Table 4: Characteristics of the considered processes of $\nu$ emission and numerical values used in the limits calculation.
Process "Cooling'' "Accretion''

Emitted flavors $\nu_i \bar\nu_i$ $\bar\nu_{\rm e},\nu_{\rm e}$

Energy spectrum thermal non thermal

$T_{\bar \nu_{\rm e}}$ $1\div10$ MeV $1\div10$ MeV

$k = T_{\nu_x}/T_{\bar \nu_{\rm e}}$ $1.3\div1.5$ -

$f_{\nu_{\rm e}} \equiv f_{\bar\nu_{\rm e}}$ 1/6 1/2

$f_{\nu_x}$ 1/6 0

**Table 4:** Characteristics of the considered processes of $\nu$ emission and numerical values used in the limits calculation.
Process	"Cooling''	"Accretion''
Emitted flavors	$\nu_i \bar\nu_i$	$\bar\nu_{\rm e},\nu_{\rm e}$
Energy spectrum	thermal	non thermal
$T_{\bar \nu_{\rm e}}$	$1\div10$ MeV	$1\div10$ MeV
$k = T_{\nu_x}/T_{\bar \nu_{\rm e}}$	$1.3\div1.5$	-
$f_{\nu_{\rm e}} \equiv f_{\bar\nu_{\rm e}}$	1/6	1/2
$f_{\nu_x}$	1/6	0

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