基于HWS的测试数据存取方法的研究

测试数据的保存和读取是现代测试中重要的环节.介绍了几种常用的测试数据存取格式,详细分析了在LabVIEW平台上使用的基于HWS格式的数据存取方法,并通过一个实例说明了基于HWS格式的数据存取方法的优越性.     

贾森-2海洋卫星成功发射

2008年6月20日,美国航空航天局(NASA)、法国国家空间研究中心(CNES)、欧洲气象卫星组织(EUMET-SAT)及美国国家海洋和大气局(NOAA)4家机构的合作项目贾森-2(Jason-2)卫星(见图1),由德尔他-2火箭从范登堡空军基地发射升空。贾森-2卫星是继“托佩克斯/海神”(TOPEX/Poseidon,1992-     

俄计划研制太空军用武器

2007年8月22日,俄罗斯<观点报>在题为<俄联邦准备太空战>的文章中报道说,俄航天军司令弗拉吉米尔·波波夫金上将当天在莫斯科航展上宣布:"我们将会考虑把载人航天用于军事目的.再过两年俄航天兵将开始试验新型导弹袭击预警系统轨道集群.     

YH-98图像敏感式精密露点仪

介绍了图象敏感式露点仪的系统原理、软硬件构成及关键技术。该仪器经国家权威机构检定和若干单位试用，均证明其性能价格比高，推广前景广阔。     

U档案

案卷编号:NO.36案件报告时间:2005年7月20日日期:不详地点:美国,康涅狄格,Cockaponset国家森林公园目击时间:黄昏持续时间:几分钟目击人数:2人     

备受青睐的火星探测——著名火星探测器一瞥

美国"双胞胎"寿命长 美国勇气号和机遇号火星车是一对一模一样的"双胞胎",各自长1.6米、宽2.3米、高1.5米,重174千克,大小与高尔夫球场的小车相似,于2003年6月10日和7月8日分别发射.它们主要完成的探测任务是判断火星上是否有过生物,明确火星气候特征,掌握火星地质特征;为人类探索打下基石.经过约半年的飞行,勇气号和机遇号分别在2004年的1月3日和24日经历了惊心动魄的6分钟降落过程之后在火星表面安全着陆.它们着陆方式采用与1997年在火星上着陆的"火星探路者"一样的弹跳方式.     

2008北京国际飞艇会议圆满结束

由中国航天科工集团公司、欧盟VEATAL计划指导委员会共同主办,清华大学与中国宇航学会协办的"2008年北京国际飞艇会议",于4月24日至25日在北京清华大学召开.此次会议主题为"飞艇在应急救援及民事和军事工程中的应用".     

U档案

U档案编号:NO.81目击地点:美国,亚利桑那州备注:多弗·西恩与多弗·狄安娜姐弟开车从弗拉格斯达夫回路易普,途中看到了一个奇怪的飞行物。"我看到一束明亮的光,然后喊我弟弟快看。"狄安娜说,"它一会儿消失一会儿出现。"高中生西恩说:"(飞行物)外围有个圆圈,在我们头顶大约2400米处飞行。它有三盏灯,外形是三角形的。我们继续前行到路易普后发现它有四盏灯。"     

Space Astronomy in China:2006—2008

In 2006 to 2008,the main activities in Chinese space astronomy focus on:(1) undertaking some missions set by CNSA,like HXMT,SMESE,WSO/UV,SST,KUAFU,and so on;(2) drawing up a long-term plan of Chinese space astronomy.This paper summarizes in brief all these activities.     

Space astronomy in China: 2008—2010

In 2008 to 2010, the main activities in Chinese space astronomy were focused on: fulfilling the long-term plan of Chinese space astronomy; initiating the long-term plan of Chinese space astronomy; undertaking some astronomical missions set by CNSA in ``Development Program of Space Science for 2006--2010'. This paper summarizes in brief all these activities.      

中国空间天文40周年

过去40年中国空间天文学研究取得了巨大的发展.尤其是近10年内发射了数颗天文卫星,未来几年还将有一些天文卫星计划发射.本文简要回顾了国际空间天文学的发展历程.对中国空间天文学过去40年的发展进行了回顾和总结,包括1970年代第一颗天文卫星计划、气球空间天文探测、基于载人航天工程的空间天文实验以及天文卫星等.此外,介绍了中国空间天文项目,并对未来10年中国空间天文学研究进行了展望.      

Science Researches of Chinese Manned Space Flight

With the complete success of the 2nd stage of Chinese Manned Space Program (CMSP), several science researches have been performed on Tiangong-1 experimental spacelab, which was docked with three Shenzhou spaceships one after another. The China's real spacelab, Tiangong-2 will be launched in 2015, docked with a Shenzhou spaceship soon. After six months, it will be docked with the first Chinese cargo ship (Tianzhou-1). More space science researches, involving with space biology, fluid physics, fundamental physics, materials science, Earth science, astronomy and space environmental science, will be operated on Tiangong-2 spacelab, and crewed and cargo spaceships. Furthermore, the considerable large-scale space utilization of Shina's Space Station is planned. The research fields include yet not limited to space medicine and physiology, space life science and biotechnology, fluid physics and combustion in microgravity, space material science, and fundamental physics in microgravity, space astronomy, Earth science, space physics and space environment utilization, technology demonstration.      

THE PROGRESS ON SPACE ASTRONOMY IN CHINA DURING 2000-2002

In this paper main achievements in the area of space astronomy are summarized.During the flight of cosmic Gamma-Ray Burst Spectrometer(GRBS) onboard spacecraft Shenzhou-2(launched on 2001-01-10), much observational results of cosmic γ-ray burst and solar X, γ-ray burst are obtained. The preliminary analysis on space data has lead to some interesting results. Besides it, some other long-term space astronomy programs are briefly described here.     

China’s Space Astronomy and Solar Physics in 2011-2012

In the first part of this paper, we describe briefly the mid and long-term plan of Chinese space astronomy, its preliminary study program, the current status of satellite missions undertaken, and the current status of astronomy experiments in China’s manned space flight program. In the second part, the recent research progress made in the fields of solar physics is summarized briefly, including solar vector magnetic field, solar flares, CME and filaments, solar radio and nonthermal processes, EUV waves, MHD waves and coronal waves, solar model and helioseismology, solar wind and behavior of solar cycle.      

深空探测器自主天文导航技术综述

在深空探测中,单独使用无线电测控存在精度、实时性、覆盖性等方面的限制。作为无线电测控的有效补充,自主天文导航是保证深空探测任务成功的关键技术之一。面向深空探测对自主天文导航的迫切需求,概述了深空探测器自主天文导航的基本原理,简要介绍了深空探测器自主天文导航的研究进展,并重点分析探讨了深空探测器自主天文导航的关键技术和发展趋势。分析结果可为我国未来深空探测器天文导航系统研制提供参考,并为深空探测任务的总体设计提供帮助。     

Space adapted cryogenics

The cooling requirements applicable to scientific and application payloads of space missions currently planned within the next decade are presented as well as the applicability of the various cryogenic techniques to these requirements. The severe constraints imposed by the spacecraft system, the launch vehicle and the space environment on the spaceborne cryogenic payload are commented. Infra-red astronomy is one of the most demanding candidates for space cryogenics and examples of relevant cooling systems currently under development or proposed for near future missions within ESA activities are described. The trend for long term applications is also commented.     

Brief Introduction about the SVOM Mission

SVOM is a mission dedicated for studying γ-Ray Bursts, and will also be a powerful target-ofopportunity observatory for the whole astronomy community. The mission has been approved jointly by both Chinese and French space agencies. It is planned to be in the orbit in 2021 with an altitude ≤ 600 km and an inclination ≤ 30°.      

宇宙黑暗时代探路者——鸿蒙计划

低频射电探测任务构想——鸿蒙计划旨在利用多颗卫星绕月编队形成超长波天文观测阵列,在月球背面开展空间低频射电天文探测。其科学目标是高精度测量全天射电频谱,揭示宇宙黑暗时代与黎明的演化历史;实现首次高分辨率超长波巡天,打开最后一个电磁窗口;观测太阳和行星超长波活动,揭示空间环境相互作用规律。该任务将获得超长波频段全天空图像,获取超长波波段天文射电源的强度、频谱、分布等信息。这些科学数据对于探索宇宙黑暗时代和黎明时代、研究银河系星际介质、宇宙线起源与传播、河外射电星系、类星体和星系团的演化、太阳活动与行星磁场等,具有重要的科学价值。