试论军事刑事司法专属管辖的根据

军事刑事司法专属管辖划分的根据在军事法学界存在着争议,在法律规范的规定中也是非常原则,缺乏可操作性。本文从军事法学界对军事刑事司法专属管辖根据的不同学术观点入手,依据我国现行法律规范的零散性规定,以军事司法权的内在属性为理论依托,论证了我国军事刑事司法专属管辖根据的原则与例外。     

汇编语言的单元测试技术研究

汇编语言具有非结构化、非标准化、硬件相关性高、灵活性极大等特性,单元测试难度较大.针对汇编语言的特点,论述了汇编语言单元测试过程中功能测试、结构覆盖率测试和性能测试的方法和步骤.     

Fabrication and characterization of Al-CuO nanocomposites prepared by sol-gel method

In this study, Al-CuO nanocomposites were fabricated by sol-gel method. As a contrast, the thermite was prepared by physical mixing at the equivalence ratio of 0.5, 1, 2, respectively. The intermediates and samples as prepared were characterized by SEM and XRD. The exothermic properties of the two samples prepared at different equivalence ratios were tested and the reaction products were characterized by XRD. The SEM results show that the sample prepared by the sol-gel method demonstrates a micron-sized agglomerated sphere formed by a mutual wrapping of Al NPs and CuO NPs, and the particles are evenly distributed in the agglomerate. In addition, when the content of Al powder is seriously insufficient, the heat release of the sample prepared by physical mixing is 1.6 times that of by sol-gel method. With the increase of Al powder content, the exothermic properties of Al/CuO NPs prepared by sol-gel method began to increase significantly compared with physical mixing and the difference is 1.5 times when the equivalence ratio increases to 2. It can be concluded that the reason for this result may be attributed to the different mass transfer modes of components due to the different morphologies of samples.     

装备物资混装配载效益化特征聚类分析

提出了通过对物资聚类分组来分步解决混装配载问题的思想,分析了装备物资混装配载中物资分类的办法,讨论了使用聚类分析法研究分类问题的特点,给出了一种基于系统聚类法的物资效益化特征分组方法。     

自蔓延高温合成技术的研究动态

对自蔓延高温合成技术(SHS)的最新研究动态进行了介绍,指出SHS技术作为一种制备和合成材料的新技术,以其高效、节能、经济、材料性能优良等优点,现已成为制备新材料的崭新途径,并提出自蔓延高温合成技术今后的研究方向。     

高硬热喷涂层的缓进给切削试验

采用高硬材料切削过程中常用的2种刀具材料CBN和YG610,应用缓进给的模式对高硬喷涂层进行切削试验。试验结果表明：采用小进给切削模式YG610刀具切削高硬热喷涂层可以获得较理想的刀具耐用度,并且加工表面质量可以达到Ra1以下,具备了以车代磨的基本条件。高硬材料切削常用的刀具CBN在切削过程中出现了较严重的非正常破损现象。通过对试验现象的分析,可以认为冲击性和高硬度的同时存在是喷涂层切削的最重要特性。因此,喷涂层切削刀具需要同时具备较高的韧性和硬度。     

“E体化”军事物流的建设与发展

根据未来高技术战争和信息技术的发展趋势,提出了建设"E体化"军事物流的宏观战略构想,论述了"E体化"军事物流的理论内涵和现实意义,明确提出了"E体化"军事物流的战略目标以及目标实现的关键基础体系.     

EDITOR'S NOTE

The Nonproliferation Review (NPR) recently interviewed Ambassador Sergio de Queiroz Duarte of Brazil, who presided over the 2005 Seventh Review Conference of the Treaty on the Non-Proliferation of Nuclear Weapons (NPT). Ambassador Duarte discussed his views on the outcome of the conference and the future of the treaty. He provided NPR with valuable insights into the outcome of the conference and also shared his thoughts on some of the most pressing issues confronting the NPT today, including the Middle East, nuclear terrorism, elimination of the threat of highly enriched uranium in the civilian nuclear sector, proposals to limit access to the nuclear fuel cycle, nuclear disarmament, and negative security assurances. Blaming the failed conference on a general lack of political commitment among states parties and their unwillingness to negotiate common solutions, Ambassador Duarte stressed that “the conference should face squarely its own failure without my attempting to disguise or sugarcoat the deep differences of view, which must be resolved with courage and determination by the states parties if they want the treaty to remain effective.”?He emphasized that if states fail to act on their overriding interest in upholding the NPT, especially if states parties continue to ignore or disregard their nonproliferation and nuclear disarmament obligations, some states might come to believe that their security interests are no longer served by the treaty. The future prospects of the NPT would then “look dire indeed.”     

膨润土-砂混合型缓冲／回填材料液塑限试验

为研究掺砂率对高庙子膨润土一砂混合型缓冲／回填材料液塑限的影响,利用液塑限联合测定仪进行了试验研究,并运用最小二乘法对混合物液塑限试验数据进行了分析。试验结果表明膨润土一砂混合物的可塑性、液塑限值和塑性指数均随掺砂率的增大而降低。对试验结果进行分析,得到了考虑掺砂率影响的混合物液塑限经验公式。混合物的液塑限并不是随掺砂率增大成比例降低,而是液限的实测值小于理论值,塑限的实测值大于理论值。得到的不同掺砂率的膨润土一砂混合型缓冲／回填材料液塑限试验数据可为高放废物深地质处置库建设提供科学依据。     

聚合物材料热危险性分析

聚合物材料具有的易燃性或可燃性使其在实际应用中具有潜在的火灾危险性,正确分析评价聚合物材料的火灾危险性,对材料的安全使用和火灾预防与控制具有重要的作用。在综述文献的基础上,根据火灾危害的特征,对聚合物材料的引燃、热释放和火焰传播等热危险性进行了分析和总结,并提出了相应的预防对策。