This article introduces a systemic model for rehabilitation that uses the expungement procedure, a preexisting statute, as a tool to reduce incarceration and recidivism and help probationers succeed in their reentry into mainstream society as taxpaying citizens and concomitantly alleviate the burden on taxpayers for maintaining prisoners. It culminates with a call to the African American and Hispanic communities to partner with the penal system and lawmakers to find solutions to the devastating effects of increasingly high imprisonment, recidivism, and prison reentry rates of inmates of color on children, families, and communities.

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The dynamics of unconfined, spatially developing shear layers is studied by numerical solutions of the time-dependent Euler equations using a second-order Godunov scheme. Effects of density and velocity variations between the two streams of the shear layer are studied and color graphics is used to show more clearly the entrainment process of the surrounding streams. The calculations demonstrated that the evolution of the mean flow was dominated by two-dimensional, inviscid effect.s. The I.m.s. fluctuating velocity and density profiles were found to be in good agreement with the measurements of Oster and \\'ygnanski and of Konrad, except for the peak value of the v' profile.

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