1)Flying Apsaras飞天
1.A Rough Talk about the Nationality of the Art of Flying Apsaras in China;浅谈中国飞天艺术的民族性
2.In Buddhism, flying Apsaras is the most popular art with endless aesthetics implications.在佛教艺术里,飞天作为群众最喜闻乐见的艺术形象蕴涵着无穷的美学意蕴。
3.Flying apsaras as a exotic flower in the art of the Dunhuang mural isdistinctive in numerous subjects on the art of Buddhism.飞天是敦煌莫高窟壁画艺术中的一支奇葩，在众多佛教艺术题材中也是别具一格的。
2)Feitian飞天
1.The Impact of Dunhuang's Feitian on Artistic Design浅谈敦煌飞天艺术形象对艺术设计的影响
2.Lintel at the top of the fourth cave are seven Feitian murals, each of the four to do Feitian; one of five pieces of murals, Flying face and body were in a thin layer of fine-quality clay out, other such as clothing, ribbons, accessories in and around convective clouds, floriation, are painted from.第四窟门楣顶部是七幅飞天壁画,每幅各做飞天四身;其中前五幅壁画,飞天脸部和肌体部分均为薄薄一层优质细泥塑出,其他如衣着、飘带、饰物及周围的流云、花饰等,均彩绘而成。
3)space shuttle航天飞机
1.One is space shuttle rendezvous with ISS in July of 2005,the other being Russia s Soyuz TMA-8 rendezvous with ISS in March-April of 2006.据此对2005年7月美国航天飞机与"国际空间站"的交会对接以及2006年3-4月俄罗斯的联盟TMA-8载人飞船与"国际空间站"的交会对接过程的轨道进行了分析。
2.This paper introduces in detail the R&D history and performance of the manned space station, space shuttle, and aerospace shuttle, etc.详细介绍了载人空间站、航天飞机和空天飞机等的研发历史和性能。
3.Using conduct and thermal radiation theory, the temperature in the space shuttle GAS container is analyzed in this article.应用热传导及热辐射理论对航天飞机搭载桶内的温度场进行了分析计算,为该桶的加热炉设计及各项实验能顺利进行提供了理论基础。
英文短句/例句
1.multi-mission modular spacecraft多用途组合式航天飞机
2.The space shuttle is touching down.那架航天飞机正在着陆。
3.The shuttle Endeavour will be taking the astronauts to the Hubble.“奋进”号航天飞机将把宇航员送上哈勃。
4.The first flight of a space shuttle into orbit took place in 1981.1981年首次将航天飞机送进轨道的飞行。
5.He had also flown three times as a crewmember of the space shuttle.他还曾作为航天飞机飞行员做过三次太空飞行。
6.What Space Shuttle Columbia Disaster Brings to Human Spaceflight哥伦比亚号航天飞机的灾难对人类航天的影响
7.WIND TUNNEL DATA BASE OF SPACE SHUTTLE航天飞机风洞数据库——航天飞机空气动力学问题之八
8.3 The crew of the space shuttle Atlantis is again preparing for launch.航天飞机亚特兰提斯的机组成员再次准备航天飞行。
9.Allan J.McDonald, "Design evolution of the space shuttle solid rocket motors"航天飞机固体火箭发动机的设计演变
10.The U.S. space shuttle took to the air for the first time on February 18, attached to the top of a Boeing 747 jet.美国航天飞机于2月18日首次试航，航天飞机驮在波音747喷气飞机的背上。
11.Debate on the Priority Development of the Space Shuttle or the Manned Spacecraft During the Decision Making of China's Manned Space Program中国载人航天工程决策过程中航天飞机与载人飞船之争
12.NASA decided to officially choose the names of the shuttles that would be built later.后来，国家航空航天局决定为即将建成的航天飞机正式取名字。
13.Each craft was to make one-hundred trips in space.每架航天飞机都预计将在太空航行100次。
14.GUIDANCE-NAVIGATION CONTROL OBOUT ASCENT STAGE AND ORBITAL TRANSITION STAGE OF A SHUTTLE航天飞机上升与轨道过渡段制导-导航控制
15.inside the space shuttle.呆在航天飞机的中间舱里。
16.They would ride a shuttle into space.他们将乘坐航天飞机进入太空。
17.The shuttle itself will glide back into the earth's atmosphere.航天飞机本身将滑回地球的大气层。
18.Space shuttle: formally Space Transportation System (STS)航天飞机:正式名称为太空运输系统
相关短句/例句
Feitian飞天
1.The Impact of Dunhuang's Feitian on Artistic Design浅谈敦煌飞天艺术形象对艺术设计的影响
2.Lintel at the top of the fourth cave are seven Feitian murals, each of the four to do Feitian; one of five pieces of murals, Flying face and body were in a thin layer of fine-quality clay out, other such as clothing, ribbons, accessories in and around convective clouds, floriation, are painted from.第四窟门楣顶部是七幅飞天壁画,每幅各做飞天四身;其中前五幅壁画,飞天脸部和肌体部分均为薄薄一层优质细泥塑出,其他如衣着、飘带、饰物及周围的流云、花饰等,均彩绘而成。
3)space shuttle航天飞机
1.One is space shuttle rendezvous with ISS in July of 2005,the other being Russia s Soyuz TMA-8 rendezvous with ISS in March-April of 2006.据此对2005年7月美国航天飞机与"国际空间站"的交会对接以及2006年3-4月俄罗斯的联盟TMA-8载人飞船与"国际空间站"的交会对接过程的轨道进行了分析。
2.This paper introduces in detail the R&D history and performance of the manned space station, space shuttle, and aerospace shuttle, etc.详细介绍了载人空间站、航天飞机和空天飞机等的研发历史和性能。
3.Using conduct and thermal radiation theory, the temperature in the space shuttle GAS container is analyzed in this article.应用热传导及热辐射理论对航天飞机搭载桶内的温度场进行了分析计算,为该桶的加热炉设计及各项实验能顺利进行提供了理论基础。
4)spaceflight control航天飞控
1.Development of Operational Profiles of Spaceflight Control Software Systems;航天飞控软件操作概图开发
2.The main functions and the usual architecture of spaceflight control software systems are introduced.介绍航天飞控软件系统的主要功能及其常规体系结构。
3.High reliability is required for spaceflight control software systems.航天飞行控制软件是一种具有高可靠性要求的软件系统,但是目前对航天飞控软件的可靠性还没有进行定量的度量和管理。
5)spaceflight['speisflait]航天飞行
1.Data Modeling of Spaceflight Based on UML and XML Schema;基于UML和XML Schema的航天飞行数据建模
2.Conceptual Model of Spaceflight Based on XML;基于XML的航天飞行概念模型
3.In space mission,how to design the flight process of spacecraft,how to design the ground operation procedure and how to make flight control plan are important problems faced by a flight control center,which are the basic problems of mission planning of spaceflight.在航天飞行任务中,如何设计航天器的飞行过程,如何确定地面对航天器的控制操作,如何制定飞行控制计划等,是地面飞行控制中心面临的重大问题,也是航天飞行任务规划所要解决的基本问题。
6)Space flight航天飞行
1.Design of HLA-based United Simulation System for Space Flight Missions;基于HLA的航天飞行任务联合仿真系统设计
延伸阅读
飞天佛教壁画或石刻中的在空中飞舞的神。梵语称神为提婆，因提婆有‘天 ’的意思，所以汉语译为飞天。
