| Material.ThermodynamicState[nVs[1],nVs[2],nVs[3]] | states (from PartialInternalHeatGeneration) | | Volume thermodynamic state |
| SI.Volume[nVs[1],nVs[2],nVs[3]] | Vs (from PartialInternalHeatGeneration) | | Volumes |
| SI.Area[nVs[1] + 1,nVs[2],nVs[3]] | crossAreas_1 (from PartialInternalHeatGeneration) | | Volume cross sectional area |
| SI.Area[nVs[1],nVs[2] + 1,nVs[3]] | crossAreas_2 (from PartialInternalHeatGeneration) | | Volume cross sectional area |
| SI.Area[nVs[1],nVs[2],nVs[3] + 1] | crossAreas_3 (from PartialInternalHeatGeneration) | | Volume cross sectional area |
| SI.Length[nVs[1],nVs[2],nVs[3]] | lengths_1 (from PartialInternalHeatGeneration) | | Volume length |
| SI.Length[nVs[1],nVs[2],nVs[3]] | lengths_2 (from PartialInternalHeatGeneration) | | Volume length |
| SI.Length[nVs[1],nVs[2],nVs[3]] | lengths_3 (from PartialInternalHeatGeneration) | | Volume length |
| SI.HeatFlowRate[nVs[1],nVs[2],nVs[3]] | Q_flows (from PartialInternalHeatGeneration) | | Internal heat generated |
| SI.HeatFlowRate | Q_gen | 0 | Per volume heat generation |
| SI.HeatFlowRate[nVs[1],nVs[2],nVs[3]] | Q_gens | fill(Q_gen, nVs[1], nVs[2], nVs[3]) | if non-uniform then set Q_gens |
