Abstract:
Now gas hydrates are considered as potential
sources of hydrocarbons. Methods of mathematical physics
investigate the system of mass and power balances describing
dynamics of fluids: joint movement of free hydrates, water, gas
and their power interoperability with a stationary skeleton. As a
result the initial boundary value problem is split on the core
dissipation equation of the hydrates theory, defining
"thermodynamic" evolution of system parameters, and a
saturations part describing "hyperbolic" movement of
environment, saturations by hydrate and fluids.