Obtaining of single phase Cu–Li alloy through an electrodeposition process

LAMBRI, OSVALDO; PÉREZ LANDAZÁBAL, IÑAQUI; SALVATIERRA, LUCAS; RECARTE, VICENTE; BORTOLOTTO, CARLOS; HERRERO, OSVALDO; BOLMARO, RAUL; PEÑALOZA, AUGUSTO; WÖRNER, CARLOS

MATERIALS LETTERS

Elsevier B. V.

Lugar: Amsterdam, NH; Año: 2005 vol. 59 p. 349 - 354

0167-577X

An electrodeposition process to obtain Cu–Li alloy as a function of the temperature is studied. The optimal temperature for producing sheets of a single phase of copper with lithium in solid solution, without inclusions nor voids, is determined. In fact, when the electrodeposition process is performed at a temperature of 923 K, a single phase alloy of Cu–1.4 wt.% Li with a cubic Fm3m structure with a=3.624 Å is obtained.