**Table 2:** General properties of 54 events XRRs/XRFs: Time UT of the burst trigger, instrument of the observation, fluences in $10^{-7}~{\rm erg~cm}^{-2}$ in the energy range 30-400 keV (S[30, 400]), 2-30 keV (S[2, 30]), 40-700 keV (S[40, 700]) and 2-10 keV (S[2, 10]).
Events	Time UT	Instruments	S[30,400]	S[2,30]	S[40,700]	S[2,10]	Ref
XRF 971019		WFC/BATSE off-line					(1)
XRR 971024		WFC/BATSE off-line					(1)
XRR 980128		WFC/BATSE off-line					(1)
XRR 980306		WFC/BATSE off-line					(1)
XRF 981226	26.41	GRBM,WFC			4 $\pm$ 1	5.7 $\pm$ 1.0	(2)
XRF 990520	20.09	WFC/BATSE off-line			8 $\pm$ 3(12)		(1)
XRF 990526		WFC/BATSE off-line					(1)
XRF 990704	4.73	GRBM, WFC			10 $\pm$ 1	15.0 $\pm$ 0.8	(3)
XRR 991106	6.45	GRBM,WFC			<1.2		(4)
XRF 000206		WFC/BATSE off-line					(1)
XRR 000208		WFC/BATSE off-line					(1)
XRF 000416		WFC/BATSE off-line			2.9 $\pm$ 0.3(12)		(1)
XRF 000615		GRBM,WFC			9.8 $\pm$ 0.9	17 $\pm$ 1	(5)
XRF 010213	13.53	FREGATE,WXM	$\rm0.69^{+0.58}_{-0.32}$	$7.9\pm0.3$			(6)
XRF 010225		FREGATE,WXM	$\rm 2.4^{+1.7}_{-0.9}$	$3.5\pm0.4$			(6)
XRR 010326B	26.36	FREGATE,WXM	$\rm 3.2^{+0.9}_{-0.8}$	$2.4\pm0.3$			(6)
XRR 010613	13.32	FREGATE,WXM	$228\pm13$	$102\pm7$			(6)
XRR 010629	29.52	FREGATE,WXM	$29\pm3$	$25\pm2$			(6)
XRR 010921	21.22	FREGATE,WXM	$\rm 113^{+9}_{-8}$	$72\pm3$			(6)
XRF 011019	19.36	FREGATE,WXM	$\rm 1.1^{+1.4}_{-0.7}$	$3.0\pm0.6$			(6)
XRR 011030	30.27	WFC				1.2(13)	(7)
XRR 011103		FREGATE,WXM	$\rm 6^{+9}_{-3}$	$\rm 3.3^{+0.8}_{-0.7}$			(6)
XRF 011130	30.26	FREGATE,WXM	$\rm0.98^{+1.17}_{-0.62}$	$5.9\pm0.1$			(6)
XRR 011211	11.88	GRBM, WFC			37 $\pm$ 4	11 $\pm$ 1	(8)
XRF 011212	12.17	FREGATE, WXM	$\rm 3.4^{+2.5}_{-1.7}$	$4.2\pm0.6$			(6)
XRR 020124	24.45	FREGATE,WXM	$\rm 61^{+9}_{-8}$	$20\pm1$			(6)
XRR 020127	27.87	FREGATE,WXM	$\rm 21^{+5}_{-4}$	$6.7\pm0.5$			(6)
XRF 020317	17.76	FREGATE,WXM	$\rm 1.3^{+0.9}_{-0.6}$	$2.2\pm0.4$			(6)
XRR 020410	30.27	WFC, KONUS(WIND)			$\sim$ 290	>47	(9)
XRF 020427	27.18	WFC			<2.9	37 $\pm$ 0.3	(10)
XRF 020625	25.48	FREGATE,WXM	$\rm0.12^{+0.35}_{-0.11}$	$\rm 2.4^{+0.6}_{-0.5}$			(6)
XRR 020812	12.45	FREGATE,WXM	$\rm 19^{+8}_{-6}$	$7.9\pm1.1$			(6)
XRR 020819	19.62	FREGATE,WXM,SXC	$\rm 63^{+8}_{-9}$	$25\pm1$			(6)
XRF 020903	3.42	FREGATE,WXM,SXC	$\rm0.16^{+0.44}_{-0.14}$	$\rm0.83^{+0.28}_{-0.24}$			(6)
XRR 021004	4.50	FREGATE,WXM,SXC	$\rm 18^{+7}_{-5}$	$7.7\pm0.7$			(6)
XRF 021021	21.78	FREGATE,WXM	$\rm0.62^{+1.07}_{-0.49}$	$2.5\pm0.6$			(6)
XRF 021104	4.29	FREGATE,WXM	$\rm 6.1^{+4.4}_{-2.7}$	$10\pm2$			(6)
XRR 021112	12.15	FREGATE,WXM	$\rm 2.1^{+1.1}_{-0.9}$	$1.3\pm0.3$			(6)
XRR 021211	11.47	FREGATE,WXM,SXC	$\rm 23.71^{+2.03}_{-2.01}$	$11.6\pm0.3$			(6)
XRR 030115	15.14	FREGATE,WXM,SXC	$\rm 15^{+4}_{-3}$	$7.9\pm0.6$			(6)
XRR 030323	23.92	FREGATE,WXM,SXC	$\rm 8.9^{+3.8}_{-3.5}$	$\rm 3.4^{+1.3}_{-1.2}$			(6)
XRR 030324	24.13	FREGATE,WXM	$13\pm3$	$\rm 5.5^{+0.4}_{-0.5}$			(6)
XRR 030329	29.48	FREGATE,WXM,SXC	$\rm 1076^{+13}_{-14}$	$553\pm3$			(6)
XRF 030416	16.46	FREGATE off-line,WXM	$\rm 3.7^{+1.9}_{-1.4}$	$9.0\pm0.9$			(6)
XRR 030418	18.42	FREGATE,WXM	$\rm 17^{+7}_{-5}$	$17\pm1$			(6)
XRF 030429	29.41	FREGATE,WXM,SXC	$\rm 3.8^{+1.4}_{-1.2}$	$4.7\pm0.5$			(6)
XRF 030528	28.55	FREGATE,WXM	$56\pm7$	$63\pm3$			(6)
XRF 030723	23.27	FREGATE,WXM,SXC	$\rm0.38^{+5.56}_{-0.33}$	$2.8\pm0.5$			(6)
XRR 030725	25.49	FREGATE,WXM	$167\pm10$	$94\pm2$			(6)
XRR 030821	21.23	FREGATE,WXM	$\rm 28^{+3}_{-2}$	$10\pm0.6$			(6)
XRF 030823	23.37	FREGATE,WXM,SXC	$13\pm4$	$23\pm2$			(6)
XRF 030824	24.70	FREGATE,WXM	$\rm 5.8^{+2.4}_{-1.9}$	$8.9\pm1.1$			(6)
XRF 031109B	19.07	FREGATE,WXM					(11)
XRR 031220	20.15	FREGATE,WXM,SXC					(11)

(1): Kippen et al. (2003), (2): Frontera et al. (2000), (3): Feroci et al. (2001), (4): Gandolfi et al. (1999), (5): Maiorano et al. (2004), (6): Sakamoto et al. (2005), (7): Galli & Piro (2005), (8): Piro et al. (2005), (9): Nicastro et al. (2004), (10): Amati et al. (2004), (11): http:space.mit = http:space.mit.edu/HETE/BURST, (12): fluence between 50-300 keV, (13): fluence between 2-28 keV.

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