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Online since: June 2004
Authors: Vytautas Grivickas, Enn Velmre, Andres Udal
Grivickas2
1
Department of Electronics, Tallinn Technical University, Ehitajate tee 5, 19086 Tallinn, Estonia,
2
Institute of Materials Science and Applied Research, Vilnius University, Sauletekio 10, LT-2054
Vilnius, Lithuania
Keywords: Silicon Carbide, Germanium, Silicon, Phonon Drag, Seebeck Coefficient,
Thermoelectric Figure-of-Merit
Abstract.
The µ meff -term explains also the close Sph values for p- and n-type materials (see Ge and Si data in Fig.1).
Promising examples of special effective materials [10,11] are compared with best-case estimations for p-6H-SiC at different free carrier concentrations.
The Estonian Science Foundation (grant 5180) and the Lithuanian Science and Studies Foundation are acknowledged for financial support.
Journal Vol. 27(3) (1964), p.43
The µ meff -term explains also the close Sph values for p- and n-type materials (see Ge and Si data in Fig.1).
Promising examples of special effective materials [10,11] are compared with best-case estimations for p-6H-SiC at different free carrier concentrations.
The Estonian Science Foundation (grant 5180) and the Lithuanian Science and Studies Foundation are acknowledged for financial support.
Journal Vol. 27(3) (1964), p.43
Online since: January 2013
Authors: Ai Jun Yan, Xiao Jian Hu, Hai Yan Ma, La Jun Feng, Zhou Ping Li, Si Wei Yan
Improper selection of the plate material.
The reference standard of applicable water quality for common condenser tube in appendix D in the standards of the power industry of PRC DL/T 712-2000 Guideline for The Selection of Condenser Tube Materials in Power Plant is shown in Table.3.
Chinese Journal ofChemical Engineering,16(2008)314~319
Science. 44(2002):13-24
[5] WANG Ying-li,WANG Jian-sheng Corrosion Analysis of Heat Exchanger in Electric Desalter of Delay Cooking Unit[J] Materials for Mechanical Engineering, 32(2008)81~83
The reference standard of applicable water quality for common condenser tube in appendix D in the standards of the power industry of PRC DL/T 712-2000 Guideline for The Selection of Condenser Tube Materials in Power Plant is shown in Table.3.
Chinese Journal ofChemical Engineering,16(2008)314~319
Science. 44(2002):13-24
[5] WANG Ying-li,WANG Jian-sheng Corrosion Analysis of Heat Exchanger in Electric Desalter of Delay Cooking Unit[J] Materials for Mechanical Engineering, 32(2008)81~83
Online since: October 2010
Authors: Regina Kalpokaite-Dickuviene, Kristina Brinkiene, Jurate Cesniene
Pundiene et al.: Material Science Vol. 15 (2009), p. 343
[2] F.
Ince: Composites Science and Technology Vol. 69 (2009), p. 1310 [3] A.M.
Chotard: Journal of European Ceramic Society Vol. 28 (2008), p. 183 [5] Y.
Brinkiene et al.: Material Science Vol. 15 (2009), p. 262 [10] R.
Cesniene: Materail Science Vol. 15 (2009), p. 329 [11] K.
Ince: Composites Science and Technology Vol. 69 (2009), p. 1310 [3] A.M.
Chotard: Journal of European Ceramic Society Vol. 28 (2008), p. 183 [5] Y.
Brinkiene et al.: Material Science Vol. 15 (2009), p. 262 [10] R.
Cesniene: Materail Science Vol. 15 (2009), p. 329 [11] K.
Online since: August 2015
Authors: Tomasz Wójcicki
The article presents a developed original model designed to increase the efficiency of the processes of the design of adaptive image analysis methods used for detection of surface defects in materials.
The methods presented in this paper make it possible to accelerate design process, including testing of algorithms developed for a wide range of surface defects, such as: cracks, discoloration, loss of materials, geometric distortion, or even the presence of defect agglomerations caused by corrosion, without the need for the acquisition of the physical image of the actual objects.
This is linked with the need to have extensive knowledge, covering topics from many areas, such as mechanics, automatics, electronics, computer science, optics, etc.
For analysis, two types of defects were selected: corrosion and material losses.
[10] Patrikar R., Modeling and simulation of surface roughness, Applied Surface Science 228.1 (2004), pp. 213-220
The methods presented in this paper make it possible to accelerate design process, including testing of algorithms developed for a wide range of surface defects, such as: cracks, discoloration, loss of materials, geometric distortion, or even the presence of defect agglomerations caused by corrosion, without the need for the acquisition of the physical image of the actual objects.
This is linked with the need to have extensive knowledge, covering topics from many areas, such as mechanics, automatics, electronics, computer science, optics, etc.
For analysis, two types of defects were selected: corrosion and material losses.
[10] Patrikar R., Modeling and simulation of surface roughness, Applied Surface Science 228.1 (2004), pp. 213-220
Online since: March 2015
Authors: Shi Qiang Lu, Xuan Xiao, Jing Yao
Introduction
Intermetallic compounds have some excellent performances and become the potential late-model high temperature structural materials.
Currently, the study of the subject is a very active field in material science [1].
Laves phase XCr2 chromium compound have become one of the structural materials used for aviation engine[2-7].
Huang: Material Review, No.3(1995), p. 16
Perepezko: Journal of Alloys and Compounds Vol. 224(1995), p.330
Currently, the study of the subject is a very active field in material science [1].
Laves phase XCr2 chromium compound have become one of the structural materials used for aviation engine[2-7].
Huang: Material Review, No.3(1995), p. 16
Perepezko: Journal of Alloys and Compounds Vol. 224(1995), p.330
Online since: October 2012
Authors: Li Qin Lou
Experimental
Experimental Materials Experimental instruments: Y802-type eight baskets constant temperature oven, electronic balance.
Research on Kapok/3D Crimp Hollow Polyester Composition Buoyancy Materials.
Journal of Xi An University of Engineering Science and Technology 2005;19(2):236-239
Textile Material Science.
Journal of Textile Research 2005;26(4):4-6
Research on Kapok/3D Crimp Hollow Polyester Composition Buoyancy Materials.
Journal of Xi An University of Engineering Science and Technology 2005;19(2):236-239
Textile Material Science.
Journal of Textile Research 2005;26(4):4-6
Online since: January 2014
Authors: Ai Wu Yu, Qiang Zheng, Cheng Gang Yang, Xiao Bin Yu, He Chen
Materials Science and Engineering: A, 282(2000), pp.177-182
Materials Science and Engineering: A, 483-484(2008), pp.105-108
Welding Journal, 59(1980), pp.67-75
International Journal of Hydrogen energy, 22(1997), pp.285-289
Materials Characterization, 47(2001), pp.67-73.
Materials Science and Engineering: A, 483-484(2008), pp.105-108
Welding Journal, 59(1980), pp.67-75
International Journal of Hydrogen energy, 22(1997), pp.285-289
Materials Characterization, 47(2001), pp.67-73.
Online since: May 2012
Authors: Guo Yan Ren, Jin Ying Guo, Hui Yun Zhang, Huai Bin Kang
Materials and methods
Materials.Swimming bladders of grass carp were obtained from supermarket (Shengdemei, henan luoyang).
In comparison with these reports, the yield of PSC was related to nature of raw material and extraction process.
Food Science.
Yang, et.al.: Journal of the Chinese Cereals and Oils Association Vol. 22(2007),p.43-46 [12]G.L.Lai,Y.Li,G.Y.Li.International Journal of Biological Macromolecules, Vol. 42(2008),P.285-291 [13] L.Wang, Y.F.
Polymer materials science & Engineering , Vol. 21(2005),p.224-227 [20] Z.K.Zhang, G.Y.Li , B.
In comparison with these reports, the yield of PSC was related to nature of raw material and extraction process.
Food Science.
Yang, et.al.: Journal of the Chinese Cereals and Oils Association Vol. 22(2007),p.43-46 [12]G.L.Lai,Y.Li,G.Y.Li.International Journal of Biological Macromolecules, Vol. 42(2008),P.285-291 [13] L.Wang, Y.F.
Polymer materials science & Engineering , Vol. 21(2005),p.224-227 [20] Z.K.Zhang, G.Y.Li , B.
Online since: December 2012
Authors: Cheng Yue Li, Er Qiang Wang, Jin Cheng Huang, Yu Jian He
Nitrobenzene is one of the important raw materials [1].
Fine Organic Chemistry Synthesization and Technics Science[M].
Chemical Engineering Journal, 2005, (108):1~11 [3] Mark W.
China Safety Science Journal, 2006, 16(10): 89-93 [5] Dejanović I, Matijašević Lj, Olujić Z.
Qingdao University of Science & Technology, 2011 [7] Feng Wang.
Fine Organic Chemistry Synthesization and Technics Science[M].
Chemical Engineering Journal, 2005, (108):1~11 [3] Mark W.
China Safety Science Journal, 2006, 16(10): 89-93 [5] Dejanović I, Matijašević Lj, Olujić Z.
Qingdao University of Science & Technology, 2011 [7] Feng Wang.
Online since: August 2013
Authors: Jun Liu, Jin Xia Nie
Study on the influence of the lime and peanut dry cake amend Pb contaminated soil with pakchoi
Jun Liu1,a Jin Xia Nie1,b
1Faculty of Resource and Engineering JiangXi University of Science and Technology, GanZhou, China
aLiuj1979@163.com,bLuoyf68@163.com
Keywords: pakchoi; Pb; soil contaminated
Abstract:In order to study the soil amend agent how to suppress the function of the vegetables absorb Pb, the Pb was added in the experimental soil in pakchoi pot, The lime and peanut dry cake were added to the experimental soil as modifier, and the varying concentrate of modifiers, lead effect on pakchoi biomass and lead accumulate were discussed in this paper.
Materials and methods A.
Acknowledgements The work was financially supported by the Jiangxi Ministry of Education Science and Technology Foundation (GJJ10159) References [1] Zhihai Yang, Yuhuan Sun, “ The risk of heavy metals by using sludge land and the way to cut,” in Guangxi journal of light industry, 2007,16 (6), pp.1710 –1713
[4] Yanhong Jiang, Yuping Zhuge, Jiguang Gu, “Reasearch progress of remedying the heavy metal contaminated soil with clay minerals,”in Shandong agricltural sciences, 2008(2), pp.68–72 [5] Weijun Guo, Xiaowen Jiang, Xuejun Ch,en, “Research on soil remediation technology of heavy metal pollution abandoned land in metal mine,” in Journal of Anhui agricultural sciences. 2010,38(22), pp.11954 – 11956 [6] EPA,1996, Acid digestion of sediments sludge and soils EPA 3050B. http://www.epa.gov/sw.846/pdfs/3050b. pdf [7] Lili Chen, Shengzhe E, “ Crrent situation of soil contamination by heavy metal and reaearch advances on bioremediation techniques in China,” in Modern agricultural sciences. 2009,16(3), pp.139 – 141
Materials and methods A.
Acknowledgements The work was financially supported by the Jiangxi Ministry of Education Science and Technology Foundation (GJJ10159) References [1] Zhihai Yang, Yuhuan Sun, “ The risk of heavy metals by using sludge land and the way to cut,” in Guangxi journal of light industry, 2007,16 (6), pp.1710 –1713
[4] Yanhong Jiang, Yuping Zhuge, Jiguang Gu, “Reasearch progress of remedying the heavy metal contaminated soil with clay minerals,”in Shandong agricltural sciences, 2008(2), pp.68–72 [5] Weijun Guo, Xiaowen Jiang, Xuejun Ch,en, “Research on soil remediation technology of heavy metal pollution abandoned land in metal mine,” in Journal of Anhui agricultural sciences. 2010,38(22), pp.11954 – 11956 [6] EPA,1996, Acid digestion of sediments sludge and soils EPA 3050B. http://www.epa.gov/sw.846/pdfs/3050b. pdf [7] Lili Chen, Shengzhe E, “ Crrent situation of soil contamination by heavy metal and reaearch advances on bioremediation techniques in China,” in Modern agricultural sciences. 2009,16(3), pp.139 – 141