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Introduction The use of metal powder (usually, aluminum) as a fuel in high energy materials for propulsion is the most energy efficient method that allows increasing the combustion temperature and burning rate of the composite solid propellants [1] in the combustion chamber and specific impulse [2].
Acknowledgement The research was carried out under financial support of grant from the Russian Science Foundation No. 17-79-20011.
Journal of Engineering Physics and Thermophysics. 89 (3) (2016) 579-586

Optimization of construction method for Shijiazhuang Xinbai Subway Station Chunyan Gao1, ,2,a, Jianguang Niu2,b and Dongyang Geng2,c 1School of Mechanics & Civil Engineering,China University of Mining & Technology(Beijing),China 2School of management science and Engineering,Shijiazhuang University of Economics,China agaochunyan2010@163.com, bniujianguang10@163.com, c15200012621@139.com Keywords: subway, scheme, model.
Table2 Value of partial costs (unit: ten thousand yuan) Partial costs PBA construction method Twin-side heading method Center drift excavation method NTR Cost of labor 2058.27 1743.63 1848.51 2932.71 Cost of materials 11052.8 9363.2 9926.4 15748.48 Cost of construction machinery 1441.26 1220.94 1294.38 2053.57 Disposal costs 785 665 705 1118.5 Management cost 362.67 307.23 325.71 516.75 Total 15700 13300 14100 22370 The time limit for the project will be 32 months for PBA construction method; 30 months for twin-side heading method; 30 months for center drift excavation method; 36 months for NTR construction method.
[3] Wanying HUANG,Jianxin LIU, in：Journal of Guangdong Communications Polytechnic,(2013).in Chinese.

Preface Shear wave velocity of near surface materials and its effects on seismic wave propagation are of fundamental interest in many engineering fields and research domains.
Acknowledgements This work was financially supported by the Science Foundation of IEM (2011D01) and the National Key Technology R & D Program (2009BAK55B01).
Journal of Environmental & Engineering Geophysics.

Research on CAE System Software of the High-pressure Reciprocating Pump Ning Li1, 2, a, Yourong Li2, b, Sizhu Zhou1, c and Qin Yang1, d 1 The Key Laboratory of Metallurgical Equipment and Control of Education Ministry, Wuhan University of science and Technology, Wuhan 430081 China 2College of Mechanical Engineering, Yangtze University, Jinzhou 434023, China a20008161@qq.com, bliyourong@wust.edu.cn, czhsz@yangtzeu.com.cn, d yqsophie1215@163.com Keywords: Reciprocating pump; CAE; APDL; Fatigue Life Abstract.
Complex data (such as size, materials, loads, constraints, and grid) is allowed to input [3].According to the guidance of structure schemes, relevant parameters could be input and changed.
Ding: Journal of Drainage and Irrigation Machinery Engineering, Vol.28 (2010) No.6, pp506-509 (In Chinese).

Saxena, IOSR Journal of Electronics and Communication Engineering, Special Issue AETM’16, (2016) pp. 119-124 [3] J.
Tung, Materials Science and Engineering: R, 35 (1-3) (2001) pp. 1-138

Laser sensor is widely used to on-line detect local coordinates of the welding seam because of its long distance measuring, high-speed and high precision, non-contact measurement, less measurement points, and not limited by the material properties.
Study of laser vision welded seam tracking system[J].Ordnance Material Science and Engineering, 2004,27(04):55-58
[5] YANG Li-jian,LI Chun-guang,GAO Song-wei.Data storage system in pipeline on-line inspection device[J].Journal of Shenyang University of Technology,2009,31(04):422-427.

Microbial Diversity Analysis of Reservoirs after Polymer Flooding in Daqing Oil Field at the Earlier Stage of Microbial Profile Modification Yonghong Huang1,a , Guoling Ren1, Hongmei Yuan1 , Li Wei2 , Xiaolin Wu 3, Kaoping Song4 1 College of Life Sciences, Daqing Normal University, Daqing 163712, China 2 College of Environmental Engineering, Harbin Institute of Technology, Harbin 150001, China 3 Exploration and Development Research Institute, Daqing Oil Field Co.
Materials and Methods Study Sites and Sample Collection A great number of production fluids were sampled from reservoirs after polymer flooding at the earlier stage of microbial profile modification, which include the micro-pilot test's center well North-2-4-P47 and vicinity wells 2-J6-P45, North 2-5-55, North 2-5-51, North 2-4-P49, North 2-J4-P45, North 2-J5-P39, North 2-J5-P37.
Song: Journal of Daqing Petroleum Institute.

and that from criterion caculation formula and the static loading test results are listed in Table 6.[3] Table 5 layer parameters layer code lithology average thickness[m] side resistance of the pile [kPa] 1 miscellaneous fill 1.4 0 2 powder quality of clay 1.2 26 3 sludge 2.0 13 4 clay 1.3 18 5 mud clay 9.6 16 6 mud powder quality of clay 2.1 18 7 powder quality of clay 2.0 22 8 clay 2.3 21 9 powder quality of clay 10.7 54 10 powder quality of clay 2.3 36 11 powder quality of clay 4.8 40 12 clay 3.9 45 13 powder quality of clay 4.0 68 14 aleurite with clay 4.2 75 15 aleurite 4.7 80 16 aleurite sand gravel 5.1 85 Table 6 contrast of the ultimate bearing capacity for single pile ultimate bearing capacity for single pile[kN] error to the static loading test value[%] static loading test value Eq.1 Eq.4 Eq.1 Eq.4 9900 10446 9932 5.52 0.32 Conclusions (1)This article assumes a “circular truncated cone” to the duration end of post-grouted piles at the end according to existing materials.And
Kong:Building Science,( 2006 ).
Predicting end bearing capacity of post-grouted drilled shaft in cohesionless soils:Journal of Geotechnical and Geoenvironmental Engineering ,( 2006 ).

The 8 phalanxes and the palm have been fabricated using Rapid Prototyping Method from special materials with the aid of a 3D Zcorp printer.
Gini: Robotic Hands: Design Review and Proposal of New Design Process, World Academy of Science, Engineering and Technology 26 (2007); [5] J.
Ceccarelli: A Methodology for the Design of Robotic Hands with Multiple Fingers, International Journal of Advanced Robotic Systems, Vol. 5, No. 2 (2008); [8] R.D.

Journal of China Institute of Water, 1,17-22
Hong Kong: The Hong Kong University of Science and Technology
Smart Materials and Structures 5,565-575 [7] Spencer Jr, B.F, Dyke, S.J, Sain, M.K. (1996) and Carlson, J.D., Phenomenological Model of a Magnetorheological Damper.