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Fig. 5 Typical reflection spectrometer for measuring FMR. See Fig. 6 for expanded view of section C. More

Fig. 12 Spin wave stiffness, D (see Eq 10 ), as a function of iron concentration in Fe x Ni 80− x P 14 B 6 . The arrow marks the concentration at which the FM phase disappears (see Fig. 1b ). More

Fig. 9 Fraction of A and B sites (see Fig. 8 ) occupied by platinum in LaNi 5 -LaPt 5 pseudobinary alloys as determined by NMR. Source: Ref 14 More

Fig. 2 The cause of smearing from a line source. See text for explanation More

Fig. 80 Rotation of the cells in Fig. 78 and 79 about the y -axis (see inset) as a function of depth z below the wear surface. More

Fig. 13 Line scan across a jagged fracture surface. See text for details. More

Fig. 19 Secondary electron micrograph of a beryllium copper alloy. See also Fig. 20 . More

Fig. 12 Grain boundary in tungsten. See text for discussion. Courtesy of T.J. Godfrey, University of Oxford More

Fig. 34 Composition profiles of an Fe-Cr-Co alloy. Aged at 560 °C (1040 °F). See also Fig. 33 . Source: Ref 11 More

Fig. 11(b) Boron profile (see Fig. 11(a) ) after quantitative analysis of the sputtering rate and secondary ion intensity. More

Fig. 13 Transparent tape replica of a fracture surface. See the article “Transmission Electron Microscopy” in this Volume for more information on replication techniques. More

Fig. 63 The line spall fracture surface beneath the unspalled roll surface (see Fig. 61 and 62 ), revealed by sectioning and fracturing. The smooth, white fracture region formed when the spall was opened. The arrow at the top indicates the origin, shown at the right at higher magnification More

Fig. 6 Four types of bevel gears. See text for discussion. More

Fig. 44 Spur gear. External rupture originating from a grinding check. See also Fig. 43 . More

Fig. 12 Macrograph of region 3 from Fig. 11 . 5×. See also Fig. 13 and 14 . More

Fig. 23 Basic elements of polymeric materials. (See Table 1 for explanation of locations). Source: Ref 6 More

Fig. 14 Backofen's model for fracture from holes. See text for discussion. Source: Ref 32 More

Fig. 35 Classification of cracks. Greek letters indicate type of cracking. See also Table 3 . Source: Ref 18 More

Fig. 8 Porous zone under a fracture edge of impeller 1. See also Fig. 9(a) . 20×. Source: Ref 11 More

Fig. 42 Schaeffler diagram. See Fig. 30 for revised Schaeffler diagram. More