The adsorption capacity and kinetic sorption characteristics of the composite material were estimated.
The velocities of the ejected material were estimated by tracking the material in two consecutive video frames.
Parameters characterizing the mechanical behavior of the material were estimated from planar biaxial test data, where intestinal tissue specimens were simultaneously loaded along the circumferential and longitudinal directions.
As a result, the mechanical characteristics of the material were estimated during quasi-static loading and fatigue properties were determined on the basis of tests including up to 1010 loading cycles.
In the olivine experiment, the M s values of the alteration product and starting material were estimated from the room-temperature hysteresis loops to be 3.69 and/kg and less than 0.01 Am2/kg, respectively (Fig. 3a, b, and Table 2).
The parameter surface roughness is based on wind tunnel measurements on similar surfaces, the area of loose sediment cover was estimated from photos; crust strengths and initial amount of erodible material were estimated by assuming analogies with surfaces in semi-arid regions.
