Equilibrium Diagram for the Nickel–Cadmium System

Nickel and its alloys

“…A review tabulating available data on various permanent magnet materials was written by Fabian [977]. Aluminum [978,979,980] Beryllium [981,982] Boron [983,984] Chromium [980,985,986,987,988,989,990] Cadmium [991] Cobalt [992] Columbium [993] Gadolinium [994,995] Gallium [996] Gold [997] Hafnium [998] Indium [999] Iron [689,992,1000,1001,1002,1003] Lead [1004,1005] Manganese [1003,1006,1007] Molybdenum [1008,1009,1010] Osmium [1011] Palladium [1012,1013,1014] Phosphorus [1015] Platinum [1016] Rhenium [1017] Ruthenium [1018] Silicon [1019,1020] Sulfur [1021] Tantalum [1022] Tin …”

Structures of NiCd6+δ(−0.32 ≤ δ ≤ 0.35) – a γ-brass related phase, and NiCd1+δ(0 ≤ δ ≤ 0.05) – a Ti2Ni type phase in the nickel–cadmium system

“…14,16 The information about NiCd was first reported by Lihl and Buhl was confirmed later by many investigators. [16][17][18] The crystal structure of NiCd is shown to be face centered cubic (cF96, g-carbide type) with a lattice parameter of 11.39(1) Å. The…”