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These teachers were familiar with teaching materials used by Nantong Textile School which were referred to that of Textile Special School in Philadelphia in the U.S.A. [11].
Dyeing engineering department of this school was set up in 1932.
It was resumed publication in 1946 by China Dyeing Engineering Institute.
Later there were Textile Engineering and Textile Study published separately by textile engineering department and textile study organization of Nantong College.
Textile Industry was a key role for this promotion.

Introduction All engineering surfaces are rough; when two surfaces slide over each other, these rough surfaces will cause a rise in contact spot temperatures.
During the high speed transient process, the micro-temperature of peak contact spots has a different distribution, and affects the adhesion and tribology properties of materials under different operating parameters.
Furthermore, surface temperature is one of the causes of the surface failure of electrical, semiconductor, and mechanical systems, such as in railway engineering [4,5].
All topographies of engineering surfaces have multiple peaks; however, most contact temperature analyses focused on temperature distribution and asperity distortion of a single peak.
Because of the roughness geometry of engineering surface is so complexed, most of the past micro-contact models assume that the peaks are spherical, sinusoidal or elliptical.

Material properties and related parameters Isotropic and linear elastic material model is applied to simulate the compressed cushion.
[2] GeXueli,Zhu Lixin,WangYatong, Seismic disaster and seismic reduction measures of town and village architect[J].Engineering anti-seismic,2001,3(1):43-48
The experimental research on the condition of the monotonous horizontal capacity and the repeat horizontal capacity of tamper wall. world seismic engineering[J],2006,6:29-33
Nonlinear numerical analysis and research of resistance shear of composite wall nonlinear numerical analysis and research of resistance shear[J]. world Seismic Engineering.2006,22(2):124-130
Structural Engineering [J].2005,6:19-24

There is variation in the magnetic properties for different precursor temperatures indicating the effect of reaction history on the various parameters studied. 1) Introduction: In recent years, NiCuZn ferrite are one of the key materials for manufacturing multilayer chip inductors.
Oliveira, Synthesis of NiCuZn ferrite nanoparticles and microwave absorption characterization, Materials Science and Engineering: B, 151(2008) 238–242
Sci. and Engineering B 133(2006) 42-48
Cullity, Intoduction to Magnetic Materials, Addison-Wesley Publishing Co.
Anantharaman, Journal of Magnetism and Magnetic Materials, 302(2006) 190

(a), and the materials composed of the DMWJ are shown in Fig.1 (b).
Also, it can be found that the tensile properties of these materials are sensitive to the temperature more or less.
Moreover, it is found that the UE drastically changes in the interface zones between the materials.
Some simplified engineering integrity assessment methods and LBB analysis have been developed for treating the problem of weld joints, and the concept of equivalent material properties is utilized so that the integrity assessment method and LBB analysis for single material can be used for the joints [11, 4].
The engineering treatment model.

Filling-to-packing Switchover Mode Based on Cavity Pressure for Injection Molding Jian Wang School of Chemical Engineering and Environment, Beijing Institute of Technology, Beijing 100081, China wjj_0107@163.com Keywords: filling-to-packing; switchover mode; cavity pressure; injection molding.
Experiments Material and Apparatus.
A section of this work was also carried out and supported by the Haitian Cooperation and Hangzhou Keqiang Control System Engineering Inc.
Zhou, A concurrent-engineering approach toward the online adaptive control of injection molding process, CIRP Ann – Manuf.
Gao, Development of a transducer for in-line and through cycle monitoring of key process and quality variables in injection molding, Sensor.

Study on Miscibility of Gasoline in Glycerol Based Biofuel and the Prediction of it with QSPR Method Xun Li a, Yanping Yuanb, Da Huoc School of Chemical and Biological Engineering, Changsha University of Science and Technology, Changsha, Hunan 410114, China Hunan Provincial Key Laboratory of Materials Protection for Electric Power and Transportation, Changsha, Hunan 410114, China aemail: lixun126@126.com,bemail:yypdiy@126.com, cemail: hd736@hotmail.com Keywords: Glycerol based alcohols; gasoline; miscibility; QSPR Abstract.
[6] S.S.Yazdani, R.Gonzalez:Metabolic Engineering Vol.10 (2008), p. 340–351
[16] C.Y.Zhou,C.M.Nie, S.L, et al: Chemical Engineering(China) Vol. 34(2006),p.20-23.

The concept of eco-environmental warning Eco-environmental warning was to predict, analyze and evaluate the impact of engineering construction, resources development and territorial management so on human being activities having on eco-environment, to the time of reaching a threshold, the trend and the speed of the quality of the regional ecological environment and the status of ecological system under the influence of human activities and to put forward kinds of alert information and the corresponding counter-measures timely.
(2) The hierarchical principle Eco-environmental warning should be divided into large scale system, subsystem and warning factors, according to hierarchy which could help straighten out relations and make the key points stand out
The warning unit used The County Conditions of Guizhou published by China Statistics Press in 1992[16] as the main data assisted by other materials [17, 18].
Expenditure on science and education per capita (D18) Professional and technical personal per ten thousand (D19) Infrastructure (C7) The density of the highway traffic mileage (D20) With or without transit railway(D21) Post and telecommunications service density (D22) Installed capacity per capita (D23) Economic Environment （B3） Industrial structure (C8) The proportion of tertiary industry in GDP(D24) The proportion of agriculture in GDP(D25) Commerce and industry (C9) Industrial output per capita (D26) The ratio of employees of tertiary industry in the working people(D27) Agriculture (C10) The net income per peasant (D28) Grain output per unit area(D29) The ratio of planting industry in the Gross Agricultural Output Value(D30) Township enterprises (C11) Township enterprise income per capita (D31) The ratio of the production value of rural enterprises in the total rural social production value(D32) The ration of employees of rural enterprise in the total rural labor (D33) engineering
Journal of Changsha University of Electric Power (Natural Science), 2002,17(3):87-90 , In Chinese [7] Juliang Jin,Yiming Wei, Jing Ding et al.System Engineering-theory&Practice, 2004(2):130-137, In Chinese [8] Rongbao Zheng,Yihua Liu and Yuxiang Dong.Scientia Geographica Sinica, 2007,27(6):774-778, In Chinese [9] Wanlian Liu.

Dependence of the coating carbon layer configuration of cordierite monolith on coating reaction conditions in methane decomposition Shaowen Liu1, 2, a, Zhuolong Guan1, b, Wenyan Tu1, c, Jiuling Chen3, d, Zhihua Xu2, e 1 Key Laboratory for Green Chemical Process of Ministry of Education, School of Chemical Engineering & Pharmacy, Wuhan Institute of Technology, Wuhan 430073, Hubei, China 2College of Chemical Engineering, Huanggang Normal University, Huanggang 438000, Hubei, China 3School of Chemical Engineering, University of Queensland, St Lucia, QLD 4072, Australia ashaowenl@163.com, bguanzhuolong@yahoo.com.cn, cweny_t@163.com, djlchen@tju.edu.cn, exuzhihua78@sina.com Keywords: ceramics; vapor deposition; electron microscopy; catalytic properties; microstructure Abstract Dependence of the coating carbon layer configuration of cordierite monolith on reaction conditions in methane decomposition was investigated using N2 physisorption, SEM and TEM.
Therefore, the techniques were developed for coating a porous materials layer possessing high specific surface areas on monolith, e.g., g-Al2O3 [6, 7].

Direct decomposition of NO into N2 and O2 over Cu /ZSM-5 containing Ce and Zr as promoter Pengfei Yang 1, 2, a, Jicheng Zhou 2, b, Zhe Wang2, c 1 Key Laboratory of Green Catalysis and Chemical Reaction Engineering of Hunan Province, School of Chemical Engineering, Xiangtan University, Hunan 411105, PR China； 2 School of Chemical Engineering, University of South China, Hunan 421001, PR China a ypengfei2008@126.com, bzhoujicheng@sohu.com, cwangzhe051@yahoo.com.cn Keywords: NO decomposition; Cu/ZSM-5 containing Ce and Zr; Active site; Oxygen forbearance.
While the Zr 4+doped Ce-Zr composite oxides as catalytic materials display high oxygen storage/release capacity and high thermal stability.