Table A.3:

Properties of SMGs derived from the SED modeling.

		SFR ( yr-1)				SSFR			M*/LK				AV
SMG	z	SED	UV	IR	Radio	(Gyr-1)	()	(%)	( )	()	()	(K)	(mag)	q	AGN?
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)	(11)	(12)	(13)	(14)	(15)	(16)
SMMJ030227.73+000653.5	1.408	825	7.91	713	1190	4.81	11.17	25.5	0.42	8.54	12.62	52.6	1.81	2.29	rad
SMMJ030231.81+001031.3	1.316	433	0.68	224	211	7.81	10.46	71.1	1.36	9.10	12.11	25.6	4.38	2.54	...
SMMJ030236.15+000817.1	2.435	91	4.18	1152	810	3.33	11.54	1.1	0.55	8.62	12.83	41.3	0.27	2.67	mIR,rad
SMMJ105151.69+572636.0	1.147	134	0.30	248	457	0.92	11.43	1.5	0.65	8.97	12.16	34.4	4.00	2.25	rad
SMMJ105155.47+572312.7	2.686	837	12.95	589	1110	1.91	11.49	12.5	0.66	8.90	12.54	38.7	2.29	2.24	mIR
SMMJ105158.02+571800.2	2.239	314	16.77	373	1561	0.44	11.93	0.6	0.60	9.15	12.34	33.2	1.12	1.89	rad
SMMJ105200.22+572420.2	0.689	163	0.26	118	59	0.74	11.20	4.5	1.56	8.72	11.84	33.2	2.58	2.82	...
SMMJ105201.25+572445.7	2.148	935	2.58	798	1044	3.40	11.37	18.1	0.95	9.01	12.67	45.1	2.91	2.40	mIR
SMMJ105207.49+571904.0	2.689	2195	3.81	1559	6679	1.93	11.91	12.5	1.18	8.80	12.96	45.1	2.85	1.88	rad
SMMJ105225.79+571906.4	2.372	217	18.89	329	2310	0.75	11.64	0.0	0.49	8.96	12.28	33.2	1.16	1.67	rad
SMMJ105227.58+572512.4	2.142	410	4.73	376	564	0.57	11.82	1.9	0.78	8.79	12.34	38.7	1.71	2.34	...
SMMJ105227.77+572218.2	1.956	515	1.55	447	473	0.89	11.70	4.5	1.16	9.01	12.42	33.2	2.17	2.49	...
SMMJ105230.73+572209.5	2.611	1255	45.92	975	1942	0.72	12.13	3.8	0.68	9.18	12.75	38.7	1.51	2.22	...
SMMJ105238.19+571651.1	1.852	919	21.87	659	734	4.54	11.16	28.8	0.37	8.85	12.58	38.7	2.13	2.47	...
SMMJ105238.30+572435.8	3.036	1558	7.40	1169	1921	0.69	12.23	3.9	0.85	9.04	12.83	45.1	1.86	2.30	spec
SMMJ123549.44+621536.8	2.203	237	29.23	335	1144	0.70	11.68	0.0	0.51	9.18	12.29	33.2	1.11	1.98	X,rad
SMMJ123553.26+621337.7	2.098	1460	6.05	1223	802	5.73	11.33	31.8	0.42	8.85	12.85	52.6	2.99	2.70	SB
SMMJ123555.14+620901.7	1.875	332	11.94	358	2252	0.61	11.76	1.0	0.61	8.98	12.32	33.2	1.41	1.72	X,mIR,rad
SMMJ123600.10+620253.5	2.710	3733	6.49	3066	6407	8.92	11.54	51.6	0.29	8.52	13.25	71.5	3.64	2.20	rad
SMMJ123600.15+621047.2	1.994	1449	3.04	1102	1602	2.53	11.64	15.2	0.89	9.03	12.81	38.7	2.80	2.35	SB,rad
SMMJ123606.72+621550.7	2.416	448	30.23	354	454	1.27	11.45	6.9	0.65	8.92	12.32	33.2	1.15	2.41	X,spec,mIR
SMMJ123606.85+621021.4	2.509	1291	12.59	1153	1531	1.17	11.99	5.6	0.79	9.34	12.83	33.2	1.58	2.39	X,rad
SMMJ123616.15+621513.7	2.578	968	2.91	754	1179	0.80	11.97	4.5	1.12	9.04	12.64	33.2	2.17	2.32	X
SMMJ123618.33+621550.5	1.865	339	2.20	325	1585	0.66	11.70	2.4	1.10	9.25	12.28	28.5	2.33	1.83	SB,rad
SMMJ123621.27+621708.4	1.988	330	5.65	266	1797	0.32	11.91	1.5	1.30	9.43	12.19	24.4	1.92	1.69	SB,rad
SMMJ123622.65+621629.7	2.466	1981	6.78	1438	1403	1.72	11.92	10.8	0.90	8.90	12.92	45.1	2.40	2.53	X
SMMJ123629.13+621045.8	1.013	202	0.69	176	207	0.35	11.70	1.5	1.53	9.07	12.01	24.4	2.13	2.45	X
SMMJ123632.61+620800.1	1.993	1067	17.30	973	1107	4.52	11.33	22.7	0.45	8.45	12.75	71.5	1.70	2.46	X,spec,mIR,rad
SMMJ123634.51+621241.0	1.219	309	4.49	289	901	0.64	11.66	2.4	1.06	8.93	12.23	28.5	2.16	2.02	SB,rad
SMMJ123635.59+621424.1	2.005	1921	14.81	1740	1087	7.23	11.38	37.1	0.25	8.45	13.01	71.5	2.31	2.72	X,spec,mIR
SMMJ123636.75+621156.1	0.557	11	0.94	21	24	0.69	10.47	0.8	0.67	9.36	11.08	15.2	1.04	2.44	X,spec
SMMJ123707.21+621408.1	2.484	361	4.01	338	905	0.38	11.95	1.3	0.92	8.95	12.29	33.2	1.65	2.09	X,rad
SMMJ123711.98+621325.7	1.992	371	2.50	337	658	1.72	11.29	8.0	0.61	8.64	12.29	45.1	2.30	2.23	X,rad
SMMJ123712.05+621212.3	2.914	150	4.96	247	604	0.20	12.10	0.0	1.32	9.53	12.16	24.4	1.91	2.13	X,spec,rad
SMMJ123716.01+620323.3	2.037	879	567.07	1091	1399	1.28	11.93	0.0	0.31	8.74	12.80	45.1	0.18	2.41	X,spec
SMMJ123721.87+621035.3	0.979	76	2.44	91	96	0.33	11.44	0.6	0.80	9.77	11.72	16.9	1.12	2.49	X,spec
SMMJ131201.17+424208.1	3.405	4375	37.82	3748	1992	16.26	11.36	88.3	0.18	8.14	13.34	113.3	3.08	2.79	spec
SMMJ131208.82+424129.1	1.544	787	3.75	551	560	1.75	11.50	10.9	0.74	8.70	12.51	45.1	1.99	2.51	spec
SMMJ131212.69+424422.5	2.805	2095	2.18	1470	2710	2.22	11.82	14.4	1.29	8.89	12.93	38.7	3.44	2.25	spec,rad
SMMJ131215.27+423900.9	2.565	2361	3387.93	80	1498	0.04	12.32	0.0	0.32	9.90	11.67	15.4	0.00	1.24	spec,mIR
SMMJ131222.35+423814.1	2.565	600	512.57	510	569	0.88	11.76	0.0	0.31	8.75	12.47	33.2	0.10	2.47	spec,mIR
SMMJ131225.20+424344.5	1.038	238	8.94	252	205	2.26	11.05	7.2	0.36	8.42	12.17	38.7	1.46	2.60	...
SMMJ131225.73+423941.4	1.554	742	5.47	661	5188	3.94	11.22	19.1	0.59	8.62	12.59	45.1	2.14	1.62	rad
SMMJ131228.30+424454.8	2.931	1572	16.32	1131	1482	2.43	11.67	15.3	0.61	8.30	12.82	61.3	1.75	2.40	...
SMMJ131231.07+424609.0	2.713	1212	1.42	910	966	5.13	11.25	31.8	0.66	8.70	12.72	45.1	3.95	2.49	...
SMMJ131232.31+423949.5	2.320	2457	8.41	1660	1635	1.60	12.02	10.8	0.87	8.47	12.99	61.3	2.40	2.52	mIR
SMMJ131239.14+424155.7	2.242	1271	3.75	1068	795	3.32	11.51	17.9	0.80	9.01	12.79	38.7	2.87	2.64	...
SMMJ141741.81+522823.0	1.150	948	13.50	770	274	0.75	12.01	3.8	0.72	8.48	12.65	45.1	1.28	2.97	mIR
SMMJ141742.04+523025.7	0.661	403	11.08	267	216	2.02	11.12	13.8	0.40	8.23	12.19	45.1	1.74	2.61	...
SMMJ141750.50+523101.0	2.128	343	5.31	241	808	1.91	11.10	12.5	0.66	8.58	12.15	38.7	2.29	1.99	...
SMMJ141800.40+512820.3	1.913	1999	17.45	1095	1424	0.39	12.44	3.3	0.80	8.61	12.80	52.6	0.89	2.40	...
SMMJ141802.87+523011.1	2.127	1325	10.95	1127	552	11.82	10.98	63.5	0.74	8.34	12.82	61.3	2.87	2.83	...
SMMJ141809.00+522803.8	2.712	1213	6.24	551	1641	0.33	12.23	3.3	0.83	8.64	12.51	45.1	1.09	2.04	...
SMMJ141813.54+522923.4	3.484	243	6.65	240	3967	1.16	11.31	4.2	0.60	8.86	12.15	33.2	1.35	1.30	spec,rad
SMMJ163627.94+405811.2	3.180	1332	18.32	1095	3210	6.32	11.24	34.0	0.65	8.82	12.80	45.1	2.41	2.05	spec
SMMJ163631.47+405546.9	2.283	1325	10.28	865	1646	1.77	11.69	12.5	0.96	8.94	12.70	38.7	2.62	2.24	spec
SMMJ163639.01+405635.9	1.495	250	7.51	1101	1002	6.49	11.23	4.8	0.53	8.94	12.81	32.7	1.46	2.56	mIR,rad
SMMJ163650.43+405734.5	2.378	1147	73.43	1191	4030	3.24	11.57	10.1	0.33	8.93	12.84	45.1	1.12	1.99	spec,mIR,rad
SMMJ163658.19+410523.8	2.454	1769	4.97	1485	1801	2.55	11.77	13.8	0.80	9.04	12.94	45.1	2.45	2.43	...

Table A.3: Properties of SMGs derived from the SED modeling.

		SFR ( yr-1)				SSFR			M*/LK				AV
SMG	z	SED	UV	IR	radio	(Gyr-1)	()	(%)	( )	()	()	(K)	(mag)	q	AGN?
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)	(11)	(12)	(13)	(14)	(15)	(16)
SMMJ163658.78+405728.1	1.190	129	8.41	171	274	0.56	11.49	0.9	0.59	9.13	11.10	24.4	1.14	2.31	...
SMMJ163704.34+410530.3	0.840	205	2.50	157	74	2.22	10.85	13.1	0.92	9.13	11.96	33.2	2.43	2.84	...
SMMJ163706.51+405313.8	2.374	2020	9.63	1478	1344	1.83	11.91	10.9	0.76	9.06	12.94	45.1	1.99	2.56	spec
SMMJ221724.69+001242.1	0.510	154	14.71	43	62	0.21	11.31	3.4	0.63	9.36	11.40	15.9	0.69	2.36	...
SMMJ221725.97+001238.9	3.094	2499	2.29	1935	1353	2.10	11.96	12.5	1.58	9.38	13.05	38.7	3.27	2.67	...
SMMJ221733.02+000906.0	0.926	447	0.72	381	333	0.88	11.64	4.5	1.56	9.16	12.35	33.2	2.58	2.58	...
SMMJ221733.12+001120.2	0.652	31	2.77	59	62	0.28	11.33	4.7	1.79	9.13	11.54	21.8	1.27	2.49	rad
SMMJ221733.91+001352.1	2.555	875	17.73	731	954	0.78	11.97	3.8	0.79	9.01	12.63	38.7	1.69	2.40	...
SMMJ221735.15+001537.2	3.098	594	8.51	536	1627	2.28	11.37	10.0	0.68	8.94	12.49	38.7	1.93	2.03	...
SMMJ221735.84+001558.9	3.089	1969	7.43	1668	1450	6.49	11.41	35.0	0.30	8.35	12.99	71.5	2.98	2.58	...
SMMJ221737.39+001025.1	2.614	2991	13.32	2641	2484	7.05	11.57	37.1	0.29	8.47	13.19	71.5	2.70	2.54	...
SMMJ221804.42+002154.4	2.517	1474	15.50	1239	908	6.30	11.29	33.5	0.55	8.85	12.86	52.6	2.11	2.65	mIR
SMMJ221806.77+001245.7	3.623	8825	29.59	7774	11225	20.81	11.57	109.9	0.23	8.25	13.66	113.3	3.76	2.36	rad
SMMJ030226.17+000624.5	0.080	3	0.06	2	4	0.07	10.53	0.4	1.08	8.28	10.11	11.4	0.33	2.24	rad
SMMJ030238.62+001106.3	0.276	14	0.04	36	44	59.74	8.78	113.3	0.36	8.32	11.32	25.5	4.22	2.43	spec,rad
SMMJ030244.82+000632.3	0.176	6	0.59	11	7	0.37	10.46	0.0	0.76	8.22	10.80	20.1	1.44	2.69	...
SMMJ123651.76+621221.3	0.298	6	0.12	14	7	1.02	10.13	0.9	0.98	8.91	10.90	13.3	1.93	2.79	...
mean	2.002	1065	68.35	873	1429	3.51	11.71	15.6	0.75	9.02	12.71	40.1	2.03	2.34	...
median	2.148	825	6.78	659	1087	1.72	11.54	7.2	0.68	8.91	12.58	38.7	1.99	2.40	...
std dev	0.851	1271	395.38	1066	1731	7.44	0.55	23.2	0.36	0.36	0.60	18.3	0.95	0.34	...
min	0.080	3	0.04	2	4	0.04	8.78	0.0	0.18	8.14	10.11	11.4	0.00	1.24	...
max	3.623	8825	3387.93	7774	11225	59.74	12.44	113.3	1.79	9.90	13.66	113.3	4.38	2.97	...

Notes. Column (1): SMG name. Column (2): redshift (Chapman et al. 2005). Column (3): total star formation rate (SFR) for 0.15-120  stars averaged over the last 50 Myr derived from the SED model. Column (4): SFR from UV emission interpolated from the SED template (using Kennicutt 1998). Column (5): SFR from IR emission (Column 12) used in all analysis throughout the paper (using Kennicutt 1998). Column (6): SFR from radio emission derived directly from the radio data (using Bell 2003). Column (7): specific SFR  . Column (8): stellar mass. Column (9): Ratio of the mass of gas converted to star during the recent starburst episode to the total stellar mass. There are values greater than 100%, because the starburst episode is ongoing; 0% means that non-starburst template was adopted. Column (10): stellar mass to light ratio (luminosity at rest-frame K was intepolated using the best SED model). Column (11): dust mass. Column (12): total 8-1000 m infrared luminosity. Column (13): dust temperature. Column (14): Average extinction (V-band starlight unextinguished / V-band starlight observed). Column (15): IR-radio correlation parameter (Sect. 5.4.1). Column (16): AGN flag - X: X-ray identified AGN; SB: X-ray identified starburst (Alexander et al. 2005); spec: spectroscopically identified AGN or QSO (Chapman et al. 2005); mIR: mid-IR identified AGN (Sect. 5.4.2); rad: radio datapoint is more than 3 above the starburst model (Sect. 5.4.2). The horizontal line divides the z>0.5 and z<0.5 samples.

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