Dear Sir or Madam,
As I known, the potential temperature tendency term (∂θ/∂t) include these term:
∂θ/∂t = - V·∇θ +h_diabatic +RTHCUTEN +RTHSHTEN +RTHRATEN +RTHBLTEN （1）
RTHFTEN : the total advective temperature tendency
"h_diabatic": this is from microphsics scheme
"RTHCUTEN": this is from cumulus scheme
"RTHSHTEN": this is from shallow convection
"RTHRATEN": this is from radaition
"RTHBLTEN": this is from boundary layer
My question is： 1. Does this equation right？
2.Does RTHFTEN = - V·∇θ ？
3.The RTHFTEN is only defined when a few cumulus scheme is used. Does this means in other cumulus scheme, the RTHFTEN is equal to 0. ?
4. Is there a paper I can quote for this equation?
As I known, the potential temperature tendency term (∂θ/∂t) include these term:
∂θ/∂t = - V·∇θ +h_diabatic +RTHCUTEN +RTHSHTEN +RTHRATEN +RTHBLTEN （1）
RTHFTEN : the total advective temperature tendency
"h_diabatic": this is from microphsics scheme
"RTHCUTEN": this is from cumulus scheme
"RTHSHTEN": this is from shallow convection
"RTHRATEN": this is from radaition
"RTHBLTEN": this is from boundary layer
My question is： 1. Does this equation right？
2.Does RTHFTEN = - V·∇θ ？
3.The RTHFTEN is only defined when a few cumulus scheme is used. Does this means in other cumulus scheme, the RTHFTEN is equal to 0. ?
4. Is there a paper I can quote for this equation?
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