Search results

Comparative Study on Metallization and Passivation Materials for High Temperature Sensor Applications W.
Summary In this work we investigated metallization and passivation materials for high temperature sensor applications.
Kohn, Harsh environment materials, in: Comprehensive Microsystems, Elsevier Science, Oxford (2008), Vol. 1, p. 131-173
Firebaugh et al., Journal of Microelectromechanical Systems, Vol. 7 (1998), p. 128-135
Ringler et al., Applied Surface Science, Vol. 162–163 (2000), p. 190-197

We should accelerate the development pillar industries of the reservoir area, give priority to the development of the motorcycles, automobiles, chemical engineering, food, medicine, textile and building materials industries, restrict the development of higher material, higher energy and high water consumption industries, promote the optimization of industrial structure and sustainable development in TGRR
Journal of Chongqing normal university, 2008, 25(3): 13-16.
Journal of Environmental Sciences, 2009, 29(2): 285-290.
JOURNAL OF CHONGQING THREE GORGES UNIVERSITY, 2010, 16(3): 1-4.
Journal of Anhui Agri.

The material GH536 fatigue data is shown in Table 1.Using Basquin fatigue life model , the fatigue data are fitted to obtain the expression . material parameters , .
Acknowledgements This work was financially supported by the National Aviation Fundamental Science Foundation of China ( Nos. 02C54007 ) .
International Journal of Fatigue, 2000, V22: 541-550 [2] Ander Preumont and Vincent Piefort.
The Fifth International Conference on VIBRATION ENGINEERING AND TECHNOLOGY OF MACHINERY Huazhong University of Science and Technology [C].
European Journal of Scientific Research, Vol. 26 No. 1 (2009), pp.6-12 [11] P.

Experimental Materials Fresh natural latex was produced by Mengpeng State Farm in Yunnan Province P.
Viscosity stabilizers were of chemical grade, other materials were of industrial grade.
At ambient temperature τ1 and τ2, equation (1) can be written as follow (2) According to equation (2) the aging life τ2 of polymer materials at temperature τ2 can be calculated out if the aging life τ1 of polymer materials at temperature τ1 and activation energy of oxidation E are obtained.
Acknowledgements This work was supported by National Natural Science Foundation of China (No.50963006), National Science Foundation of Hainan Province(No.808199), is gratefully acknowledged.
References [1] B.C.Sekhar: Journal of polymer science, 1960, 48(150): 133-137

This study has great implications for soil protection, rational use of land resources, and soil pollution prevention and control. 1 Materials and methods 1.1 Sampling and Analysis Applied five points, the study collected 207 agricultural surface soil samples (0-20cm) which mixed in Chaoyang County, Jianping County, Kazuo County, Beipiao City and Lingyuan City, Chaoyang City, Liaoning Province, China in Sep-Oct 2010 by GPS.
Journal of Yunnan Agricultural University (2005),20(3):360-365, In Chinese
T Journal of Jilin University(Earth Science Edition)(2007),37(3):592-596, In Chinese
International Journal of Sediment Research(2011),26:152-162
Water Science and Technology(1993),28(8):307-314

Furthermore, this hydrolyzed AN-graft-SA showed a good biodegradability in enzymatic hydrolysis tests when compared with commercial superabsorbent materials.
They are widely used in sanitary materials, agriculture and horticulture, medicine and pharmacy, food, civil engineering, and construction industries.
Therefore, the development of a high performance biodegradable superabsorbent based on natural materials such as starch and cellulose is necessary.
Experimental Materials.
Hydrolyzed AN-graft-SA showed good biodegradability in enzymatic hydrolysis tests when compared with other superabsorbent materials.

Material and methods Ore sample preparation A lead sulphide ore from Sichuan was used in the tests.
:submitted to Journal of Reagents 04 (2004) [2] Fu Dan, Guo Yu, et al.: submitted to Journal of Non-ferrous Metals (2008) (In Chinese) [3] G.O¨nal, G.
Gu¨l, et al : submitted to Journal of Minerals Engineering (2005) [4] S.Gredelj, M.Zanin, S.R.Grano: submitted to Journal of Minerals Engineering (2009) [5] N.
Fidan: submitted to Journal of Separation and Purification Technology (2008) [6] M.O.Silvestre, C.A.Pereira, et al: submitted to Journal of Minerals Engineering (2009) [7] Chen Jinghua, Zhao Xuezhong: submitted to Journal of Non-ferrous Metals (2010) (In Chinese) [8] Y.
Sandenbergh: submitted to Journal of Minerals Engineering (2007)

These variations may result from various causes such as manufacturing process, material in homogeneity or eventually wear and are then inevitable [2].
Acknowledgements This research is supported by the National Natural Science Foundation of China (51175517).
Srinivasan: submitted to Journal of Engineering for Gas Turbines and Power (1997) [3] S.
Pierre: submitted to Journal of Vibration, Acoustics, Stress, and Reliability in Design (1988) [4] Xie W C, Ariaranam S T: submitted to Journal of Sound and Vibration (1996) [5] Huang B W, Kuang J H: submitted to International Journal of Mechanical Sciences (2001) [6] Krzyzynski T, Popp K, Sextro W: submitted to Chaos, Solitons and Fractals (2000) [7] Guo X H, Wei W M: submitted to Journal of Northeastern University (2006) [8] Xu F, Cheng K, Peng Z Y: submitted to Journal of Chinese Society of Power Engineering (2010) [9] Nan G F, Ren X M, He S W: submitted to Journal of Vibration and Shock (2009) [10] Chai S, Yu E S, Sun Y G, Yao F S: submitted to Chinese Journal of Mechanical Engineering (2004) [11] Wang H J, He E M, Zhao Z B: submitted to China Mechanical Engineering (2009)

Acknowledgements This material is based upon work supported by Sichuan Department of Science and Technology under grant 2013GZ0055.
Finite element analysis of vibration characteristics for a gear-shaft system, Journal of Liaoning University of Petroleum & Chemical Technology, Vol30 No.2(2010) 15-18
AIAA Journal, Vol.3(1965) 678-685 [8] Kubomura.
Journal of Applied Mechanics, Vol49(1982) 903-909 [9] Xiang Shuhong, Qiu Jibao, Wang Dajun.
Journal of Vibration and Shock Vol.26 No.10(2007)148-151 [13] Li Runfang, Wang Jianjun.

Materials And Methods Biochar was made from rice husks.
Acknowledgements This investigation was supported by The National Natural Science Foundation (41201317); National Key Technology R&D Program of the Ministry of Science and Technology (2012BAD14B01); Liaoning Science & Technology Project and Key Platform Construction Plan for Science & Technology in Universities of Liaoning Province.
References [1] X.M .Zhang, Q.W.Yang and Y.LI: Journal of Hebei Agricultural Sciences Vol. 14(2010), p. 79-81 [2] X.R.Han, Yi.Wang and J.F.Yang: Journal of soil and Water Conservation Vol. 23(2009). p. 107-110 [3] W.F.Chen, W.M.Zhang and J.Meng: Engineering Sciences Vol. 13 (2011), p. 83-87 [4] J.M.Pena, N.S.Allen and M.Edge: Polymer Degradation and Stability Vol. 71(2000), p. 153-170 [5] A.F.Zhang, G.X.PAN and L.Q.LI: Journal of Agro-Environment Science Vol. 28 (2009), p. 2459-2453 [6] J.B.Washington, J.P.Joseph: Environ Sci Technol Vol. 37 (2003), p. 409-417 [7] R.W.Kramer, E.B.Kujawinski and P.G.Hatcher: Environ Sci Technol Vol. 38 (2004), p. 387-395 [8] J.Lehmann: The Ecological Society of America Vol. 5 (2007), p. 381-387 [9] R.Hao, S.L.Peng and Y.T.Song: Ecology and Environmental Sciences Vol. 25 (2010), P. 66-68 [10] C.Wu, X.L.Zhang and G.B.Li: China Environmental Science Vol. 27 (2007), p. 125-128 [11] G.X.Wang, Q.W.Zhang: Chemical and Biological Engineering Vol. 19
J Vol. 30 (1991), p. 1307-1311 [13] Y.X.Chen, H.L.Chen and Y.T.Xu: Environmental International Vol. 30(2004), p. 31-37 [14] W.T.Tsai, M.K.Lee and Y.M.Chang: Bioresearches Technology Vol. 9 (2007), p. 569-576 [15] D.A.Wardle, M.C.Nilsson and O.Zackrisson: Science Vol. 3. (2008), p. 629-634