NAM_BU_RRR

NAM_BU_RRR content
Fortran name	Fortran type	Default value
LBU_RRR	LOGICAL	.FALSE.
CBULIST_RRR	ARRAY(CHARACTER)

Note

Description of the names to be used for the different source terms in the CBULIST_RRR array and the conditions of their availability:

Source terms (except water microphysical schemes)

Name	Description	Condition(s)
ALL	all available source terms (separated, water microphysics included)	no condition
ASSE	time filter (Asselin)	CUVW_ADV_SCHEME(1:3)=’CEN’ and CTEMP_SCHEME=’LEFR’
NEST	nesting	NMODEL>1
VISC	viscosity	LVISC=T and LVISC_R=T
ADV	total advection	no condition
FRC	forcing	LFORCING=T
DIF	numerical diffusion	LNUMDIFTH=T
REL	relaxation	LHORELAX_RR=T

Name	Description	Condition(s)
SEDI	sedimentation of rain drops	NMOM_C>=1 and NMOM_R>=1
AUTO	autoconversion into rain	LPTSPLIT=T or (NMOM_C>=1 and NMOM_R>=1)
ACCR	accretion of cloud droplets	LPTSPLIT=T or (NMOM_C>=1 and NMOM_R>=1)
REVA	rain evaporation	LPTSPLIT=T or (NMOM_C>=1 and NMOM_R>=1)
HONR	rain homogeneous freezing	LPTSPLIT=T or (NMOM_I>=1 and NMOM_C>=1 and LNUCL=T and NMOM_R>=1)
ACC	accretion of rain on aggregates	LPTSPLIT=T or (NMOM_I>=1 and NMOM_C>=1 and NMOM_S>=1 and NMOM_R>=1)
CFRZ	conversion freezing of rain	LPTSPLIT=T or (NMOM_I>=1 and NMOM_C>=1 and NMOM_S>=1)
WETG	wet growth of graupel	LPTSPLIT=T or (NMOM_I>=1 and NMOM_C>=1 and NMOM_S>=1)
DRYG	dry growth of graupel	LPTSPLIT=T or (NMOM_I>=1 and NMOM_C>=1 and NMOM_S>=1)
GMLT	graupel melting	LPTSPLIT=T or (NMOM_I>=1 and NMOM_C>=1 and NMOM_S>=1)
CVRC	rain to cloud change after other microphysical processes	LPTSPLIT=T
HMLT	melting of hail	LPTSPLIT=T or (NMOM_H>=1 and NMOM_I>=1 and NMOM_C>=1 and NMOM_S>=1)
WETH	wet growth of hail	LPTSPLIT=T or (NMOM_H>=1 and NMOM_I>=1 and NMOM_C>=1 and NMOM_S>=1)
R2C1	rain to cloud change after sedimentation	LPTSPLIT=T and NMOM_C>=1 and NMOM_R>=1
NEGA	negativity correction	no condition
NETUR	negativity correction induced by turbulence	CTURB=’TKEL’
NEADV	negativity correction induced by advection	no condition
NECON	negativity correction induced by condensation	no condition
CORR2	supplementary correction inside LIMA splitting	LPTSPLIT=T

Name	Description	Condition(s)
SEDI	sedimentation of rain drops	no condition
AUTO	autoconversion into rain	NMOM_C>=1
ACCR	accretion of cloud droplets	NMOM_C>=1
REVA	rain evaporation	NMOM_C>=1
ACC	accretion of rain on aggregates	no condition
CMEL	collection of droplets by snow and conversion into rain	LRED=T and CELEC/=’ELE3’
CFRZ	conversion freezing of rain	no condition
WETG	wet growth of graupel	no condition
DRYG	dry growth of graupel	no condition
GMLT	graupel melting	no condition
WETH	wet growth of hail	CCLOUD=’ICE4’
DRYH	dry growth of hail	CCLOUD=’ICE4’ and LRED=T and CELEC=’NONE’
HMLT	melting of hail	CCLOUD=’ICE4’
SFR	spontaneous freezing	no condition
CORR	correction	LRED=T and CELEC/=’ELE3’
NEGA	negativity correction	no condition
NEADV	negativity correction induced by advection	no condition
NECON	negativity correction induced by condensation	no condition

Name	Description	Condition(s)
SEDI	sedimentation of rain drops	no condition
AUTO	autoconversion into rain	NMOM_R>=1
ACCR	accretion of cloud droplets	NMOM_R>=1
REVA	rain evaporation	NMOM_R>=1
NEGA	negativity correction	no condition
NETUR	negativity correction induced by turbulence	CTURB=’TKEL’
NEADV	negativity correction induced by advection	no condition
NECON	negativity correction induced by condensation	no condition

Name	Description	Condition(s)
SEDI	sedimentation of rain drops	no condition
AUTO	autoconversion into rain	no condition
ACCR	accretion of cloud droplets	no condition
REVA	rain evaporation	no condition
NEGA	negativity correction	no condition
NEADV	negativity correction induced by advection	no condition
NECON	negativity correction induced by condensation	no condition