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Online since: December 2012
Authors: Nahed El Mahallawy, Mohamed Harhash
The diffusion bonding conditions for the sandwich assembly (Al/AZ31/Al) [26].
b AZ31 AZ31 Diffusion layers 2 1 Al Al a Figure 9.
d Al Al Al Al AZ31 AZ31 AZ31 AZ31 a c b Figure 10.
Al AZ31 Al/AZ31 Figure 14.
Polarization curves for Al, AZ31 and Al/AZ31in 3.5% NaCl seawater [26]. 3.
b AZ31 AZ31 Diffusion layers 2 1 Al Al a Figure 9.
d Al Al Al Al AZ31 AZ31 AZ31 AZ31 a c b Figure 10.
Al AZ31 Al/AZ31 Figure 14.
Polarization curves for Al, AZ31 and Al/AZ31in 3.5% NaCl seawater [26]. 3.
Online since: September 2011
Authors: Y. Rahmani Firoozjani, S. M. Marandi, S. Sani Kermani
In these studies, some key parameters such as shear modulus, bearing capacity, permeability, shear strength, Poisson ratio, compaction characteristics, swelling and compressibility have been considered (Foose et al. 1996; [1] Wu et al. 1997; [2] Bosscher et al. 1997; [3] Heimdahi and Drescher 1999; [4] Feng and Sutter 2000; [5] Warith et al. 2004; [6] Gotteland et al. 2005; [7] Hataf and Rahimi 2005; [8] Ghazavi and Amel Sakhi 2005;[9] Attom 2005; [10] Ozkul and Baykal 2007; [11] Attom et al. 2007; [12] and Naeini and Sajadi. 2008; [13]).
Input motions include two strong earthquakes, El Centro (California, 1940) and Tabas (Iran, 1978).
Acceleration-Time Diagram Earthquake (El Centro, 1940) Figure 15.
Pressure-Time History (down point, El Centro) Figure 18.
This coincides with the results obtained by Hazarika et al. [24].
Input motions include two strong earthquakes, El Centro (California, 1940) and Tabas (Iran, 1978).
Acceleration-Time Diagram Earthquake (El Centro, 1940) Figure 15.
Pressure-Time History (down point, El Centro) Figure 18.
This coincides with the results obtained by Hazarika et al. [24].
Online since: November 2011
Authors: Yu Hong Huang, Hua Jing Zheng, Quan Jiang, Zheng Ruan
Device characteristics
Fig. 5 describes tricolor EL spectrum.
[4] Sun Woong Kim, Byong Hoon Hwang, Joo Hyeon Lee, et. al, “2.4-in. monochrome small molecular OLED display for mobile application”, Current Applied Physics, 335–338, 2002(2)
Ikestu, J.Suzuki, “Full-color passive-matrix organic EL displays”, Display, 43-47, 2001
[9] Hirofumi Kubota, Satoshi Miyaguchi, Shinichi Ishizuka, Takeo Wakimoto, et. al, “Organic LED full color passive-matrix display”, Journal of Luminescence, 56–60, 2000
Kusumoto, “Organic multicolor EL display with fine pixels”, in Dig.
[4] Sun Woong Kim, Byong Hoon Hwang, Joo Hyeon Lee, et. al, “2.4-in. monochrome small molecular OLED display for mobile application”, Current Applied Physics, 335–338, 2002(2)
Ikestu, J.Suzuki, “Full-color passive-matrix organic EL displays”, Display, 43-47, 2001
[9] Hirofumi Kubota, Satoshi Miyaguchi, Shinichi Ishizuka, Takeo Wakimoto, et. al, “Organic LED full color passive-matrix display”, Journal of Luminescence, 56–60, 2000
Kusumoto, “Organic multicolor EL display with fine pixels”, in Dig.
Online since: June 2011
Authors: Hong Yun Luo, Zhi Yuan Han, Qun Peng Zhong
Luo et al [1] investigated the effects of various burnishing parameters on surface roughness of burnished Al alloy, optimum options were found to get the best roughness condition.
El-Axir [2].
Luo et al: Int J Adv Manuf.
El-Axir: Int.
El-Axir et al: Journal of Materials Processing Technology Vol. 132 (2003), p. 82–8 [11] A.W.
El-Axir [2].
Luo et al: Int J Adv Manuf.
El-Axir: Int.
El-Axir et al: Journal of Materials Processing Technology Vol. 132 (2003), p. 82–8 [11] A.W.
Online since: September 2013
Authors: Anne Zulfia, Andika Insan Adyatma
The present of this phase improved wettability of Al2O3 when this ceramic is combined with Al.
The microstructure of Al alloy (as-cast) as a matrix consist of interdendritic α-Al and Si eutectic phases in the form of needle like and chinese script of intermetalic of Mg2Si.
Optical Micrograph of Al-alloy showing interdendritic connected in Al matrix.
[7] Chang, Shou-Yi., et.al. (1999).
[9] Anne Z, Widyastuti and Mochamad Z, Effect of Mg on Formation of Electroless Plating on the Surface of SiC Particles Reinforced Composites, Journal of Materials Science and Engineering Volume 4, Number 12, Desember 2010 Serial Number 37, ISSN 1934-8959, pp. 12-17 [10] Daoud,A., El-Khair, M.T.
The microstructure of Al alloy (as-cast) as a matrix consist of interdendritic α-Al and Si eutectic phases in the form of needle like and chinese script of intermetalic of Mg2Si.
Optical Micrograph of Al-alloy showing interdendritic connected in Al matrix.
[7] Chang, Shou-Yi., et.al. (1999).
[9] Anne Z, Widyastuti and Mochamad Z, Effect of Mg on Formation of Electroless Plating on the Surface of SiC Particles Reinforced Composites, Journal of Materials Science and Engineering Volume 4, Number 12, Desember 2010 Serial Number 37, ISSN 1934-8959, pp. 12-17 [10] Daoud,A., El-Khair, M.T.
Online since: November 2012
Authors: P. Jeevanandam, Nisha Bayal
El-Shobaky, Appl.
El-Shobaky, N.R.E.
El-Shall, A.M.
Hess, A.L.
El-Shobaky, N.R.E.
El-Shall, A.M.
Hess, A.L.
Online since: December 2011
Authors: Kenta Miura, Osamu Hanaizumi, Tomoyuki Sasaki, Yuki Machida, Masato Uehara, Takahiro Satoh, Hiromu Kiryu, Yusuke Ozawa, Yasuyuki Ishii, Masashi Kohka, Katsuyoshi Takano, Takeru Ohkubo, Akiyoshi Yamazaki, Wataru Kada, Akihito Yokoyama, Tomihiro Kamiya, Hiroyuki Nishikawa
., Japan
**Present Affiliation: Graduate School of Engineering, Osaka University, Japan
amiura@el.gunma-u.c.jp, bsasaki_t@el.gunma-u.ac.jp, chana@el.gunma-u.ac.jp
Keywords: proton beam writing, PMMA, optical waveguide, single mode, Y junction, 1.5-mm band
Abstract.
Sum et al. demonstrated PMMA optical waveguides drawn by proton-beam irradiation [5-7].
Sum et al. demonstrated PMMA optical waveguides drawn by proton-beam irradiation [5-7].
Online since: December 2013
Authors: Peng Qiu, Zhong Fei Gao, Chang Qing Liu, Bao Zhong Gan
B, 1992, 10(4): 1237-1266
[2] Xu Y, Gu B, Qin F W et al.
A, 2004, 22(2): 302-308 [3] Kuwano N, Shiraishi T, Koga A, et al.
Crystal Growth, 1991, 115(1/4): 381-387 [4] Tamura K, Kuroki Y, Yasui K, et al.
Thin Solid Films, 2008, 517(2): 188-493 [6] El-Naggar A M, El-Zaiat S Y.
A, 2004, 22(2): 302-308 [3] Kuwano N, Shiraishi T, Koga A, et al.
Crystal Growth, 1991, 115(1/4): 381-387 [4] Tamura K, Kuroki Y, Yasui K, et al.
Thin Solid Films, 2008, 517(2): 188-493 [6] El-Naggar A M, El-Zaiat S Y.
Online since: August 2015
Authors: Suhardjo Poertadji, Bambang Soegijono, Sri Wuryanti
Sigitas Vangelis et al., (2004) [1] investigated the performance of materials made of isolation cellulose resulting a density of 53 kg/m3.
Yachmenev et al., (2009) [3] conducted a research on the thermal property for isolation from Kenaf and Cotton composite for Automotive Application and found a density of 93.9 kg/m3.
Garbagnati P. et al., (2012) [4] conducted a research on the development of panels by porous cellulose isolation, by using a 50%-paper and 50%-PCM composition and found a thermal conductivity and a density of 0.063 W/m K and 215 kg/m3, respectively.
El-Sheikeil, S.M.
El-Meligy, S.H.
Yachmenev et al., (2009) [3] conducted a research on the thermal property for isolation from Kenaf and Cotton composite for Automotive Application and found a density of 93.9 kg/m3.
Garbagnati P. et al., (2012) [4] conducted a research on the development of panels by porous cellulose isolation, by using a 50%-paper and 50%-PCM composition and found a thermal conductivity and a density of 0.063 W/m K and 215 kg/m3, respectively.
El-Sheikeil, S.M.
El-Meligy, S.H.
Online since: December 2007
Authors: Shiuh Chuan Her, Bo Ren Yao
Benventiste et al.[1] predicted the stress
field in composite with coated inclusion based on the average stress in the matrix.
Dasgupta et al
Dasgupta et al. [3] showed that strain concentrations near an embedded optical fiber are highly dependent on the thickness and material properties of the coating.
Table 1 material properties of coating and composite polyimide 32.0 1.3 = = νGPaE coating acrylate 35.0 5.5 = = νGPaE Graphite/epox y GPa EL 149= GPa ET 4.11= GPa GLT 5.4= GPa GTT 4.4= 3.0=LTν composite T300/epoxy GPa EL 4.52= GPa ET 6.50= GPa GLT 5.3= GPa GTT 5.19= 06.0=LTν Table 2 four different material combinations combination Coating composite 1 Polyimide Graphite/epoxy 2 Polyimide T300/epoxy 3 Acrylate Graphite/epoxy 4 Acrylate T300/epoxy Fig.2 shows the stress variation with the angle at the center of coating ( mrr 8075.0= ) for the case of material combination 1.
Dasgupta et al
Dasgupta et al. [3] showed that strain concentrations near an embedded optical fiber are highly dependent on the thickness and material properties of the coating.
Table 1 material properties of coating and composite polyimide 32.0 1.3 = = νGPaE coating acrylate 35.0 5.5 = = νGPaE Graphite/epox y GPa EL 149= GPa ET 4.11= GPa GLT 5.4= GPa GTT 4.4= 3.0=LTν composite T300/epoxy GPa EL 4.52= GPa ET 6.50= GPa GLT 5.3= GPa GTT 5.19= 06.0=LTν Table 2 four different material combinations combination Coating composite 1 Polyimide Graphite/epoxy 2 Polyimide T300/epoxy 3 Acrylate Graphite/epoxy 4 Acrylate T300/epoxy Fig.2 shows the stress variation with the angle at the center of coating ( mrr 8075.0= ) for the case of material combination 1.