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Pyrophosphate plating bath was found to be a good alternative to citrate bath for deposition of Ni–Mo amorphous alloys. The addition of wetting agents such as 2-butyne-1,4-diol and rokafenol N-10 to the pyrophosphate bath resulted in the removal of bumps, spheres and cracks from the Ni–Mo alloy surface. The plated alloy layers adhered well to Cu–Zn brass and steel, were of thickness from a fraction...
Thin, micrometre-thick layers of a new amorphous alloy, Fe Ni W, have been obtained by electrodeposition. The iron mole fraction, [Fe]/([Fe]+[Ni]), can be changed from 0 to 1, however, the best properties under constant current deposition are obtained for the mole fraction near 0.5. The key, needed properties of the Fe W and Ni W alloys were transferred to the Fe Ni W alloy, while the unwanted...
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