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Online since: May 2017
Authors: K.M. Gupta, Nishu Gupta, Zain Hashim
So nanoscale materials and devices will play a major role in intelligent communication system.
Such materials and devices would certainly leverage the future direction of research in wireless communication systems.
The materials used in such devices should be robust, easy to use and easily deployable [3].
Nanometer-length scale materials play a vital role in the manufacturing and controlling of novel and innovative devices.
Evans: Micropower Materials Development for Wireless Sensor Networks, MRS Bulletin Vol. 33 (2008), p. 408-409
Such materials and devices would certainly leverage the future direction of research in wireless communication systems.
The materials used in such devices should be robust, easy to use and easily deployable [3].
Nanometer-length scale materials play a vital role in the manufacturing and controlling of novel and innovative devices.
Evans: Micropower Materials Development for Wireless Sensor Networks, MRS Bulletin Vol. 33 (2008), p. 408-409
Online since: May 2019
Authors: Ji Lin Yu, Zhi Jun Zheng, Shi Long Wang, Kai Zhao, Chang Feng Zhu
International Journal of Mechanical Sciences (2000);42(4):729–54
Journal of Materials Science (2005); 40(15): 4005–4008
International Journal of Mechanical Sciences (2002); 44(2): 359–406
Materials Science and Engineering: A (2017); 680: 411–420
Mechanics of Materials (2017); 104: 73–84
Journal of Materials Science (2005); 40(15): 4005–4008
International Journal of Mechanical Sciences (2002); 44(2): 359–406
Materials Science and Engineering: A (2017); 680: 411–420
Mechanics of Materials (2017); 104: 73–84
Online since: July 2012
Authors: Jie Zhu, Weng Fa Xiao, Li Tao Dong, Fei Teng
Research on the influence of stiffness of copolymer(N-tert-octylacrylamide/Acrylic acid/Methyl methacrylate/Butylaminoethyl Methacrylate/Hydroxypropyl Methacrylate) by Methyl methacrylate and N-tert-octylacrylamide
Jie Zhu1,a,Wenfa Xiao2,b,Litao Dong3,c,Fei Teng4,d
1Room 3335,Training building of the Engineering training centre, Material processing engineering, Shanghai University of Engineering Science ,China
2 Room 3335,Training building of the Engineering training centre, Material processing engineering, Shanghai University of Engineering Science ,China
3 Room 3335,Training building of the Engineering training centre, Material processing engineering, Shanghai University of Engineering Science ,China
4 Room 3335,Training building of the Engineering training centre, Material processing engineering, Shanghai University of Engineering Science ,China
a zhujie917@sina.com,bxiaowenfa@yahoo.com.cn,c1123387761@qq.com,dtengtzb@yahoo.com.cn
Keywords: stiffness,Methyl methacrylate,N-tert-octylacrylamide
Experiment section Sample prepareation.A sample of approximately 3 to 4 grams was required.For materials of different specific gracity,this weight will need to be adjusted to fill the die cavity.If from sheet,the sample needs to be 34mm diameter and 4mm thick.However,samples can also be prepared from pellets or powders.
This method applies to materials containing greater than 20 % fines.In such cases,the relationship between stiffness and dry density or dry unit weight is sensitive to the water content.
V=Poisson's ratio E=Young's modulus,Mpa(kpsi),and G=Shear modulus,Mpa(kpsi) The stiffness and modulus of materials will change with moisture content and can possibly result in hydro-compaction collapse, loss of bearing capacity or loss of effective shear strength.Results obtained from this method are applicable to the evaluation of granular cohesionless materials.
References [1] R.P.Brown,Physical testing of Rubber.Chapman and Hall,London,UK,(1996),P126 [2] M.Jirous,International Polymer Science and Technology,Vol.9-10(1982),P63 [3] R.Rikards,F.J.Balta Calleja,A.Flores,D.R.Rueda and V.Kushnevski,Journal of Polymer Engineering,(1997),P179 [4] J.Gubicza,A.Juhasz,P.Atato,P.Szommer,P.Tasnadi and G.Vorgos,Journal of Materials Science Letters,Vol.15-24(1996),P2141 [5] E.Amitay-Sadovsky and H.D.Wagner,Polymer,(1998),P2387 [6] R.J.Crawford and G.Stephens,Polymer Testing,(1985),P113 [7] J.suwanprateeb,Polymer Testing.(1998),p495 [8] Rapra Technology Ltd.Convert software [9] T.Fett,W.Nothdurft and H.H.Racke,Kunstoffe,(1973),P107 [10] J.Bowman and M.Bevis,Colloid and Polymer science,(1977),P954 [11] J.Martinez-Salazar and F.J.Balta Calleja,Journal of Materials Science Letters,(1985),P57 [12] J.Martinez-Salazar and F.J.Balta Calleja,Journal of Materials Science Letters,(1985),P324 [13] F.J.Balta Calleja,Advances in polymer Science.Vol66,(1995),P117
Experiment section Sample prepareation.A sample of approximately 3 to 4 grams was required.For materials of different specific gracity,this weight will need to be adjusted to fill the die cavity.If from sheet,the sample needs to be 34mm diameter and 4mm thick.However,samples can also be prepared from pellets or powders.
This method applies to materials containing greater than 20 % fines.In such cases,the relationship between stiffness and dry density or dry unit weight is sensitive to the water content.
V=Poisson's ratio E=Young's modulus,Mpa(kpsi),and G=Shear modulus,Mpa(kpsi) The stiffness and modulus of materials will change with moisture content and can possibly result in hydro-compaction collapse, loss of bearing capacity or loss of effective shear strength.Results obtained from this method are applicable to the evaluation of granular cohesionless materials.
References [1] R.P.Brown,Physical testing of Rubber.Chapman and Hall,London,UK,(1996),P126 [2] M.Jirous,International Polymer Science and Technology,Vol.9-10(1982),P63 [3] R.Rikards,F.J.Balta Calleja,A.Flores,D.R.Rueda and V.Kushnevski,Journal of Polymer Engineering,(1997),P179 [4] J.Gubicza,A.Juhasz,P.Atato,P.Szommer,P.Tasnadi and G.Vorgos,Journal of Materials Science Letters,Vol.15-24(1996),P2141 [5] E.Amitay-Sadovsky and H.D.Wagner,Polymer,(1998),P2387 [6] R.J.Crawford and G.Stephens,Polymer Testing,(1985),P113 [7] J.suwanprateeb,Polymer Testing.(1998),p495 [8] Rapra Technology Ltd.Convert software [9] T.Fett,W.Nothdurft and H.H.Racke,Kunstoffe,(1973),P107 [10] J.Bowman and M.Bevis,Colloid and Polymer science,(1977),P954 [11] J.Martinez-Salazar and F.J.Balta Calleja,Journal of Materials Science Letters,(1985),P57 [12] J.Martinez-Salazar and F.J.Balta Calleja,Journal of Materials Science Letters,(1985),P324 [13] F.J.Balta Calleja,Advances in polymer Science.Vol66,(1995),P117
Online since: August 2018
Authors: Victor Geantă, Ionelia Voiculescu, Maria-Diana Vrânceanu, Robert Ciocoiu, Cosmin Mihai Cotruț, Bogdan Istrate
Introduction
High entropy alloys (HEA) are a new class of metallic materials which are based on a novel and innovative approach to materials production.
[2] Li, B.S., Wang, Y.P., Ren, M.X., Yang, C, Fu, H.Z., Materials Science and Engineering A 498 (2008) p.482–486
Wang, Y, Zhang, Materials Science and Engineering A 498, (2008), p.214-216
Fu, Materials Science and Engineering A 491 (2008), p. 154-158
Wang, Materials Science and Engineering A 508 (2009), p.214 – 219
[2] Li, B.S., Wang, Y.P., Ren, M.X., Yang, C, Fu, H.Z., Materials Science and Engineering A 498 (2008) p.482–486
Wang, Y, Zhang, Materials Science and Engineering A 498, (2008), p.214-216
Fu, Materials Science and Engineering A 491 (2008), p. 154-158
Wang, Materials Science and Engineering A 508 (2009), p.214 – 219
Online since: December 2012
Authors: Zhi Heng Zhang, Zuo Chen Li, Liang Zhan, Jia Rong Cai
This paper describes the available features of the fuzzy ball drilling fluid including efficient plugging, good carrying and suspension, formation damage control, compatible weighted by any weighted materials without auxiliary equipment.
About 40t cotton shells and lost circulation materials were used.
However, the application above prove that the fuzzy ball drilling fluids have good properties and can effectively increase ROP and save drilling fluid additives and lost circulation materials.
Also, it can effectively balance the high pressure of reservoir by making use of inert weighting materials to improve its density
Oil Journal. 25(6). 92-95. (2004) [11] Li Yuanjian:.
About 40t cotton shells and lost circulation materials were used.
However, the application above prove that the fuzzy ball drilling fluids have good properties and can effectively increase ROP and save drilling fluid additives and lost circulation materials.
Also, it can effectively balance the high pressure of reservoir by making use of inert weighting materials to improve its density
Oil Journal. 25(6). 92-95. (2004) [11] Li Yuanjian:.
Online since: February 2012
Authors: Zeng Wu Zhao, Bao Wei Li, Zhang Yin Xu, Yin Ju Jiang
Experiment
Experimental materials and equipments
The re-concentration mineral powders of RE dressing tailings in Bayan-Obo mine( Hereinafter referred to as re-concentration minerals) and semi-coke powders were used as experimental materials, in which the particle sizes of re-concentration minerals were ground to smaller than 150 mesh and the particle sizes of Semi-coke powders ranged from 1mm to 5mm.
The materials were taken out, and the sponge iron in materials was weighed.
(2) In direct reduction process of re-concentration mineral powders, fluorine compounds evaporated from the materials, meanwhile, potassium compounds evaporated or were reduced obviously.
Journal of Inner Mongolia University of Science and Technology, ,2010,29(3):207-209 [3] Han Yuexin Gao Peng Li Yanjun Sun Yongsheng Research on the Separation of Deoxidized Samples of Hematite Ore from Bayan Obo Modern Mining,2010,100(12),28-32
Catalysis in Extractive Metallurgy [J].Journal of Metals, 1983, (7):46-50.
The materials were taken out, and the sponge iron in materials was weighed.
(2) In direct reduction process of re-concentration mineral powders, fluorine compounds evaporated from the materials, meanwhile, potassium compounds evaporated or were reduced obviously.
Journal of Inner Mongolia University of Science and Technology, ,2010,29(3):207-209 [3] Han Yuexin Gao Peng Li Yanjun Sun Yongsheng Research on the Separation of Deoxidized Samples of Hematite Ore from Bayan Obo Modern Mining,2010,100(12),28-32
Catalysis in Extractive Metallurgy [J].Journal of Metals, 1983, (7):46-50.
Online since: February 2007
Authors: Yun Fa Chen, Shang Feng Du, Yun Liang
Preparation of Humidity Control Ceramics from Selectively Leached
Kaolin
Shangfeng Du, Yunfa Chen and Yun Liang
Multiphase Reaction Laboratory, Institute of Process Engineering, Chinese Academy of Science,
Beijing 100080, China
Keywords: Humidity control materials, Kaolin, Water vapor adsorption
Abstract.
In the last decade, there has been a growing interest in so-called mesoporous crystalline materials (MCM-41 type materials).
However, because of high cost of porous silica, another material, selectively leached kaolin has been used to prepare humidity control materials [4-6].
So, this material could be effectively used as humidity control elements in construction materials and other humidity control fields.
Chen: Journal of Natural Science of Heilongjiang University Vol. 12(1995), pp. 87
In the last decade, there has been a growing interest in so-called mesoporous crystalline materials (MCM-41 type materials).
However, because of high cost of porous silica, another material, selectively leached kaolin has been used to prepare humidity control materials [4-6].
So, this material could be effectively used as humidity control elements in construction materials and other humidity control fields.
Chen: Journal of Natural Science of Heilongjiang University Vol. 12(1995), pp. 87
Online since: September 2017
Authors: Costică Bejinariu, Ramona Cimpoeşu, Bogdan Istrate, Marcelin Benchea, Costel Florea, Cristian Savin
There braking systems all use break discs with a percentage of over 99% derived from metallic materials.
The second relates to the use of surface layers with special properties such as ZrO2, SiO2 or other materials.
Study of the interaction between microstructure, mechanical and tribo-performance of a commercial brake lining material, Materials and Design 59 (2014) 84–93
Istrate, Applied Surface Science. 352 (2015) 169
Cimpoeşu, Key Engineering Materials. 660 (2015) 97-102
The second relates to the use of surface layers with special properties such as ZrO2, SiO2 or other materials.
Study of the interaction between microstructure, mechanical and tribo-performance of a commercial brake lining material, Materials and Design 59 (2014) 84–93
Istrate, Applied Surface Science. 352 (2015) 169
Cimpoeşu, Key Engineering Materials. 660 (2015) 97-102
Online since: November 2010
Authors: Tian Duo Li, Peng Fei Yang, Jun Ying Li
Experimental
Materials.
Penczek: Progress in Polymer Science Vol. (24)1999, p. 1409 [7] J.
Webser: Science Vol. 251(1991), p. 887 [11] H.
Li: Polymer Materials Science and Engieering Vol. 26 (2010), p. 15 [19] E.
Verbanee: Journal of Polymer Science Vol. 44(1960), p. 303 [21] G.
Penczek: Progress in Polymer Science Vol. (24)1999, p. 1409 [7] J.
Webser: Science Vol. 251(1991), p. 887 [11] H.
Li: Polymer Materials Science and Engieering Vol. 26 (2010), p. 15 [19] E.
Verbanee: Journal of Polymer Science Vol. 44(1960), p. 303 [21] G.
Online since: August 2013
Authors: Wei Ming Wu, Hai Yan Du, Ding Li
Experimental
Materials Preparation.
Formerly part of Journal of Materials Science and Engineering, 2011, p. 174 [3] Chun-leigeng, Duan Weng.
International Journal of Minerals,Metallurgy and Material, Volume 18,Number 3, June 2011,P. 370 [4] A.Y.MUSA, A.
Journal University of Science on Technology Beijing, August 2006, p. 368 [8] Chen Wang, Li Wang, Cunyi Song.
International Journal of Minerals, Metallurgy and Materials, Volume 19, Number 1, Jan 2012,P. 38 [11] Anees A,Khadom.
Formerly part of Journal of Materials Science and Engineering, 2011, p. 174 [3] Chun-leigeng, Duan Weng.
International Journal of Minerals,Metallurgy and Material, Volume 18,Number 3, June 2011,P. 370 [4] A.Y.MUSA, A.
Journal University of Science on Technology Beijing, August 2006, p. 368 [8] Chen Wang, Li Wang, Cunyi Song.
International Journal of Minerals, Metallurgy and Materials, Volume 19, Number 1, Jan 2012,P. 38 [11] Anees A,Khadom.