计量认证促进了核工业检测试验工作的开展

介绍了核工业系统内各检测试验中心在计量认证及复查评审中所开展的工作 ,以及由此带来的变化     

西安都市圈的复杂性与适应性耦合机制研究

通过对复杂性科学系统中最具有生命力与活力的复杂性与适应性进行研究,力求探讨其本质及内涵;并且将其作用于区域规划与区域协调的层面,对于中心城市与周边城市的共同协调、可持续发展具有指导意义,并在此理论的指导下,引导都市圈规划走向良性、有序的发展道路。     

科学发展观是实现中原崛起的行动指南

实现中原崛起是科学发展观的重要内容,科学发展观是实现中原崛起的行动指南.必须结合河南省实际,把科学发展观贯彻到促进中原崛起的各项具体工作之中.     

数值模拟技术在钻地武器研制中的应用

系统阐述了数值模拟技术这一新兴手段在钻地武器研制中的主要算法及应用，比较了算法之间的优缺点，介绍了当今流行的各种主要计算程序。作为算例，运用非线性动力有限元LS-DYNA计算程序，对一个防空建筑在弹头侵彻下的动态响应及应力变化情况作了计算，图像形象显示了战斗部在侵彻过程中的形变及其速度，质量随时间的变化情况，最后阐述了数值模拟技术在武器设计等领域的应用。     

河北预算定额软件的开发应用

本文介绍了采用计算机对施工图预算进行电算化的软件系统。本文从该系统的特点、主要组成和设计思想等方面进行了论述，作为适用的商业应用软件，为社会和教学提供了有力的服务手段。     

中国液体运载火箭结构系统发展规划研究

结构系统是运载火箭关键系统之一,对运载效率提升具有显著作用。深入研究了国外运载火箭结构系统发展现状,根据我国运载火箭发展需求,结合我国航天发展和基础工业实际情况,从材料、结构形式、制造工艺等方面,提出了我国运载火箭结构系统重点发展方向和主要关键技术,对提升运载效率和推动航天强国建设具有重要的工程意义。     

Gender diversity in geo-spatial technology and applications disciplines uptake in developing Asian countries – A survey-based competency analysis

Geo-Spatial Technology and Applications (GSTA) contributes significantly to the implementation of the UN 2030 Agenda for Sustainable Development, which seeks to ‘leave no one behind’. This study attempts to assess the gender diversity in enrolment in GSTA programmes in developing countries in Asia using data available with the UN-affiliated Regional Centre in India. A survey was also conducted to gauge trainees’ comfort in a complex multi-cultural, multi-linguistic classroom environment. The analysis shows that female participation in short-term courses has been increasing rather steeply over the years (1995–2019). The enrolment has reached 30% in recent years. It is also observed that the female participants have preferred (about 10%) to enrol in physical Science and Technology (ST) -oriented courses such as Remote Sensing and GIS, Satellite Meteorology and Climate Change, and Space and Atmospheric Sciences when compared to electrical Engineering and Technology-oriented Satellite Communications and Global Navigation Satellite Systems courses that would require a strong knowledge of digital signals and systems theory.The survey study with a participation of 150 trainees from 17 countries shows that women trainees have a slight edge by 9% over the male counterparts in learning ST elements of the courses. At sub-regional levels, it is observed that participants from Indian sub-continent countries (ISC) are better by 15% than participants from South-east Asian Countries (SAC) and Central Asian Countries (CAC). As far as the course structure perspective is concerned, there has been a significant difference with 70% of the ISC trainees have found the courses as well-balanced covering equally both technology and applications, while only 36% and 56% of the trainees from SAC and CAC, respectively, have found the course as balanced. Importantly, the survey has revealed that the participants from SAC and CAC have a big challenge in apprehending lectures in English, as reflected by their top scores at 18% and 17%, respectively, compared with the corresponding value of the ISC trainees being 72%. Recommendations are suggested to sustain the female enrolment in long-term GSTA training programmes. Strategies that create family-friendly learning conditions, including joint education programmes involving lead institutions of the participants’ countries, are proposed to facilitate higher female participation. Furthermore, measures such as standardisation of curricula regionally at undergraduate levels and having periodic meetings of trainers are recommended in order to minimise the trainees’ core competency gaps in GSTA disciplines at the regional level.     

火星EDL导航、制导与控制技术综述与展望

以成功着陆火星探测器的导航、制导与控制系统为典型代表,系统地总结了火星E DL导航、制导与控制技术的历史与现状,对各种已有技术的优缺点进行了对比分析,并以未 来的火星采样返回、载人登陆和火星基地任务为潜在工程应用目标,对下一代高精度火星ED L导航、制导与控制技术进行了比较全面的分析和展望。

     

运输类飞机飞行手册设计与开发

飞机飞行手册是经制造商开发并由适航当局批准的重要文件,它提供对某一特定机型飞机安全操作所必须的重要信息,包括使用限制、操作程序和性能信息。介绍了运输类飞机飞行手册设计与开发的主要内容。     

我国极轨气象卫星的发展

介绍了我国极轨气象卫星的现况。提出了由风云三号(FY-3)上午星、下午星和降水测量卫星组成的我国极轨气象卫星对地观测网构想,给出了三种卫星的主要仪器性能指标。讨论了多载荷综合观测,利用微波波段实现全天候探测,提高光谱分辨率,提高空间分辨率,提高仪器的灵敏度、定标精度,发展无线电(GPS)掩星探测,以及发展主动遥感等极轨气象卫星发展趋势。对我国极轨气象卫星的发展给出了气象卫星向对地综合观测发展、遥感探测技术向"四高两全一多"发展、探测方式向主动与被动结合方向发展、遥感应用向高精度定量化发展、发展专用卫星或小卫星阵列等建议。分析了转动部件与太阳阵耦合抑制、高指向精度高稳定度姿态控制、高数据率数据传输、颤振对高光谱成像质量的影响分析及减振、主动微波及可见、红外、紫外谱段高精度地面及在轨定标等实现我国极轨气象卫星发展的关键技术。