@@ -73,27 +73,27 @@ to science codes.
7373The current pyro solvers are:
7474
7575- linear advection (including a second-order unsplit CTU scheme, a
76- method-of-lines piecewise linear solver$^\\ star$, a 4th-order
77- finite-volume scheme$^\\ star$, a WENO method$^\ \ star$, and
78- advection with a non-uniform velocity field$^\\ star$)
76+ method-of-lines piecewise linear solver$^\star$, a 4th-order
77+ finite-volume scheme$^\star$, a WENO method$^\star$, and
78+ advection with a non-uniform velocity field$^\star$)
7979
8080- compressible hydrodynamics (including a second-order unsplit CTU
81- scheme, a method-of-lines piecewise linear solver$^\\ star$, and two
81+ scheme, a method-of-lines piecewise linear solver$^\star$, and two
8282 4th-order finite-volume schemes, one with Runge-Kutta integration
8383 and the other using a spectral deferred corrections
84- method$^\\ star$)
84+ method$^\star$)
8585
8686- diffusion using a second-order implicit discretization
8787
8888- incompressible hydrodynamics using a second-order approximate
8989 projection method.
9090
91- - low Mach number atmospheric solver$^\\ star$, using an approximate
91+ - low Mach number atmospheric solver$^\star$, using an approximate
9292 projection method.
9393
94- - shallow water equations solver$^\\ star$
94+ - shallow water equations solver$^\star$
9595
96- (solvers since the first pyro paper are marked with a $^\\ star$). Also
96+ (solvers since the first pyro paper are marked with a $^\star$). Also
9797new is support for Lagrangian tracer particles, which can be added to
9898any solver that has a velocity field.
9999
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