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Sedimentary microfacies study of Putaohua oil layer in the east of Pubei Oilfield Zehan Hao1,a, Yunfeng Zhang1,b 1 Earth Sciences Institute,Northeast Petroleum University,Daqing,Heilongjiang,China,163318 a bagaaxingxing@163.com, b yunfeng4510@163.com Keywords: Pubei Oilfield, Sedimentary microfacies, Isochronous stratigraphic framework Abstract.
Fig.1 Isochronous stratigraphic framework of the east of Pubei Oilfield Putaohua oil layer Well logging facies model Electrofacies analysis is based on well logging information reflecting by sedimentary characteristics, The important basis of logging facies study is to extract the sedimentary characteristic information from the logging curve as much as possible[8].According to sedimentary materials and core observation, microfacies types developed in the Putaohua Oil layer are main underwater distributary channel,underwater distributary channel,main sand sheet,sand sheet and bay mud between distributary channels.
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Tapping potential method and characteristics of remaining oil distribution of lithologic reservoir in block area ——as Putaohua reservoir of Pubei Oilfield in Songliao basin.Journal of Northeast Petroleum University.Vol.37(2013),p.32-38.

It can be concluded from (2) that as magnetoelastic material, λS and μ should be large while BS is low.
Amorphous alloys are new patterns of soft magnetic material widely used for its outstanding soft-magnetic.
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Materials and Experiments It is important to have information on which electrode grades are most suitable for practical use at a specific production.
The analyzed welding materials have a number of dif-ferent features, which makes it possible to choose the material depending on the tasks and resources available.
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Dynamic and Control Strategy of Payload Motion for Deployment System FANG Zi-fana, XIANG Bing-fei b, HE Qing-song c,WU De-xin, XIAO Hua-pan College of Mechanical &Material Engineering, China Three Gorges University, Yichang, Hubei Province, China afzf@ctgu.edu.cn, bx8375987@126.com, cheqingsong@sina.cn Keywords: dynamic model; control strategy; payload motion; collaborative simulation Abstract.
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The results provide with fruitful material and conduct the subsequent research[1~4].
Acknowledgements This article was supported by the National Natural Science Foundation of China (Grant No. 40772183, 50908018 and 41072223), supported by MIDAS/GTS.
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Introduction With the development of the computer science, the 3D CAD technique provides us a new method for highly efficient and intelligent design.
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IDA is carried out to investigate the nonlinear dynamic stability capacity, in which the material nonlinearity and geometric nonlinearity are considered simultaneously.
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