@inproceedings{Oconnell2007DynamicsOS, title={Dynamics of Submergence and Uplift of a Sedimentary Basin Underlain by a Phase-Change Boundary}, author={R J O'connell and WASSr}, year={2007} }

- Published 2007

where l(t) is the lag of the phase boundary behind the transient equilibrium position. Numerically precise integrals of this equation are given for different time regimes by use of certain approximations for the temperature field that determine dl/dt. Solutions are demonstrated that are attenuated, explosive, or near periodic, depending on the physical… CONTINUE READING

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