  We report the results of ac and dc magnetic susceptibility (chi),
heat-capacity (C), isothermal magnetization and isothermal remanent
magnetization measurements on the compound, Sr3CuRhO6, crystallizing in a
K4CdCl6-derived monoclinic structure. The magnetization data reveal distinct
magnetic anomalies near 6 and 12 K with decreasing temperature (T). While the
transition below (To=) 6K appears to be of a spin-glass-type as inferred from
all the data, the one at 12 K is not typical of bulk ferromagnetism in contrast
to an earlier proposal. In the range 6 to 12 K, the dc chi obeys the
theoretically expected form for very low dc fields and the values of chi
decrease gradually with the application of higher magnetic fields, mimicking
the behavior Griffiths-phases.
