Fig. 9.17 Electrical resistivity of nickel compared with some other metals More

Figure 43 The measured variation of the electrical resistivity (ρ) of the FIB deposited SiO 2 as a function of the O/Si ratio (determined through EDS). The dotted line indicates the stoichiometric O/Si ratio of two (aka SiO 2 like), where a resistance maximum would be expected. [80] More

Fig. 8.7 Electrical resistivity changes of copper during recovery. Source: Ref 2 More

Figure 5.8 Electrical resistivity of Cu–Fe alloys before and after internal oxidation. More

Figure 5.25 The electrical resistivity of a number of aluminum alloys, as measured by Clark et al. (1970) . More

Fig. 12 Effect of alloying additions on the electrical resistivity of magnesium. Source: Ref 13 , 14 More

Fig. 3 Effect of various alloying additions on the electrical resistivity of platinum More

Fig. 6 Electrical resistivity of platinum-palladium alloys as a function of palladium content More

Fig. 9 Electrical resistivity of platinum-iridium alloys as a function of iridium content More

Fig. 13 Electrical resistivity of platinum-tungsten alloys as a function of tungsten content More

Fig. 16 Electrical resistivity of platinum-nickel alloys as a function of nickel content More

Fig. 19 Effect of various alloying additions on the electrical resistivity of palladium More

Fig. 22 Electrical resistivity of palladium-silver alloys as a function of silver content More

Fig. 5 Effect of nickel content on electrical resistivity of nickel-iron alloys More

Fig. 1 Hardness and electrical resistivity versus alloy content for silver alloy contacts More

Fig. 2 Hardness and electrical resistivity versus alloy content for platinum contacts More

Fig. 3 Hardness and electrical resistivity versus alloy content for palladium contacts More

Fig. 2 Effect of alloying elements on electrical resistivity of iron More

Fig. 4 Change in electrical resistivity during isothermal recovery for copper deformed by torsion at 4.2 K. Source: Ref 5 More

Fig. 2 Effect of annealing temperature on hardness and electrical resistivity of nickel. The metal has been cold-worked at 25 °C (77 °F) almost to fracture. Annealing time, 1 hour. Adapted from Ref 3 More