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The detailed study for barrier and interlayer of low permeability reservoirs in Sha-4 Formation of W81 Block, Dongpu Sag Shuo Xu1,a, Fangzhou An1,b *, Penghui Zhang2,3,c 1 College of Resource and Environment Sciences, Xinjiang University, Urumqi 2 College of Resources Science & Technology, Beijing Normal University, Beijing 3 School of Earth and Environment Sciences, Seoul National University, Seoul axus619@126.com, bandi24@sina.com, czph010@163.com * Corresponding author Key words: Barrier and interlayer; Distribution; Modeling.
Wang, Characteristics and distribution of insulating layer and interlayer in Funing Formation of Gaoji Oilfield, Advanced Materials Research. 361-363 (2012) 47-50 [7] G.Y.
Wu, Modeling of Inner interlayer prediction in thick oil layer-with Velasquez Oilfield as an example, Review Science & Technology. 28 (2010) 56-59 [8] P.H.
Ren, et al, Identification of waterflooded zones and the impact of waterflooding on reservoir properties of the Funing Formation in the Subei Basin, China Journal of Zhejiang University-SCIENCE A. 14 (2013) 147-154

For the PVA is one of the hydrophilic materials, when the samples are prepared, there are a little of water combines with the PVA molecules and these water will lost gradually during the process of sunlight treatment.
Song: Natural Sciences Journal of Harbin Normal University (In Chinese), Vol.11 (1995), p.75
Ames: Proceedings of the National Academy of Sciences, Vol.91 (1994), p.10771
Barry: Plant Science, Vol.176 (2009), p.325
Liu: Food Science (In Chinese), Vol.27 (2006), p.579

The Applicable Development of Steel-construction Process Dynamic Visual Simulation Software Hua Jiang1,a, Liang Tong2,b, Yangqiuye Gao3,c 1University of Chinese Academy of Sciences, Beijing, 100049 2The Yellow River Surveying and Planning Design Co.
The material properties of concrete steel installation and welding construction program lead in a preview of theoretical knowledge of management.
Acknowledgements Project supported by Major national science and technology projects (Grant NO. 2011ZX05056), Henan Province science and technology project (NO. 112106000035), Zhengzhou Steel Structure and Engineering Research Center (Grant NO. 20090408), Zhengzhou city science and technology innovation team (Grant NO. 096SYJH21081), Zhengzhou City academician funds (Grant NO. 112PYSGZ825).
University of Electronic Science and technology of 2006 master's thesis
Journal of Henan Polytechnic University, 2008, Vo1. 27: 333-338.

Interdisciplinary Conceptual Cluster in Mathematics and Physics on the Basis of a Graph Model of Interdisciplinary Links Gnitetskaya Tatyana N1, a, Ivanova Elena B.2,b 1The School of Natural Sciences, Far Eastern Federal University, 8 Sukhanova St., Vladivostok, 690950, Russia 2The School of Natural Sciences, Far Eastern Federal University, 8 Sukhanova St., Vladivostok, 690950, Russia ae-mail: gnitetskaya.tn@dvfu.ru , be-mail: lena---iv@mail.ru Keywords: interdisciplinary links, graph model, interdisciplinary conceptual cluster, capacity of cluster, physics and mathematics interdisciplinary links.
The authors made a classification and systematization of over thirty definitions of interdisciplinary links and formed a cluster of interdisciplinary links (see [3] and the article «Clusterization of Interdisciplinary Links (Physics and Chemistry)», which will be published in the next issue of the journal Advanced Materials and Researches).
Today’s science has been enriched by new theories – graphs, information, cluster analysis, against which the old problem of interdisciplinary links regenerates and gets the possibility of having a quantitative description and solutions.
Article [3] shows the picture of clusters of interdisciplinary links, this paper will only take a look at a conceptual cluster, which includes interdisciplinary links according to the belonging of structure object of links to groups of concepts, laws, theories, models, principles, methods sciences, facts.
Cluster approach in teaching physics // The world of science, culture and education. № 1 (32) 2012, p.70-73

The LCI step is to construct a data set consisting of the energy and raw materials used and the emissions to the environment.
Table 1 shows briefly the input and output materials for the production of 1GWh of electricity in Korea.
Center of Environmental Science.
Center of Environmental Science.
International Journal of Life Cycle Assessment 4(3), 161-165

Material of piston tube component made of aluminum and rubber, buoys made of plastic and generator such as of metal and copper coils.
In this paper is focused on the manufacture of pneumatic systems and processes to obtained the rotation and voltage with aluminum for piston tube material, buoys made of plastic and magnet rotor and copper coils of stator include on the generator and get the results of ocean wave power plant using piston mechanism is 1400 rpm with a voltage of 36 volt.
Piston shaft is made from steel mounted in the piston tube and having thin rubber or acrylic material as cylinder plate for push of air in the piston tube to outside the piston tube.
[5] Goncalves F.V., Ramos H.M., Reis L.F.R, Hybrid energy system evaluation in water supply system production: neural network approach, International Journal of Energy and Environment, 2010, 1(1), pp. 21-30
[6] Rodrigues, L., Wave Power Conversion Systems for Electrical Energy Production, Dept of Electrical Engineering, Faculty of Sciences and Technology, Nova University Lisbon, Portugal

Therefore, materials that can modify and improve the bulk properties of concrete materials at micro and nano scale are becoming increasingly important.
Materials and Method Materials.
Elsen, Supplementary cementitious materials, Rev Mineral geochemistry. 74 (1) 211–78
Jóźwiak-Niedźwiedzka, Supplementary cementitious materials in concrete, part I,Vol. 14, Materials.
Golewski, Effect of nano admixture of CSH on selected strength parameters of concrete including fly ash,In: IOP Conference Series: Materials Science and Engineering.

Influence of Thermal wires position on Fluidic gyroscope with different cavities Baoli Zhang1, a, Linhua Piao1, b, Jin Tang2 and Chuanzhi Mei1 1Beijing Key Laboratory for sensor, Beijing Information Science & Technology University, Beijing 100101, China 2Faculty of science, Beijing Information Science & Technology University, Beijing 100101, China ablzhang88@gmail.com, bbjplh@bistu.edu.cn Keywords: Streamlined cavity, Flow distribution, Thermal wires position Abstract.
Acknowledgements Project Fund: National Natural Science Foundation of China (60772012); Projects Funded By New Century Excellent Talents (NCET); Open Project funded by Beijing Key Laboratory; Talents Training Project funded by Beijing New Century; Modern Control Technology funded by Ministry of Education Key Laboratory; Science and Technology Common Project of Beijing Municipal Commission of Education (KM201110772020); The Importation and Development of High-Caliber Talents Project of Beijing Municipal Institutions.
Zhang: Modern Piezo-electricity (Science Press, Beijing 2002).
Zhang: Journal of Beijing Information Science & Technology University Vol. 2 (2009), p. 1.
Zhang: Electronic Components & Materials Vol. 1 (2004), p. 22.

So science and technology progress can be as a important factor to evaluate the results of CI’s transformation of economic growth pattern and of CI’s exploring way of sustainable development.
WU Wei-wei, LI Qi-ming’s paper, the measure of science and technological progress contribution of Jiangsu’s CI compared with Shanghai and Zhejiang, found that CI’s TFP in the eastern region was also low[3].
It includes: (1) architectural engineering economic output which refers to all kinds of architectural engineering output value listed in the budget projects. (2) equipment installation project value which refers to the value created in the process of equipment installation, not including installed equipment’s value. (3) repair output value of buildings and structures which refers to the value created through the repairs, but does not include the repaired buildings’ or structures’ value and not include the value of the repaired equipment. (4) non-standard equipment manufacturing output value which refers to the raw materials’ value and manufacturing cost value in the process of manufacture that were not stereotypes, non-standard production equipment and the value created by accessory factory constructing non-standard equipment project for its mother-enterprise.
rate of science and technology and its contribution rate Of K, contribution rate of L and contribution rate of M are 48.65%, 40.62% and 10.77% in sum average respectively in the period of “10th ,11th five-year plan”.
References [1] Li ping: Journal of Southwest University(Natural Science Edition), Vol.1 (2010), p.155 [2] LI Xianguang, LI Qiming, DENG Xiaopeng, GUO Huifeng: Construction Economy, Vol. 5(2007), p.1 [3] WU Wei-wei, LI Qi-ming: Journal of Chongqing Jianzhu University, Vol. 5(2007), p. 154 [4] Anhui province statistics bureau: Anhui Statistical Yearbook (2000-2010) (Statistical Press Publications, Beijing, China) [5] ZHU Xisheng, REN Hong, GUO Jing: Construction Economy, Vol.12(2007), p.15

Nonlinear analysis of transmission tower structure by three FEM models Wei Yi1,a, Xiaohu Liu1,b 1Department of Mechanics, Huazhong University of Science and Technology, Wuhan 430074 aYiwei_hust@qq.com, bxhliu@mail.hust.edu.cn Keywords: transmission tower structure; full-scale test; Non-linear finite element analysis Abstract: In this paper, three kinds of FEM models, i.e., the truss element model, the beam element model and the mixed beam-solid element model are utilized to simulate the full-scale field test of transmission tower.
Based on Abaqus software, the geometric and material nonlinearity of the structure is considered.
Transmission tower is usually assumed as a space truss structure, all the connections are hinged, the deformation is small, and material is linear elastic.
Back in the 1970s, geometric and material nonlinearity FEM was proposed to solve the response of steel structures [1], and lots of research work have been done on this issue since then [2-5].
Journal of Constructional Steel Research [J].