Materials Science and Engineering Handbook Part 3 doc

... Engineering 238 UC 28 63 UCl 4 8 43 UF 4 1 233 UI 4 779 UN 31 23 UO 2 31 51 USi 2 1970 US 2 > 137 5 VB 2 237 3 VC 36 00 VCl 4 245 VF 3 >1075 FI 2 1048 VN 25 93 V 2 O 5 947 VSi 2 20 23 V 2 S 3 >875 WB 31 33 WC 2900 WCl 6 548 WO 3 1744 WSi 2 232 0 WS 2 15 23 ZnBr 2 667 ZnCl 2 548 ZnF 2 1145 ZnI 2 719 ZnO ... 14 .3 3650 lodine chloride (α) ICl 17.1 16.4 2660 lodi...

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... ρ ρ Shackelford, James F. & Alexander, W. “Selecting ElectricalProperties” Materials Science and Engineering Handbook Ed. James F. Shackelford & W. Alexander Boca Raton: CRC Press LLC, ... alt=""

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... 0 .31 2 Lead 600 0 .31 2 Zirconium 2000 0 .31 3 Titanium 90 0 .32 4 Lead 500 0 .32 5 Iron 1000 0 .32 6 Iron 1600 0 .32 7 Zirconium 100 0 .33 2 Zirconium 3 0 .33 3 Titanium 25 0 .33 7 Lead 400 0 .33 8 Titanium 80 0 .33 9 Tantalum ... 80 0 .33 9 Tantalum 3 0 .34 5 Zirconium 90 0 .35 Lead 30 0 0 .35 2 Lead 2 73 0 .35 5 Titanium 70 0 .35 6 Lead 200 0 .36 6 Zirconium 80 0 .37 3 Titanium 60...

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... Alexander Thermal Properties 39 1 70 0.96 0 .35 6 2.76 1.48 0.4 03 80 0.91 0 .33 9 2.56 1 .38 0 .37 3 90 0.88 0 .32 4 2.44 1 .34 0 .35 0 100 0.85 0 .31 2 2 .35 1 .32 0 .33 2 200 0. 733 0.245 1.97 1.26 0.252 2 73 0.682 ... 0.94 0 .36 6 1.59 1. 43 2 73 0. 835 0 .35 5 1.57 (0.078) 1 .39 30 0 0.8 03 0 .35 2 1.56 (0.084) 1 .38 400 0.694 0 .33 8 1. 53 (0.098) 1 .34 500 0.6 13 0 .32 5 1.5...

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... component and its manufacturing process. Optimal design has been applied to metal forging (Ref 36 ), casting (Ref 37 ), and welding (Ref 38 ), and to polymer injection molding and sheet extrusion (Ref 39 ). ... its stiffness and density take on values between those of the void and the solid. The density method (Ref 33 , 34 ) is often considered an engineering approach wh...

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... Metals Handbook, Vol 1, 8th ed., American Society for Metals, 1961, p 185-187 2. G. Dieter, Engineering Design, A Materials and Processing Approach, 2nd ed., McGraw- Hill, 1991, Chapt. 6 3. ... W/m 2 · K) 0.75 0.5 3 × 10 -2 3 × 10 -3 Black body radiation 500 to 0 °C (h = 40 W/m 2 · K) 0. 93 0.6 0.12 1 .3 × 10 -2 Fast air flow (h = 10 2 W/m 2 · K) 1 0.75 0...

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... 26.44 130 4.08 131 21.18 132 26.89 134 10.44 136 8.87 Cesium 133 100.0 Barium 130 0.101 132 0.097 134 2.42 135 6.59 136 7.81 137 11 .30 138 71.66 Lanthanum 138 0.09 139 99.91 Table 2. AVAILABLE ... 0.125 Co 2+ 0.082 Co 3+ 0.065 28 Ni 0.125 Ni 2+ 0.078 29 Cu 0.128 Cu + 0.096 30 Zn 0. 133 Zn 2+ 0.0 83 31 Ga 0. 135 Ga 3+ 0.062 32 Ge 0.122 Ge 4+ 0.044 33 As 0.125 As 3+ 0....

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... K i 1 0.00052701 0 .34 61725 2 0.02149156 1.0080886 3 0.28551800 0.02149156 4 0 .39 7 431 78 0.044944 5 3. 360 535 9 25921 (λ in mm) Table 30 7. DISPERSION OF OPTICAL MATERIALS (SHEET 6 OF 13) Material Dispersion ... J.S. Park from Charles T. Lynch, CRC Handbook of Materials Science, Vol. 3, CRC Press, Boca Raton, Florida, 1975 and Engineered Materials Handbook, Vol.2, Engi...

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... H112 30 5 5454 H34 30 5 5154 H36 31 0 5254 H36 31 0 5456 0 31 0 5456 H112 31 0 6061 T6, T651 31 0 6205 T5 31 0 635 1 T6 31 0 50 83 H1 13 315 50 83 H321 31 5 5182 H32 31 5 6070 T4 31 5 50 83 H3 23, H32 32 5 5086 H34 ... 290 39 0.0 T5 30 0 4 13. 0 F 30 0 35 5.0 T62 31 0 38 3.0 F 31 0 A390.0 T6 31 0 518.0 F 31 0 A360.0 F 32 0 242.0 T61 32 5 Table 37 2. SELECTING TEN...

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... 1.4650 SiO 2 –Al 2 O 3 glass (3. 7% mol Al 2 O 3 ) 589.262 nm 1.4652–1.4667 B 2 O 3 –Na 2 O glass (0.01% mol Na 2 O) 25 1.46 536 SiO 2 –B 2 O 3 glass (quenched, 13. 5% mol B 2 O 3 ) 0. 435 833 µm 23 1.4657 SiO 2 ... 1.45174 SiO 2 –B 2 O 3 glass (quenched, 13. 5% mol B 2 O 3 ) 0. 734 620 µm 23 1.4528 SiO 2 glass 1.254 µm 471 1.452 83 SiO 2 –B 2 O 3 glass (annealed, 13. 5%...

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