NetFusionPower:

% Computes net fusion power.
 Assumes electron and ion temperatures are the same.

 Type NetFusionPower for a demo.
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   Form:
   [pN, pF, pB, pS] = NetFusionPower( nI, zI, tI, tE, rW, L, b, r1, r2, eEB )
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   ------
   Inputs
   ------
   nI        (1,2)  Ion densities (#/m^3)
   zI        (1,2)  Ion atomic numbers
   tI        (1,:)  Ion temperature (keV)
   tE        (1,:)  Electron temperature (keV)
   rW        (1,1)  Wall reflection
   L         (1,1)  Average Plasma Radius (m)
   b         (1,1)  Magnetic Field (T)
   r1        (1,1)  Reactant 1
   r2        (1,1)  Reactant 2
   eEB       (1,1)  Any argument means include relativistic effects
   
   -------
   Outputs
   -------
   pN         (1,:)  Net power (MW/m^3) 
   pF         (1,:)  Fusion power (MW/m^3) 
   pB         (1,:)  Bremsstrahlung power (MW/m^3) 
   pS         (1,:)  Synchrotron power (MW/m^3) 

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Children:

Common: Graphics/Plot2D
FusionPropulsion: PlasmaPhysics/AtomicNumber
FusionPropulsion: PlasmaPhysics/ReactionString
FusionPropulsion: Reactor/Bremsstrahlung
FusionPropulsion: Reactor/FusionPower
FusionPropulsion: Reactor/Synchrotron