The isochronal recovery of thermal neutron damage in V was recently studied1from 6–320 K by means of resistivity changes. One interesting result was the observation of continuous recovery from 6–40 K in contrast to the spectra of discrete recovery processes seen at low temperatures for thermal neutron damage in nearly all other metals studied. The absence of recovery rate peaks in this low temperature range led to the speculation that the onset of recovery in V may occur by means of long-range interstitial migration rather than the collapse of close Frenkel pairs which is believed to initiate the recovery in most other metals. Another possibility is that close pair recovery in V occurs below 6 K. This speculation is not unreasonable, since recovery below 6 K has been observed in Au, Cd, In, and Zn.2In the case of Cd, a large recovery rate peak occurs at 5.2 K with a subpeak at 3.6 K.3In this report, we give results of an investigation which extends the recovery study of thermal neutron damage in V to 3.8 K.