircraft：喷气式飞机

喷气式飞机(Jet Aircraft)是一种使用喷气发动机作为推进力来源的飞机. 其与传统的螺旋桨式飞机除了使用的动力系统不同之外,所适合的飞行环境也不尽相同:螺旋桨式飞机由于需要透过螺旋桨扰动周遭空气达到往前推进的目的,

subsonic aircraft：亚音速飞机

50年代初,涡轮螺旋桨发动机问世,[简介]亚音速飞机(subsonic aircraft) 最大平飞速度小于音速的飞机. 通常说飞行速度低于400千米/时的为低速飞机,M=0.8~0.9的为高亚音速飞机. 20世纪50年代以前,飞机采用活塞式螺旋桨发动机,多为亚音速飞机.

Vo：钱斯沃特飞机公司

SI 西斯科飞机公司/联合飞机公司 | TA 泰勒飞机公司 | VO 钱斯沃特飞机公司

Airframes, Engines, Airframes, Engines：飞机机体结构,发动机,航电,飞机机体结构,发动机,航电,内装等内装等

––工程,设计,制造工程,设计,制造Engineering, De... | ––飞机机体结构,发动机,航电,飞机机体结构,发动机,航电,内装等内装等Airframes, Engines, Airframes, Engines, | ––飞机维护,维修,翻新飞机维护,维修,翻新Mainte...