Science. 1970 Oct 30;170(3957):531-3. doi: 10.1126/science.170.3957.531.
Measurements of the dissociation pressure of carbon dioxide hydrate show that this hydrate (CO(2) . 6H(2)O) is stable relative to solid CO(2) and water ice at temperatures above about 121 degrees K. Since this hydrate forms from finely divided ice and gaseous CO(2) in several hours at 150 degrees K, it is likely to be present in the martian ice cap. The ice cap can consist of water ice, water ice + CO(2) hydrate, or CO(2) hydrate + solid CO(2), but not water ice + solid CO(2).
二氧化碳水合物的离解压力测量表明,这种水合物(CO(2). 6H(2)O)在高于约 121 开尔文的温度下相对于固体 CO(2) 和冰稳定。由于这种水合物在 150 开尔文下由细分散的冰和气体 CO(2)在数小时内形成,因此它可能存在于火星冰盖中。冰盖可以由水冰、水冰+CO(2)水合物或 CO(2)水合物+固体 CO(2)组成,但不能由水冰+固体 CO(2)组成。