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Stashevskaya1,d 1Department of Architecture & Civil Engineering, RUDN University, Moscow, Russia ad241184@gmail.com, bmiharun@yandex.ru, cgalishnikova_vv@pfur.ru, dnastashevskaya1@yandex.ru Keywords: Modified concrete, Dry and hot climate conditions, Concrete strength.

Selective related work This research aims at establishing a link between the engineering experience of resource management for a NUMS complex system and the political and economic management of a state running a NUMS military system.
These works started a revolution in the military field [7], but they have also entered the field of civil resource management, in agriculture [10, 11, 12], forest exploitation security [13, 14, 15], navy facilities or border security.

Features of Structural-Phase Transformations During Oxidation of Metals with Bulk Submicrocrystalline Structure and Fine Metal Powders Korshunov A.V.1,a 1Moscow State University of Civil Engineering, 26 Yaroslavskoye Highway, Moscow, 129337 Russia aandrokor@mail.ru Keywords: Metals, submicrocrystalline structure, micron-sized and submicron powders, thermal stability, phase transformations, oxidation.

Introduction The lithium secondary batteries as one of most advanced batteries technology, have been widely used in various types of electronic equipment, electric vehicles, weapons and other civil and military fields.
Among them, interface engineering has always been the focus of Li metal electrodes protection [8, 9].The fabrication of more stable interface protection layer which is not easy to crack and collapse with the change of the electrode volume, could (1) improve the ion conductivity and the charge transfer rate of the electrode surface, (2) reduce the surface electricity of the electrode, (3) guide the uniform deposition of lithium ions and (4) inhibit dendrites shaped crystals forming [10, 11].

Yao: Journal of civil, architectural and environmental engineering 33 (2011), p108-103

They have been used in fundamental research for a long time, and results of these studies have been successfully implemented for engineering applications.
These research method and devise offer great opportunities for solution of the following important tasks in civil and military industrial sectors: production of fully melted refractory substances (e.g. large-grain TiC used as a highly efficient abrasive), SHS in systems in which ordinary SHS can hardly be accomplished due to their low heat release (Si + C à SiC, etc), SHS-welding of dissimilar, refractory and ceramic materials and SHS of FGMs [2].

Around in downtown Chongqing, Hubei's Yichang early building more focused on the embodiment of the medium and small civil architecture, functional innovation of public facilities; Public buildings in environmental protection material and characteristics of technology, the modeling of historic and cultural blocks highlight the characteristics of local characteristics.
In order to adapt to the objective law of the three gorges reservoir area sustainable development, and strive to achieve the conception innovation and engineering technology and aesthetic knowledge, clever fusion together to explore the application feature of contemporary architecture.

Experimental Research of Self-igniting Coal Gangue Bonding Material by Orthogonal Design Xiaofan Zhang1a , Mei Zhou2b , Bin Zhang3c Institute of Civil and Architectural Engineering,Liaoning Technical University, Fuxin China azhangxiaofan04-2@163.com , bzhoumei1108@126.com, czhangbin3351888@163.com Keywords: self-igniting coal gangue; rthogonal design; ariance analysis; oal gangue cement Activate: the self-igniting coal gangue in Gaode Mine, Fuxin city of Liaoning Province by physical and chemical method.first,orthogonal test was applied to study the influence of the fineness of coal gangue on strength of the bonding material;then on the basic of it,use this method again to clarify the effects of self-igniting coal gangue's addition on th strength of bonding material.The results of this experiment showed that self-igniting coal gangue can be used as cement’s active admixture .range analysis and variance analysis indicated that the amount of coal gangue had significant influence on

Experimental Study of Section Enlargement with Reinforced Concrete to Increase Shear Capacity for Damaged Reinforced Concrete Beams Yuandong Wang1,a, Shen Yang2,b, Miao Han3,c and Xun Yang4,d 1,3,41# ZhanLanguan Road, Western District, Beijing University Of Civil Engineering and Architecture ,Beijing, China 230# North Third Ring Road, Chao Yang District, China Academy of Building Research, Beijing, China amattwang85@hotmail.com, bysthomas@sohu.com, chanmiao@bucea.edu.cn, dyangxun521@126.com Keywords: Experiment ; Beams ; Shear strength ; Reinforeced concrete ; Section enlargement Abstract: This paper presents the results of reinforced concrete (RC) beams strengthened in shear by external reinforcement with RC or epoxy resin mortar.

Research on Middle and Small Manufacture Enterprise E-commerce Application Systems Mingqiang Zhu a, Zuxu Zou b School of Civil Engineering and Architecture, Wuhan Polytechnic University, China a Xfzmq7912@163.com, b 550807598@qq.com Keywords: Manufacture enterprise; E-commerce; Application systems Abstract.