我校产学研结合办学模式的创新特征

目的探讨西安航空技术高等专科学校产学研相结合办学模式的创新特征。方法通过对西安航空技术高等专科学校产学研相结合的状态的分析，指出本校产学研相结合的特点和产学研相结合办学模式的创新特征。结果西安航空技术高等专科学校形成一套产学研相结合的创新模式。结论高等职业技术教育必须坚持“以服务为宗旨，以就业为导向，走产学研结合之路”。     

Some Technical Issues of an Optically Focused Small Space Debris Tracking and Cataloging System

Congressional language in the 1998 US Senate Armed Services Committee authorization bill directed ... the Secretary of the (United States) Air Force to undertake a design study of a system that could catalog and track debris down to one centimeter in size out to 1000kilometer in altitude. The US Air Force Research Laboratory, in conjunction with other US National Laboratories and the National Aeronautics and Space Administration (NASA) conducted a study that examined what technical systems and operations would be required to perform such a mission. This paper outlines the study process, details the findings, draws conclusions, and makes recommendations as to what would be needed to develop an optically based system capable of cataloging and tracking small debris in low Earth orbit.     

运载火箭时序控制系统"标准型"的研究

时序系统是运载火箭控制系统的重要组成部分,本文在分析了各种时序系统现状的基础上,以某运载火箭为研究对象,提出了时序系统的"标准型"设计.该方案可靠性高,线路简单,易于升级,是一种值得推广的设计.     

“六性”、“七化”与“一品”——全国高职高专学报走向再探索

通过分析高职高专学报生存发展的现状和面临的主要问题,提出了高职高专学报的宗旨定位、作者定位、读者定位和特色定位;结合学报学会组织的功能和使命及高职高专学报的发展方向,归结出了“六性”、“七化”与“一品”的奋斗目标。     

剩余推进剂排放系统研究

论述中国首枚上面级火箭剩余推进剂排放方案论证 ,排放系统方案选择 ;提出中国专用排放系统方案 ,排放系统设计、研制与试验研究的全过程 ,为解决中国长征型号上面级火箭高空爆炸解体问题提供了技术基础     

双组元推进剂质谱检测实验研究

推进剂泄漏检测技术是关系到航天器正常运行和安全发射的关键技术之一。采用燃烧剂，氧化剂的双组元推进剂是航天器推进系统的经常选用的燃料。质谱检测的技术具有同时检测环境中这两种微量成分而不相互干扰的优点，文章简述了双组元推进剂的质谱检测装置，给出对是，四氧化二氮的质谱实验研究方法及检测结果。     

在大面积柔性基底上制备空间应用薄膜研究

简明讨论了在大面积柔性高聚合物基底材料上制备空间应用薄膜的特点与要求,并对研制的大面积自动连续镀膜设备的结构与性能作了简介;比较深入地探讨了大面积柔性基底材料连续镀膜中对磁控靶和等离子体辉光放电场的要求与作用;介绍了柔性导电型第二表面镜的研制技术、性能与评价方法及结果。     

钳工操作技能相关因素研究

本通过多元线性回归方法研究了钳工操作技能相关的一些因素，结果表明：钳工是一种专业针对较强的工种，男性在钳工实操技能方面女性具有较强的优势，工人的理论水平对实操技能有较大影响。工人的身高，体重等对钳工实操技能没有明显影响。     

Space weather service activities and initiatives at LAMP (Argentinean Space Weather Laboratory group)

Since more than one decade ago, several institutions started to offer a large variety of Operative Space Weather (SWx) products. This is of major importance because Space Weather events can affect aviation communications, global positioning systems, grid electric power, satellite technologies, and human health in space. The scientific potential on solar-terrestrial physics in Argentina motivated the creation of an interdisciplinary Laboratory of Space Weather in Argentina. The Argentinean Space Weather Laboratory (in Spanish ‘Laboratorio Argentino de Meteorología del esPacio’, LAMP) was initiated in 2016, and it carries out daily monitoring of real-time information (space and ground-based instruments) on Space Weather. The information is synthesized on a weekly bulletin as a summary of the Space Weather conditions, and it is posted on a website (spaceweather.at.fcen.uba.ar). The analyzed information includes own data and of other centers that offer them publicly, and it is also analyzed and discussed later on, during monthly briefings. In particular, one of the regional products that is included in the briefing discussions and it was developed by LAMP in collaboration with INPE-EMBRACE, involves Vertical Total Electron Content (VTEC) maps in the Argentinean region. LAMP set up a Space Weather Laboratory in the Antarctic peninsula, in the Argentine Marambio base, where a Water Cherenkov radiation Detector (WCD) was installed during the Argentinean Antarctic campaign (January-March of 2019). This detector is the southern node of a Latin American Collaboration (LAGO, Latin American Giant Observatory), which is a network of WCDs installed throughout more than 10 Latin American countries.