Future of Space Astronomy: A global Road Map for the next decades

The use of space techniques continues to play a key role in the advance of astrophysics by providing access to the entire electromagnetic spectrum from radio to high energy γ rays. The increasing size, complexity and cost of large space observatories places a growing emphasis on international collaboration. Furthermore, combining existing and future datasets from space and “ground based” observatories is an emerging mode of powerful and relatively inexpensive research to address problems that can only be tackled by the application of large multi-wavelength observations. While the present set of astronomical facilities is impressive and covers the entire electromagnetic spectrum, with complementary space and “ground based” telescopes, the situation in the next 10–20 years is of critical concern. The James Webb Space Telescope (JWST), to be launched not earlier than 2018, is the only approved future major space astronomy mission. Other major highly recommended space astronomy missions, such as the Wide-field Infrared Survey Telescope (WFIRST), the International X-ray Observatory (IXO), Large Interferometer Space Antenna (LISA) and the Space Infrared Telescope for Cosmology and Astrophysics (SPICA), have yet to be approved for development.     

未来战场信息环境研究

通过对信息作战环境的本质、内涵、特点、构成的剖析,论述了以信息技术为核心的新军事变革迅猛发展给传统的作战环境带来的重大影响,同时对信息化条件下战场信息环境的改造和利用进行了概括和阐述。     

Challenges of future aircraft propulsion: A review of distributed propulsion technology and its potential application for the all electric commercial aircraft

This paper highlights the role of distributed propulsion technology for future commercial aircraft. After an initial historical perspective on the conceptual aspects of distributed propulsion technology and a glimpse at numerous aircraft that have taken distributed propulsion technology to flight, the focal point of the review is shifted towards a potential role this technology may entail for future commercial aircraft. Technological limitations and challenges of this specific technology are also considered in combination with an all electric aircraft concept, as means of predicting the challenges associated with the design process of a next generation commercial aircraft.     

对研究所计量管理目标和系统的认识

简要阐述对新形势下，计量管理目标、系统和计量工作前途的认识。     

空间光学发展现状和未来发展

文章综述了空间光学在空间天文、深空探测及对地观测等领域的发展现状,介绍了空间光学的未来发展动态,分析了空间光学的技术需求,最后提出了中国空间光学的发展建议。     

ERP的发展现状及未来趋势

ERP(Enterprlse Resources Planning企业资源计划)是指建立在信息技术的基础上，以系统化的管理思想，为企业决策层及员工提供决策运行手段的管理平台。ERP系统集信息技术与先进的管理思想于一身，成为现代企业的运行模式，反映时代对企业合理调配资源、最大化地创造社会财富的要求，成为企业在信息时代生存、发展的基石。对ERP发展现状及其未来可能的发展趋势的研究，可为企业顺利实施ERP提供依据。     

Recent progress of residual stress measurement methods: A review

Residual stress is one of the main factors affecting the mechanical properties of materials, such as their strength, plasticity and surface integrity. For instance, tensile stress conditions can adversely affect material performance or component life, while compressive stress conditions can improve material fatigue strength. During the processing of integrated aviation structures, machining deformation caused by residual stress has become one of the most prominent manufacturing problems. Therefore, it is very important to measure and evaluate the stress for real applications. This paper reviews the research of residual stress measurement methods over the past five years by classifying them according to the measurement methods appearing in each stage. The existing problems and difficulties of each measurement technology are summarized, and future trends are forecasted. This paper provides a reference for further in-depth study of residual stress measurement technologies.     

中国航天光学遥感技术成就与展望

文章介绍了中国已发射的航天光学遥感卫星及研制成功的航天光学遥感器,展示了中国在航天光学遥感领域取得的巨大成就,并对航天光学遥感系列卫星技术的后续发展进行了展望.     

An introduction to the lunar and planetary science activities in Korea

Korea is planning a series of lunar space programs in 2020 starting with a lunar orbiter and a lander with a rover. Compared to other countries, Korea has a relatively brief history in space and planetary sciences. With the expected Korean missions on the near-term horizon and the relatively few Korean planetary scientists, Korea Institute of Geoscience and Mineral Resources (KIGAM) has established a new planetary research group focusing on development of prospective lunar instruments, analysis of the publicly available planetary data of the Moon, organizing nationwide planetary workshops, and initiating planetary educational programs with academic institutions. Korea has also initiated its own rocket development program, which could acquire a rocket-launch capability toward the Korean lunar mission. For the prospective Korea’s lunar science program, feasibility studies for some candidate science payloads have been started since 2010 for an orbiter and a lander. The concept design of each candidate instrument has been accomplished in 2012. It is expected that the development of science payloads may start by 2014 as Phase A. Not only developing hardware required for the lunar mission but also educational activities for young students are high priorities for Korea. The new plan of the Korean lunar mission can be successfully accomplished with international cooperative outreach programs in conjunction with internationally accessible planetary data system (PDS). This paper introduces the KIGAM’s international cooperative planetary research and educational programs and also summarizes other nationwide new developments for Korean lunar research projects at Kyung Hee University and Hanyang University.     

美国"未来成像体系结构"关键技术及失败原因分析

"未来成像体系结构"(FIA)是美国国家侦察局(NRO)于20世纪末提出的一项美国下一代成像侦察卫星星座计划,提出伊始雄心勃勃,但最终却走向费用严重超支、发射一再推迟的失败命运。文章简单介绍了"未来成像体系结构"的基本情况,分析了其中涉及的关键技术以及造成该计划失败的根本原因,最后介绍了美国替代"未来成像体系结构"计划的发展规划及其对我国未来发展天基成像侦察系统的战略启示。