This article surveys the literature on the use of high-melting compounds to
form thin films. The uses of these materials are classified on the basis o
f the following scheme: low-resistance connectors, ohmic contacts, Schottky
barriers, electrooptic devices, magnetic materials, barrier layers. The se
t of properties and main parameters of films are discussed, and the most pr
omising areas for the use of films of high-melting compounds in microelectr
onics are noted. The conditions are being created for the replacement of tr
aditional metallic films by high-melting compounds.