“…A number of attempts have been made to explain the existence of thermal anomalies in some of the large bright-rayed craters on the moon [Saari et al, 1966;Winter, 1966Winter, , 1967Fudali, 1966Fudali, , 1967. Several models concerning the effects of lunar surface roughness have been proposed [Bastin, 1965;Winter, 1965;Buhl et al, 1968b].…”
Recent microwave and infrared spectral observations of several of the large bright‐rayed craters on the moon suggest that the thermal anomalies in these craters are produced by large rocks, boulders, and exposed rock strata. The data for the crater Tycho can be simulated by a surface consisting of 16% loose rocks of 1‐meter size and 4% exposed rock strata.
“…A number of attempts have been made to explain the existence of thermal anomalies in some of the large bright-rayed craters on the moon [Saari et al, 1966;Winter, 1966Winter, , 1967Fudali, 1966Fudali, , 1967. Several models concerning the effects of lunar surface roughness have been proposed [Bastin, 1965;Winter, 1965;Buhl et al, 1968b].…”
Recent microwave and infrared spectral observations of several of the large bright‐rayed craters on the moon suggest that the thermal anomalies in these craters are produced by large rocks, boulders, and exposed rock strata. The data for the crater Tycho can be simulated by a surface consisting of 16% loose rocks of 1‐meter size and 4% exposed rock strata.
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