Publications

Magyar, Rudolph J.; Carpenter, John H.

Abstract not provided.

Carpenter, John H.

A new copper equation of state is developed utilizing the available experimental data in addition to recent theoretical calculations. Semi-empirical models are fit to the data and the results are tabulated in the SNL SESAME format. Comparison to other copper EOS tables are given, along with recommendations of which tables provide the best accuracy.

Carpenter, John H.; Desjarlais, Michael P.; Wills, Ann E.

Abstract not provided.

Carpenter, John H.

Abstract not provided.

Carpenter, John H.; Robinson, Allen C.; Wills, Ann E.; Debusschere, Bert D.

Abstract not provided.

Robinson, Allen C.; Carpenter, John H.; Debusschere, Bert D.

Abstract not provided.

Carpenter, John H.; Robinson, Allen C.; Debusschere, Bert D.; Wills, Ann E.

Abstract not provided.

Carpenter, John H.

Abstract not provided.

Carpenter, John H.

Abstract not provided.

Robinson, Allen C.; Petney, Sharon P.; Drake, Richard R.; Weirs, Vincent G.; Adams, Brian M.; Vigil, Dena V.; Carpenter, John H.; Garasi, Christopher J.; Wong, Michael K.; Robbins, Joshua R.; Siefert, Christopher S.; Strack, Otto E.; Wills, Ann E.; Trucano, Timothy G.; Bochev, Pavel B.; Summers, Randall M.; Stewart, James R.; Ober, Curtis C.; Rider, William J.; Haill, Thomas A.; Lemke, Raymond W.; Cochrane, Kyle C.; Desjarlais, Michael P.; Love, Edward L.; Voth, Thomas E.; Mosso, Stewart J.; Niederhaus, John H.

Abstract not provided.

Carpenter, John H.; Robinson, Allen C.; Debusschere, Bert D.; Wills, Ann E.; Drake, Richard R.; Rider, William J.

Abstract not provided.

Proposed for publication in Physical Review Letters.

Carpenter, John H.

Spreading of bacteria in a highly advective, disordered environment is examined. Predictions of super-diffusive spreading for a simplified reaction-diffusion equation are tested. Concentration profiles display anomalous growth and super-diffusive spreading. A perturbation analysis yields a crossover time between diffusive and super-diffusive behavior. The time's dependence on the convection velocity and disorder is tested. Like the simplified equation, the full linear reaction-diffusion equation displays super-diffusive spreading perpendicular to the convection. However, for mean positive growth rates the full nonlinear reaction-diffusion equation produces symmetric spreading with a Fisher wavefront, whereas net negative growth rates cause an asymmetry, with a slower wavefront velocity perpendicular to the convection.

Carpenter, John H.; Robinson, Allen C.; Debusschere, Bert D.; Wills, Ann E.

Abstract not provided.

Carpenter, John H.; Robinson, Allen C.; Debusschere, Bert D.; Wills, Ann E.

Abstract not provided.

Carpenter, John H.; Robinson, Allen C.; Debusschere, Bert D.; Wills, Ann E.

Abstract not provided.

Root, Seth R.; Cochrane, Kyle C.; Carpenter, John H.; Mattsson, Thomas M.

Abstract not provided.

Carpenter, John H.

Abstract not provided.

Robinson, Allen C.; Drake, Richard R.; Carpenter, John H.; Wills, Ann E.; Rider, William J.; Debusschere, Bert D.

Abstract not provided.

Robinson, Allen C.; Debusschere, Bert D.; Carpenter, John H.

Abstract not provided.

Robinson, Allen C.; Drake, Richard R.; Carpenter, John H.; Lemke, Raymond W.; Wills, Ann E.

Abstract not provided.

Carpenter, John H.

Abstract not provided.

Carpenter, John H.

Abstract not provided.

Carpenter, John H.; Root, Seth R.; Cochrane, Kyle C.; Flicker, Dawn G.; Mattsson, Thomas M.

Abstract not provided.

Root, Seth R.; Carpenter, John H.; Cochrane, Kyle C.; Mattsson, Thomas M.

Abstract not provided.

Root, Seth R.; Magyar, Rudolph J.; Cochrane, Kyle C.; Carpenter, John H.; Shulenburger, Luke N.; Mattsson, Thomas M.

Abstract not provided.