对毛泽东军事思想走向世界的理性思考

毛泽东军事思想是把马列主义的基本原理和中外优秀军事思想与中国革命实践相结合而产生的关于中国革命战争、国防和军队建设问题的科学理论体系.新中国成立以后,毛泽东军事思想以它的科学性、阶级性、创造性、系统性、时代性和正义性等鲜明特征,受到世界各国的重视,对鼓舞和指导第三世界人民争取民族独立解放,推动当代世界多元化政治格局的发展,促进世界军事科学的繁荣等方面,发挥了重要作用并产生了深刻影响,在当今世界军事思想领域中占有重要地位.对毛泽东军事思想在世界广泛传播进行理性思考,全方位认识毛泽东军事思想的地位、作用和影响,对坚持和发展毛泽东军事思想具有重要的意义.     

Hazard evaluation of ignition sensitivity and explosion severity for three typical MH2 (M＝Mg,Ti, Zr) of energetic materials

MgH2, TiH2, and ZrH2 are three typical metal hydrides that have been gradually applied to composite explosives and propellants as additives in recent years. To evaluate ignition sensitivity and explosion severity, the Hartmann device and spherical pressure vessel were used to test ignition energy and ex-plosion pressure, respectively. The results showed that the ignition sensitivity of ZrH2, TiH2 and MgH2 gradually increased. When the concentration of MgH2 is 83.0 g/m3 in Hartmann device, the ignition energy attained a minimum of 10.0 mJ. The explosion pressure of MgH2 were 1.44 times and 1.76 times that of TiH2 and ZrH2, respectively, and the explosion pressure rising rate were 3.97 times and 9.96 times that of TiH2 and ZrH2, respectively, through the spherical pressure vessel. It indicated that the reaction reactivity and reaction rate of MgH2 were higher than that of TiH2 and ZrH2. In addition, to conduct in-depth theoretical analysis of ignition sensitivity and explosion severity, gas production and combus-tion heat per unit mass of ZrH2, TiH2 and MgH2 were tested by mercury manometer and oxygen bomb calorimetry. The experimental results revealed that MgH2 had a relatively high gas production per unit mass (5.15 mL/g), while TiH2 and ZrH2 both had a gas production of less than 2.0 mL/g. Their thermal stability gradually increased, leading to a gradual increase in ignition energy. Furthermore, compared with theoretical combustion heat, the combustion ratio of MgH2, TiH2 and ZrH2 was more than 96.0%, with combustion heat value of 29.96, 20.94 and 12.22 MJ/kg, respectively, which was consistent with the explosion pressure and explosion severity test results.     

国防和军队建设客观规律的深刻揭示和自觉运用

我军新的历史使命深刻揭示了国防和军队建设客观规律,即军队职能任务必须与党的历史任务相一致;军事战略必须与国家发展战略相协调;军事力量建设必须与国家地位相适应;军队建设和改革必须与世界军事发展趋势相符合。     

非致命武器的绿色设计

运用人机工程学等绿色设计理论对非致命武器进行分析,简要讨论非致命武器的绿色设计方法和绿色材料的选择。     

基于GIS实现信息可视化

通过建立键值及采用相关技术增强地理信息系统的信息处理能力,对某应用系统中完成的主要信息处理功能及技术要点进行了探讨．     

射击与通信实践环节的综合训练

以院实施射击、通信课改革为出发点,针对改革实施的必要性、指导思想、改革的内容、改革的措施等几个问题进行了具体论述。为下一步改革提供几点借鉴,促进改革的顺利实施。     

Φ2mm丝材电弧喷涂工艺对涂层结合强度的影响

分析了喷砂预处理和电弧喷涂这两个过程的工艺参数对涂层的结合强度的影响。将分数维理论用于喷砂后的试样表面,研究了喷砂角度、分数维和结合强度的相互关系,找到了获得最高结合强度所用的喷砂角度;通过正交试验法,找到了能获得最佳涂层结合强度的Φ2mm丝材电弧喷涂工艺参数。     

军队思想政治建设的涵义解析

军队思想政治建设是军队政治工作领域一个十分重要的概念.对这一概念作出科学的界定.必须通过严谨的分析,对军队思想政治建设的基本涵义、功能结构及其与军队政治工作的联系区别进行探讨.     

晚清政府向西方购买铁甲舰述论

1874年日本侵台深深刺激了清政府,在海防大讨论中清廷大员认识到向西方购买铁甲舰的紧迫性.由于赫德的干扰和以李鸿章为首的清廷大员对购买铁甲舰认识的局限,加之清廷财政困窘,致使晚清政府向西方购买铁甲舰的进程跌宕起伏,其中的历史教训值得深思.     

具连续分布滞量的二阶中立型阻尼偏微分方程解的振动准则

研究一类具有阻尼项和连续分布滞量的二阶中立型偏微分方程解的振动性,通过利用Riccati变换,引入一类Φ(t,s,l)型的新函数,获得该类方程在Robin,Dirichlet边值条件下振动的充分判据.