{"push_id":1368312238,"size":1,"distinct_size":1,"ref":"refs/heads/master","head":"dc6157fa41676e9b648b69c278f2b0ca5db2e634","before":"e3ffafdc489376217d3624d73d3a882d7ba577cd","commits":[{"sha":"dc6157fa41676e9b648b69c278f2b0ca5db2e634","author":{"name":"jbparker","email":"65bfc62aa34dc1c926bc2a916e1f1ec392bb9933@users.noreply.github.com"},"message":"transport physics module\n\nThe transport physics module (consisting of modules physics and\nphysics_to_H) now has a first working version.  Can calculate\nneoclassical thermal diffusivities (due to ion-ion collisions in the\nbanana regime for circular concentric surfaces).  Can also add manually\ninput thermal diffusivities.  The user will primarily interact with the\nphysics_to_H module.  An example using the transport physics module has\nbeen created.","distinct":true,"url":"https://api.github.com/repos/LLNL/tango/commits/dc6157fa41676e9b648b69c278f2b0ca5db2e634"}]}
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