WRF EMS MODEL RUN SUMMARY FOR ch_nest


     Scheduled Processors              WRF REAL program         WRF NMM core            
    --------------------------------------------------------------------------------

     Machine                        
       wrfpc                     :          04                       04                      

     Total Processors            :          04                       04                      
     Domain Decomposition        :        Internal                 Internal                


     Active Domains                  Domain 01                Domain 02                Domain 03               
    --------------------------------------------------------------------------------------------------------

     Domain & Run Information           
       Primary Time Step         :  28.08 Seconds            9.36 Seconds             3.11 Seconds            
       Grid dimentions (NX x NY) :  36 x 62                  64 x 82                  55 x 94                 
       Vertical Layers (NZ)      :  45                       45                       45                      
       Grid Spacing              :  13.89km                  4.63 km                  1.54 km                 
       Top of Model Atmosphere   :  50mb                     50mb                     50mb                    
       Parent Domain             :  NA                       Domain 01                Domain 02               
       Nesting Feedback          :  Feedback Off             Feedback Off             Feedback Off            

     Timing Information                                 
       Start Date                :  2012 Feb 22 18:00 UTC    2012 Feb 22 18:00 UTC    2012 Feb 23 00:00 UTC   
       End Date                  :  2012 Feb 26 18:00 UTC    2012 Feb 26 18:00 UTC    2012 Feb 25 00:00 UTC   
       Simulation Length         :  96 Hours                 96 Hours                 48 Hours                
       Boundry Update Freq       :  03 Hours                
       Restart File Interval     :  06 Hours                 06 Hours                 06 Hours                

     File Output Information           
       File Output Freq          :  01 Hour                  30 Minutes               30 Minutes              
       Output File Format        :  netCDF                   netCDF                   netCDF                  
       Adjust Ouput Times        :  Yes                      Yes                      Yes                     

     Model Physics                  
       Dynamics                  :  Non-Hydrostatic          Non-Hydrostatic          Non-Hydrostatic         
       Cumulus Scheme            :  Betts-Miller-Janjic      None                     None                    
       Microphysics Scheme       :  Thompson Double-Moment 6-Class  Thompson Double-Moment 6-Class  Thompson Double-Moment 6-Class 
       PBL Scheme                :  Mellor-Yamada-Janjic     Mellor-Yamada-Janjic     Mellor-Yamada-Janjic    
       Land Surface Scheme       :  Noah 4-Layer LSM         Noah 4-Layer LSM         Noah 4-Layer LSM        
       Number Soil Layers        :  4                        4                        4                       
       Surface Layer Physics     :  Monin-Obukhov (Janjic)   Monin-Obukhov (Janjic)   Monin-Obukhov (Janjic)  
       Long Wave Radiation       :  RRTM                     RRTM                     RRTM                    
       Short Wave Radiation      :  GFDL Short Wave Radiation  GFDL Short Wave Radiation  GFDL Short Wave Radiation 

     NMM Core Model Dynamics     
       Dynamics                  :  Non-Hydrostatic          Non-Hydrostatic          Non-Hydrostatic         
       Gravity Wave Drag         :  Off                      Off                      Off                     

       Time-Integration            
                                 :  Horizontally propagating fast-waves - Forward-backward scheme     
                                 :  Vertically propagating sound waves - Implicit scheme              
          Horizontal             :  Adams-Bashforth                                                   
          Vertical               :  Crank-Nicholson                                                   

       Advection of T, U, and V    
          Horizontal             :  Energy and enstrophy conserving, quadratic conservative, 2nd order
          Vertical               :  Quadratic conservative, 2nd Order                                 

       TKE and Moisture Adv      :  Explicit, Upstream, Flux-Corrected, Positive Definite, Conservative
       Vertical Diffusion        :  Handled by PBL and Surface Layer Schemes                          
       Lateral Diffusion         :  Smagorinsky Non-linear Approach                                   
       Divergence Damping        :  Horizontal component of divergence is damped