The effect of alloying with titanium and chromium on thermal conductiv
ity of low-activated vanadium alloys was studied at temperatures rangi
ng from 20 to 1000 degrees C. The thermal conductivity of the alloys i
ncreases with temperature. The alloying of vanadium with titanium lead
s to substantial decrease in thermal conductivity which does not chang
e with additional alloying with chromium. The optimal titanium and chr
omium contents providing sufficiently high thermal conductivity of the
alloys was determined.