Variables
int	ighcn1

int	ighcn2

int	ignoth

int	ignh31

int	ignh32

int	ifhcnd

int	ifhcnc

int	ifnh3d

int	ifnh3c

int	ifnohc

int	ifnonh

int	ifnoch

int	ifnoth

int	ifhcnr

int	icnohc

int	icnonh

int	icnorb

Detailed Description

Variable Documentation

◆ icnohc

int icnohc

NO consumption by reaction HCN + NO -> products

◆ icnonh

int icnonh

NO consumption by reaction NH3 + NO -> products

◆ icnorb

int icnorb

NO consumption by "Reburning"

◆ ifhcnc

int ifhcnc

release o fHCN during heterogeneous combustion

◆ ifhcnd

int ifhcnd

release of HCN during devolatilisation

◆ ifhcnr

int ifhcnr

NO formation by "Reburning"

◆ ifnh3c

int ifnh3c

release of NH3 during heterogeneous combustion

◆ ifnh3d

int ifnh3d

release of NH3 during devolatilisation

◆ ifnoch

int ifnoch

release of NO during heterogeneous combustion

◆ ifnohc

int ifnohc

NO formation by reaction HCN + O2 -> NO + ...

◆ ifnonh

int ifnonh

NO formation by reaction NH3 + O2 -> NO + ...

◆ ifnoth

int ifnoth

thermal NO formation

◆ ighcn1

int ighcn1

conversion of HCN to NO: exp(-e1/rt)

◆ ighcn2

int ighcn2

conversion of HCN to NO: exp(-e2/rt)

◆ ignh31

int ignh31

conversion of NH3 to NO: exp(-e4/rt)

◆ ignh32

int ignh32

conversion of NH3 to NO: exp(-e5/rt)

◆ ignoth

int ignoth

thermal NO (Zel'dovitch): exp(-e3/rt)

Variables