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Softening of CuNi12Zn24 50.jpg 446 × 427; 74 KB
Softening of CuNi25 after annealing after 50.jpg 431 × 309; 56 KB
Softening of CuNi9Sn2 after annealing Wieland.jpg 401 × 404; 62 KB
Softening of CuSn8 50.jpg 458 × 450; 76 KB
Softening of CuZn36 25.jpg 446 × 389; 63 KB
Softening of CuZn36 50.jpg 405 × 363; 63 KB
Softening of Cu ETP after annealing.jpg 434 × 289; 51 KB
Softening of Cu ETP after annealing 50.jpg 424 × 290; 52 KB
Softening of NiCu30Fe after annealing for 0.5 hrs.jpg 421 × 319; 53 KB
Softening of PdCu15 after annealing.jpg 513 × 382; 70 KB
Softening of PdCu40 after annealing.jpg 499 × 363; 72 KB
Softening of PtIr5 after annealing.jpg 308 × 285; 35 KB
Softening of PtNi8 after annealing.jpg 475 × 297; 53 KB
Softening of PtW5 after annealing.jpg 471 × 258; 46 KB
Softening of Pt after annealing.jpg 512 × 407; 65 KB
Softening of internally oxidized AgCdO9010.jpg 320 × 467; 66 KB
Softening of technical grad nickel after annealing for 3 hrs.jpg 378 × 299; 37 KB
Solar cell with print pattern of ARGONOR N920.jpg 467 × 293; 112 KB
Spiral.jpg 220 × 77; 12 KB
Statistical evaluation of the electrical life of relays.jpg 645 × 439; 96 KB
Strain hardening of ARGODUR 27.jpg 385 × 270; 50 KB
Strain hardening of AgCdO8812.jpg 329 × 286; 25 KB
Strain hardening of AgCdO9010P.jpg 299 × 488; 60 KB
Strain hardening of AgCu28 by cold working.jpg 394 × 314; 52 KB
Strain hardening of AgCu3 by cold working.jpg 376 × 263; 47 KB
Strain hardening of AgCu5 by cold working.jpg 389 × 278; 50 KB
Strain hardening of AgCu 10 by cold working.jpg 373 × 242; 44 KB
Strain hardening of AgNi8020.jpg 318 × 451; 67 KB
Strain hardening of AgNi9010 by cold working.jpg 378 × 450; 70 KB
Strain hardening of AgNiO15 by cold working.jpg 390 × 275; 48 KB
Strain hardening of AgPd30Cu5 by cold working.jpg 328 × 321; 44 KB
Strain hardening of AgPd30 by cold working.jpg 341 × 303; 43 KB
Strain hardening of AgPd50 by cold working.jpg 327 × 298; 41 KB
Strain hardening of AgSNO2 92 8 PE.jpg 300 × 462; 64 KB
Strain hardening of Ag C 96 4 D.jpg 217 × 283; 19 KB
Strain hardening of Ag C DF.jpg 217 × 281; 20 KB
Strain hardening of Ag SnO2 86 14 WPC.jpg 333 × 238; 25 KB
Strain hardening of Ag SnO2 88 12 PE.jpg 302 × 463; 56 KB
Strain hardening of Ag SnO2 88 12 WPC.jpg 350 × 245; 27 KB
Strain hardening of Ag SnO2 88 12 WPD.jpg 351 × 246; 27 KB
Strain hardening of Ag SnO2 88 12 WPX.jpg 350 × 246; 27 KB
Strain hardening of Ag SnO2 92 8 PX.jpg 489 × 444; 66 KB
Strain hardening of Ag SnO2 98 2 PX.jpg 486 × 443; 69 KB
Strain hardening of Ag ZnO 92 8 PW25.jpg 271 × 428; 56 KB
Strain hardening of Ag ZnO 92 8 WPW25.jpg 279 × 272; 23 KB
Strain hardening of Ag bei cold working.jpg 319 × 217; 35 KB
Strain hardening of AuAg20Cu10 by cold working.jpg 312 × 208; 23 KB
Strain hardening of AuAg20 by cold working.jpg 329 × 225; 23 KB
Strain hardening of AuAg25Cu5 by cold working.jpg 315 × 280; 27 KB
