Table 4: Mass outflow rates calculated for each outflowing warm absorber phase using the parameters quoted in Table 2 (Markarian 766 does not have an outflowing warm absorber, but the ionising luminosity is listed as we use it elsewhere): object name, log ionisation parameter (log $\xi$ ; erg cm s $^{\rm -1}$ ), log 1-1000 Ryd ionising luminosity (log $L_{\rm ion}$ ; erg s $^{\rm -1}$ ), X-ray to optical spectral index ( $\alpha _{\rm ox}$ ), percentage of total momentum transfer due to Thomson scattering (% ${\dot M}_{\rm scat}$ ), percentage volume filling factor (% C_v), mass outflow rate per phase ( ${\dot M}_{\rm out}$ ; $M_\odot$ yr $^{\rm -1}$ ), mass accretion rate ( ${\dot M}_{\rm acc}$ ; $M_\odot$ yr $^{\rm -1}$ ), ratio of total mass outflow rate (summed over all phases) to mass accretion rate ( ${\dot M}_{\rm out,total}$ / ${\dot M}_{\rm acc}$ ), kinetic luminosity of outflow (log $L_{\rm KE}$ ; erg s $^{\rm -1}$ ), percentage of $L_{\rm bol}$ represented by $L_{\rm KE}$ (% of $L_{\rm bol}$ ).
Object log $\xi$ log $L_{\rm ion}$ $\alpha _{\rm ox}$ % ${\dot M}_{\rm scat}$ % C_v ${\dot M}_{\rm out}$ ${\dot M}_{\rm acc}$ ${\dot M}_{\rm out,total}$ / ${\dot M}_{\rm acc}$ log $L_{\rm KE}$ % of $L_{\rm bol}$

MR2251-178 2.9 45.5 1.24 35 7.9 0.37 0.88 3.2 39.9 0.0001

0.68 0.33 0.31 2.4 40.7 0.001

PG 0844+349 3.7 45.0 1.45 95 0.031 0.018 0.53 0.035 43.4 0.8

PG 1211+143 3.4 44.9 1.53 89 0.14 0.051 0.70 0.092 43.0 0.2

1.7 5.1 0.00072 0.013 42.4 0.06

IRAS 13349+2438 0 45.0 1.31 0.22 0.30 7.4 4.7 1.6 41.6 0.002

NGC 4593 2.61 43.7 1.15 22 1.2 0.0032 0.0058 3.2 38.2 0.0005

0.5 0.19 0.049 0.015 38.8 0.002

NGC 3783 1.1 44.1 1.28 1.9 0.63 0.28 0.079 4.3 40.7 0.01

2.3 19 1.3 0.035 39.8 0.001

2.9 50 3.8 0.026 39.7 0.001

Markarian 509 1.76 45.1 1.38 4.1 4.7 1.1 0.60 1.9 40.2 0.0004

NGC 7469 2.1 44.4 1.25 6.1 0.086 0.0080 0.044 0.18 39.2 0.0006

NGC 3516 0.78 43.6 1.44 1.1 7.2 0.50 0.018 29 39.8 0.006

NGC 5548 2.69 44.5 1.24 30 5.5 0.054 0.088 5.0 39.2 0.0003

1.98 7.0 1.6 0.11 39.8 0.001

0.4 0.18 0.15 0.27 39.9 0.001

MCG-6-30-15 1.25 43.7 0.76 1.5 6.9 0.16 0.018 9.0 39.1 0.001

2.5 19 0.06 0.0010 39.1 0.001

Markarian 766 0.7 44.1 1.02 0.51

NGC 4051 1.4 42.3 1.20 2.4 0.44 0.00080 0.0047 0.17 37.6 0.0002

Ark 564 0 45.2 1.06 0.16 1.9 23 0.042 550 41.2 0.07

2 5.1 5.9 0.71 39.7 0.002

**Table 4:** Mass outflow rates calculated for each *outflowing* warm absorber phase using the parameters quoted in Table 2 (Markarian 766 does not have an outflowing warm absorber, but the ionising luminosity is listed as we use it elsewhere): object name, log ionisation parameter (log $\xi$ ; erg cm s $^{\rm -1}$ ), log 1-1000 Ryd ionising luminosity (log $L_{\rm ion}$ ; erg s $^{\rm -1}$ ), X-ray to optical spectral index ( $\alpha _{\rm ox}$ ), percentage of total momentum transfer due to Thomson scattering (% ${\dot M}_{\rm scat}$ ), percentage volume filling factor (% C_v), mass outflow rate per phase ( ${\dot M}_{\rm out}$ ; $M_\odot$ yr $^{\rm -1}$ ), mass accretion rate ( ${\dot M}_{\rm acc}$ ; $M_\odot$ yr $^{\rm -1}$ ), ratio of total mass outflow rate (summed over all phases) to mass accretion rate ( ${\dot M}_{\rm out,total}$ / ${\dot M}_{\rm acc}$ ), kinetic luminosity of outflow (log $L_{\rm KE}$ ; erg s $^{\rm -1}$ ), percentage of $L_{\rm bol}$ represented by $L_{\rm KE}$ (% of $L_{\rm bol}$ ).
Object	log $\xi$	log $L_{\rm ion}$	$\alpha _{\rm ox}$	% ${\dot M}_{\rm scat}$	% C_v	${\dot M}_{\rm out}$	${\dot M}_{\rm acc}$	${\dot M}_{\rm out,total}$ / ${\dot M}_{\rm acc}$	log $L_{\rm KE}$	% of $L_{\rm bol}$
MR2251-178	2.9	45.5	1.24	35	7.9	0.37	0.88	3.2	39.9	0.0001
	0.68			0.33	0.31	2.4			40.7	0.001
PG 0844+349	3.7	45.0	1.45	95	0.031	0.018	0.53	0.035	43.4	0.8
PG 1211+143	3.4	44.9	1.53	89	0.14	0.051	0.70	0.092	43.0	0.2
	1.7			5.1	0.00072	0.013			42.4	0.06
IRAS 13349+2438	0	45.0	1.31	0.22	0.30	7.4	4.7	1.6	41.6	0.002
NGC 4593	2.61	43.7	1.15	22	1.2	0.0032	0.0058	3.2	38.2	0.0005
	0.5			0.19	0.049	0.015			38.8	0.002
NGC 3783	1.1	44.1	1.28	1.9	0.63	0.28	0.079	4.3	40.7	0.01
	2.3			19	1.3	0.035			39.8	0.001
	2.9			50	3.8	0.026			39.7	0.001
Markarian 509	1.76	45.1	1.38	4.1	4.7	1.1	0.60	1.9	40.2	0.0004
NGC 7469	2.1	44.4	1.25	6.1	0.086	0.0080	0.044	0.18	39.2	0.0006
NGC 3516	0.78	43.6	1.44	1.1	7.2	0.50	0.018	29	39.8	0.006
NGC 5548	2.69	44.5	1.24	30	5.5	0.054	0.088	5.0	39.2	0.0003
	1.98			7.0	1.6	0.11			39.8	0.001
	0.4			0.18	0.15	0.27			39.9	0.001
MCG-6-30-15	1.25	43.7	0.76	1.5	6.9	0.16	0.018	9.0	39.1	0.001
	2.5			19	0.06	0.0010			39.1	0.001
Markarian 766	0.7	44.1	1.02	0.51
NGC 4051	1.4	42.3	1.20	2.4	0.44	0.00080	0.0047	0.17	37.6	0.0002
Ark 564	0	45.2	1.06	0.16	1.9	23	0.042	550	41.2	0.07
	2			5.1	5.9	0.71			39.7	0.002

Source LaTeX | All tables | In the text

	1 Introduction
	2 Data and analysis
	3 Results and discussion
	4 Conclusions
	References