Table 1: Parameter values.
Parameter [units] value

Disk inner part temperature [keV] 0.5

Disk luminosity [erg s^-1] $1.5\times10^{36}$

Corona photon index 1.6

Corona emission peak [keV] 300

Disk inner radius [ $R_{\rm Sch}$ ] 50

Jet initial point (compact object RF) [ $R_{\rm Sch}$ ] 50

Jet semi-opening angle tangent 0.1

Max. ratio hot to cold lepton number 0.1

Compact object mass [ $M_{\odot}$ ] 5

Jet Lorentz factor 1.25

Jet viewing angle [ $^{\circ}$ ] 45

$q_{\rm jet/accr}$ Accel. eff. Diss. eff. Prediction

0.2 0.1 0.01 up to TeV

0.2 10^-5 0.003 up to GeV

0.04 0.1 0.1 "bright'' at 100 GeV

0.01 10^-5 0.1 up to 100 MeV

**Table 1:** Parameter values.
Parameter [units]	value
Disk inner part temperature [keV]	0.5
Disk luminosity [erg s^-1]	$1.5\times10^{36}$
Corona photon index	1.6
Corona emission peak [keV]	300
Disk inner radius [ $R_{\rm Sch}$ ]	50
Jet initial point (compact object RF) [ $R_{\rm Sch}$ ]	50
Jet semi-opening angle tangent	0.1
Max. ratio hot to cold lepton number	0.1
Compact object mass [ $M_{\odot}$ ]	5
Jet Lorentz factor	1.25
Jet viewing angle [ $^{\circ}$ ]	45

Source LaTeX | All tables | In the text

$q_{\rm jet/accr}$	Accel. eff.	Diss. eff.	Prediction
0.2	0.1	0.01	up to TeV
0.2	10^-5	0.003	up to GeV
0.04	0.1	0.1	"bright'' at 100 GeV
0.01	10^-5	0.1	up to 100 MeV