正确处理突发事件是辅导员成熟的标志

正确处理突发事件是对高校思想政治辅导员综合素质的考验，是辅导员是否成熟的标志。通过对突发事件产生的原因、特点及处置原则的探讨，帮助辅导员更好地处置突发事件，为建设和谐校园做出贡献。     

载人航天器手动控制系统设计

航天员手动控制系统可作为自动控制和地面处置的备份手段。为了提高航天员在载人航天器驻留期间应对设备故障和突发事件的处置能力,采用系统工程方法对航天员手动控制系统进行了设计。通过地面试验测试,证明该手动控制系统设计能够有效地降低设备故障以及突发事件给航天员安全带来的风险。     

在设备运行管理中用“七步法”建立应急处置系统

随着空管事业的迅速发展，尤其是在美国“9．11”事件后，我们经常会接触到“应急方案”、“应急处置措施”、“应急保障预案”等，从空管行业特征和发展的要求来看，这些方案的制定、完善和实施越来越要求其具有指导性、严密性和可实践性，其根本目的就是要把突发事件或安全隐患遏制在萌芽状态，不让其造成严重后果或将突发事件的危害性降低到最小。这些大大小小的应急系统小到一台设备的应急，大到一个部门、一个机场的应急。     

卫星发射突发事件火箭推进剂环境污染影响研究

研究了我国最大的两次卫星发射突发事件火箭推进剂对环境大气、水体、土壤、植物产生污染的范围和程度，污染物在环境中的扩散、迁移和降解规律，并对环境污染影响进行了评价，首次获得了卫星发射突发事件火箭推进剂环境污染影响的科学结论。     

高校专职辅导员能力建设下专业化发展研究问卷分析

论文从对高校专职辅导员能力建设下专业化发展的调查问卷人手,从辅导员专业化要求、辅导员对自身培训的需要、职业心理产生和调试、辅导员能力素质的标准和提升方法方面以及辅导员职称评定的需求等五个方面了解了辅导员的需求,并根据调查结果对提高高校专职辅导员专业化、科学化和职业化的发展提出了相关措施.     

建行实体资产处置研究

建行实体资产处置成功与否，具有迫切的现实意义和和长远的经济利益。论文通过对建行实体的背景及现状分析、处置过程中的影响因素分析，结合资产管理公司的历史使命和发展趋势，联系实际提出建行实体资产处置的思路，并以实案为例，提出了采取投资银行业务手段，挖掘建行实体资产中的优质资产对其进行经营性处置的几点建议。     

高校辅导员作质的研究的意义和条件分析

该文从方法论的角度阐述了质的研究方法的概念，并结合高校辅导员的工作实际，分析了高校辅导员作质的研究的意义、原则、有利条件和不利因素，并提出高校辅导员在作质的研究工作中克服不利因素采取的几点对策。     

积极心理学视野下辅导员职业倦怠的心理优化

高校辅导员职业倦怠对大学生成长成材、社会主义教育事业、辅导员个人发展都产生消极与负面的影响.积极心理学是研究人类心理生活中积极因素的心理学思潮,论文尝试在积极心理学的视野下,采用团体心理辅导活动方式,对辅导员职业倦怠的心理优化进行实践研究     

高校辅导员角色定位研究

高校辅导员承担着对学生进行教育、管理和服务的重要职责,但长期以来在辅导员角色定位上存在着“错位”、“缺位”、“虚位”、“越位”的问题,并由此影响高校辅导员队伍的发展。本文从辅导员专业化发展与职业化管理、管理体制等方面来探讨高校辅导员队伍的建设。     

认真落实“十一五”规划纲要 全面加强应急管理体系建设

2002年底至2003上半年爆发的非典疫情对我国社会造成了十分严重的危害。在严峻的形势下，我国政府充分发挥社会管理与公共服务职能，在短时间内集中大批的人力、物力，带领全国人民团结一心，众志成城，最终赢得了抗击非典的重大胜利。但是，面对成绩党和国家的领导人依然保持了清醒的头脑，敏锐地认识到我国在应对突发公共事件方面存在的各种问题和种种不足。非典过后，党中央、国务院一方面迅速进行社会秩序的恢复工作，另一方立即组织有关部门认真总结经验教训，并将提高全社会应对突发公共事件能力安排到了工作日程之中，明确提出了“要建立健全社会预警体系，提高政府应对突发事件和风险的能力，形成统一指挥、功能齐全、反应灵敏、运转高效的应急机制，提高保障公共安全和处置突发公共事件能力”的工作目标。     

On the stability of the track of the space elevator

A string moving with geostationary angular velocity in its radial relative equilibrium configuration around the Earth, reaching from the surface of the Earth far beyond the geostationary height, could be used as track for an Earth to space elevator. This is an old dream of mankind, originating about 100 years ago in Russia. Besides the question of feasibility from a technological point of view also the question concerning the stability of such a configuration has not yet been completely solved. Under the assumption that a proper material (carbon nanotubes) is available, making the connection possible technologically, we address the question of existence and stability of the radial relative equilibrium of a tapered string on a circular geosynchronous trajectory around the Earth, reaching from the surface of the Earth far beyond the geostationary height.     

On the Possibility of the Existence of Volatile Compounds in the Region of the Scott Crater on the Moon

In this paper, we analyze the illumination conditions, the thermal regime, and the possibility of deposits of volatile compounds existing in the vicinity region (NSR S5 region) near the southern pole of the Moon. It has been found that there are no permanently shadowed zones near the Scott crater and the NSR S5 region, though the temperature conditions allow the of compounds such as CH₃OH, SO₂, NH₃, CO₂, H₂S, C₂H₄, and water to remain stable relative to evaporation for a long time (≥1 Gyr). It has been also shown that compounds like CO and CH₄ cannot stably exist in these regions.     

对老年人体育锻炼负荷量监控方法的探讨

通过对老年人体育锻炼活动的情况进行相关调查，发现目前老年人体育锻炼中存在一些误区。因此本文针对这些现实情况提出，应根据实际情况运用一些简单易行的方法来对老年人体育锻炼实施医务监督，达到提高老年人体育锻炼的科学性。     

Estimation of the current density and analysis of the geometry of the current system surrounding the Earth

The results of an investigation of the distribution of plasma pressure, pressure gradients, and magnetic field near the equatorial plane in the plasma ring surrounding the Earth under magneto-quiet conditions are presented. Observational data obtained during the international THEMIS mission are used. The picture of the distribution of transverse-current density near the equatorial plane was obtained under assumption of observing the magnetostatic balance condition at geocentric distances from 6 to 12R _E. In estimating the integral transverse current it was accepted that in daytime sector the magnetic-field minima on magnetic field lines are not localized in the equatorial plane. Estimates of the integral transverse current were obtained, which demonstrate the possibility of closing nighttime transverse currents at geocentric distances of up to ～12R _E inside the magnetosphere, which form a high-latitudinal continuation of the ring current.     

实施“三位一体”教育模式 提高学生的综合素质

本文介绍了“三位一体”教育模式的内容,描述亍我们实施该模式所采取的措施及取得的成效。实践表明,“三位一体”教育模式能够提高学生的综合素质,为学生毕业后的发展打下坚实基础,对教育模式的改革具有一定的指导意义。     

Estimating the accuracy of the technique of reconstructing the rotational motion of a satellite based on the measurements of its angular velocity and the magnetic field of the Earth

The paper has studied the accuracy of the technique that allows the rotational motion of the Earth artificial satellites (AES) to be reconstructed based on the data of onboard measurements of angular velocity vectors and the strength of the Earth magnetic field (EMF). The technique is based on kinematic equations of the rotational motion of a rigid body. Both types of measurement data collected over some time interval have been processed jointly. The angular velocity measurements have been approximated using convenient formulas, which are substituted into the kinematic differential equations for the quaternion that specifies the transition from the body-fixed coordinate system of a satellite to the inertial coordinate system. Thus obtained equations represent a kinematic model of the rotational motion of a satellite. The solution of these equations, which approximate real motion, has been found by the least-square method from the condition of best fitting between the data of measurements of the EMF strength vector and its calculated values. The accuracy of the technique has been estimated by processing the data obtained from the board of the service module of the International Space Station (ISS). The reconstruction of station motion using the aforementioned technique has been compared with the telemetry data on the actual motion of the station. The technique has allowed us to reconstruct the station motion in the orbital orientation mode with a maximum error less than 0.6° and the turns with a maximal error of less than 1.2°.     

Optimization of the trajectory of the spacecraft insertion into the system of heliocentric orbits

The possibility of the spacecraft insertion into the system of operational heliocentric orbits has been analyzed. It has been proposed to use a system of several operational heliocentric orbits. On each orbit, the spacecraft makes one or more revolutions around the Sun. These orbits are characterized by a relatively small perihelion radius and relatively high inclination, which allows one to investigate the polar regions of the Sun. The transition of the spacecraft from one orbit to another has been performed using an unpowered gravity assist maneuver near Venus and does not require the cruise propulsion operation. Each maneuver transfers the spacecraft into the sequence of operational heliocentric orbits. We have analyzed several systems of operational heliocentric orbits into which the spacecraft can be inserted by means of the considered transportation system with electric propulsion (EP). The mass of the spacecraft delivered to these systems of operational orbits has been estimated.     

从应变计现状看电阻式传感器的前景

电阻式传感器的核心部件——电阻应变计是目前最常用的应力分析的敏感元件。也常用于测量力、压力、扭矩和加速度等物理量。作者简要回顾了电阻应变计的发展历史，介绍了电阻应变计的结构、分类及现状，展望了电阻式传感器的前景。     

System of works on numerical modeling of the dynamics of the structure of the Space Radiotelescope in the RadioAstron project

The results of modeling the dynamics of the Space Radiotelescope are presented. The results of ground-based vibration-dynamic tests are used to validate the calculation models and estimate the damping levels. The dynamic distortions of the reflecting surface caused by the operation of the pointing mechanism of the high-gain antenna are estimated.     

复杂受载条件下固体火箭发动机壳体屈曲应力的估计

论文简略介绍了静力轴压下园柱壳屈曲应力的工程计算方法,对某固体火箭发动机壳体的复杂受载条件对壳体屈曲应力的影响进行了分析,并对该火箭发动机壳体屈曲应力如何估计提出了建议。