On May 4^th 2022, the seismometer on Mars observed the largest marsquake (S1222a) during its operation. One of the most specific features of S1222a is the long event duration lasting more than 8 hours from the occurrence, in addition to the clear appearance of body and surface waves. As demonstrated on Earth, by modeling a long-lasting and scattered surface wave with the radiative transfer theory, we estimated the scattering and intrinsic quality factors of Mars (Q_s and Q_i). This study especially focused on the frequency range between 0.05 - 0.09 Hz, where Q_s and Q_i have not been constrained yet. Our results revealed that Q_i = 1000 - 1500 and Q_s = 30 - 500. By summarizing the Martian Q_i and Q_s estimated so far and by comparing them with those of other celestial bodies, we found that, overall, the Martian scattering and absorption properties showed Earth-like values.