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Corresponding Author Name: Song Linlin Email:catherinevs@aliyun.com Mobile phone: 13488684980 References [1] Dag A, Zenitha C, Per E, et al: Comparison between CFD and PIV measurement in a passenger compartment[C].SAE World, Congress Dretroit, US: Michigan (2001)
[2] Li Z P, Ling Y, Wang J, el al.

Hassan1,d* 1Materials Science and Engineering Department, School of Innovative Design Engineering, Egypt-Japan University of Science and Technology (E-JUST), 179 New Borg El-Arab City, Egypt 2Faculty of Engineering, Aswan University, Egypt 3Physics Department, Environmental and Smart Technology Group, Faculty of Science, Fayoum University, 63514 Fayoum, Egypt aJoseph.boahen@ejust.edu.eg, bsamir.elsagheer@ejust.edu.eg, casg05@fayoum.edu.eg, dmohsen.khozami@ejust.edu.eg Keywords: Finite Element Method, Compton Scattering, Monte Carlo, Gamma rays Abstract.
Validated FE-simulation by Monte Carlo results (EJUSTCO) in (a) and experimental (EXP) in (b) for gamma ray attenuation by lead (Pb), Aluminum (Al) and Iron (Fe) as a function of thickness for radioactive source with energy 0.662MeV.
Sukara et al [1].

Cultures pure sources The pure sources based on carbohydrates, EL (2 g/L) or YE-MSG (both 2 g/L) and salts ASW (29 ‰) at pH 7.0, unless otherwise indicated.
FAME in the hexane layer will be collected by centrifugation at 4°C according to the method of Lewis et al. [5] and modified by Quilodrán et al. [6].

The method of preparing MSGC beads was described by Gong et. al [10] with some modification.
Al-Degs, M.I.
El-Barghouthi, A.A.

Quintana, et al.: Part I: A comparative study of bismuth-modified screen-printed electrodes for lead detection, Analyt.
El Mhammedi, M.
Al- Hossainy, U.A.

., 200] ( ( )) 0 f n n B A i L A f L f i n i f i δ δ   = • +    = ∈  =   el se (10) fB :bandwidth of work frequency; 0f : minimum work frequency; ( )µLLLLLL Dd�l ,,,,= ),,,,,,,,( 212121,2121 µµ LLLLLLLLLL DDdd ll= For the maximize for all the sum of Isolation:         >∑= ]30)),((min[max 200 0 LiAn i i n (11) The VSWR of input portρ: 2)}L,i({max j i <ρ (12) In Eq. (12), ( )         +•= i B fLfLi f j j 200 ,),( 0δρ ρ , i is frequency number, HA1, HA2, LA j = The Insertion Loss T: 1)}L,i(T{max j i < (13) In Eq. (13), ( )         +•= i B fLfTLiT f jj 200 ,),( 0δ , i is frequency number, HA1, HA2, LA j = When we designing
[2] Zhan Huawei ,Wu Shenshan, Zhang Yu et al, "The Application of Data Interpolation in the Design of Multimode Feed Network at Low Frequency", （ISTM/2007）, 2007.8, pp. 1856-1859 [3] Ren Jingpu, Zhou Dongfang.
Journal of Information Engineering University. 2008,9(1),pp. 54-58 [6] Zhang Jigang．Broadband Ferrite Elements of Radiofrequency．BEIJING：Science Press． 1986 [7] Zhan Huawei ,Zhou Yun, Zhang Yu et al.

Cooling rate (K/s) 0.2%YS (MPa) TS (MPa) El (%) 0.003 603 704 11.9 0.03 668 835 11.2 0.1 715 945 8.3 High Cycle Fatigue Properties Figure 3 shows the room temperature HCF curves of the Ti-22Al-27Nb alloy cooled at three different cooling rates.
Kim et al., eds., TMS, Warrendale, PA, (1991), pp.387-398
Gogia et al.: Intermetallics, 6(1998), pp.741-748

Schematic illustration of equal channel angular pressing process (ECAP) basic tests with use of the following materials - Pb, Al, Mg.
Table 1 Typical composition and mechanical properties Al Zn Mn Si Cu Zr other Y.S.
U.T.S Grade [%] [MPa] El. [%] BHN Tdef [o C] MgAl8Zn 7,5/9,2 0,2/1,0 0,1/0,4 <0,1 <0,05 - <0,30 230 330 11 69 320/400 MgAl3Zn1 2,5/3,5 0,6/1,4 >0,2 <0,1 <0,05 - <0,30 170 260 15 50 230/425 MgZn6Zr - 4,8/6,2 - - - >0,4,5 <0,30 >260 340> 11 75 315/400 Square section of the input samples was 8 x 8 mm.

Mercer et al.
Boyce et al. reported a diffused crack pattern in tension, while, a totally different cross-hatch crack pattern in compression [8].
[8] Boyce, T.M., Fyhrie, D.P., Glotkowski, M.C., Radin, E.L., Schaffler, M.B.

Introduction Nickel base alloy Inconel 718 (IN718) containing Fe, Cr, Mo, Nb along with minor elements of Al and Ti is extensively used in high temperature applications.
Cr Fe Nb Mo Ti Al Cu Ni 19 18 5 3 0.9 0.5 0.5 53 IN718 supplied by M/s.
Temperature Specimen UTS [MPa] 0.2%YS [MPa] % EL [25 mm GL] E [GPa] RT Parent 1462 1315 21.6 209.6 Weld 1039 757 9.0 227.0 550 °C Parent 1256 1145 15.4 176.4 Weld 809 600 8.0 171.0 Fig.2.