Fig. 13 Diagram of series resonant circuit and graph showing impedance of series resonant circuit More

Fig. 5 Configurations of (a) series-parallel and (b) parallel-series systems (logic diagrams). Source: Ref 1 More

Fig. 1 Galvanic series of selected metals and alloys in seawater showing their corrosion potentials. Adapted from Ref 4 More

Fig. 6 Comparison of the nitriding characteristics of series 300 and 400 stainless steels, single-stage nitrided at 525 and 550 °C (975 and 1025 °F) More

Fig. 3 Schematic of hardness (Rockwell C) test traverses made on a series of steel bars of the same composition but with different diameters. Adapted from Ref 1 More

Fig. 76 Summary of as-quenched hardness variation of a 0.45% C steel with a series of petroleum oils with the same viscosity but different boiling temperature ranges. Source: Ref 185 More

Fig. 17 Series resonant circuit used in induction units More

Fig. 20 Voltage source inverter (VSI) with IGBTs in inverter feeding a series output circuit More

Fig. 29 Series connection method of decreasing percent harmonic current in converters More

Fig. 15 (a) Parallel resonant and (b) series resonant output networks More

Fig. 16 Three-component resonant output networks. (a) Series tuned parallel resonant. (b) Parallel tuned series resonant More

Fig. 15 Power vs. frequency curves for series and parallel output circuits More

Fig. 3(a) Superconducting transition temperature, T c , for different series of A15 compounds having the formula A 1− x B x as a function of the atomic number of the B atom. The expected T c values for Nb ∼3 Au and V ∼3 Au would be higher if stoichoimetry could be reached. Source: Ref More

Fig. 3(b) Upper critical field, H c2 (0), for different series of A15-type compounds having the formula A 3 B as a function of the atomic number of the B atom. The H c2 (0) values for stoichiometric V 3 Au, Nb 3 Au, and Nb 3 Al are expected to be higher. Note the difference in H c2 (0 More

Fig. 6 l c / l cm versus ϵ for a series of mono- or multifilamentary wires based on A15-type compounds (0.57 ≦ h ≦ 0.68). S a , order parameter for A-site atoms. Source: Ref 9 More

Fig. 14 Pinning force density as a function of reduced magnetic field for a series of bronze-processed Nb 3 Sn wire conductors. Matrix (core). Source: Ref 22 More

Fig. 8 Relationship between tensile strength and Brinell hardness for a series of inoculated gray irons from a single foundry. Open circles represent unalloyed gray iron, and closed circles represent alloy gray iron. Source: Ref 5 More

Fig. 17 Fatigue characteristics ( S-N curves) for cast and wrought 8600-series steels, quenched and tempered to the same hardness, both notched and unnotched. Moore rotating-beam tests; stress-concentration factor K = 2.2 More