Multiwavelength observations of GRB 140629A - A long burst with an achromatic jet break in the optical and X-ray afterglow

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Table A.1.

Photometric observations at the GRB 140629A field at optical wavelengths.

Ins.	Band	T–T₀ (s)	Exp(s)	Mag	Err
UVOT	v	643	10	15.30	0.09
UVOT	v	817	10	15.57	0.10
UVOT	v	4219	100	17.72	0.14
UVOT	v	5654	100	18.10	0.14
UVOT	v	10 933	453	18.99	0.10
UVOT	v	23 772	93	19.75	0.40
UVOT	v	40 923	205	20.74	0.65
UVOT	v	74 215	454	> 22.2	nan
UVOT	v	91 482	6229	22.19	1.54
UVOT	v	142 800	11 769	> 22.1	nan
UVOT	v	265 545	25 697	> 23.9	nan
UVOT	v	328 350	54	> 21.9	nan
UVOT	b	569	10	15.70	0.06
UVOT	b	742	10	15.94	0.07
UVOT	b	5039	100	18.45	0.08
UVOT	b	6474	100	18.76	0.10
UVOT	b	27 297	281	20.45	0.20
UVOT	b	44 612	233	22.08	1.43
UVOT	b	56 976	3651	22.00	0.38
UVOT	b	80 901	364	22.26	0.85
UVOT	b	142 563	11 702	22.59	1.21
UVOT	b	264 961	25 578	23.41	2.01
UVOT	b	328 171	42	> 21.5	nan
UVOT	u	313	5	14.52	0.08
UVOT	u	323	5	14.57	0.08
UVOT	u	333	5	14.69	0.08
UVOT	u	343	5	14.56	0.08
UVOT	u	353	5	14.65	0.08
UVOT	u	363	5	14.77	0.08
UVOT	u	373	5	14.89	0.09
UVOT	u	383	5	14.72	0.08
UVOT	u	393	5	14.81	0.08
UVOT	u	403	5	14.77	0.08
UVOT	u	413	5	14.86	0.09
UVOT	u	423	5	14.92	0.09
UVOT	u	433	5	14.89	0.09
UVOT	u	443	5	14.96	0.09
UVOT	u	453	5	14.90	0.09
UVOT	u	463	5	15.05	0.09
UVOT	u	473	5	15.01	0.09
UVOT	u	483	5	15.13	0.10
UVOT	u	493	5	14.94	0.09
UVOT	u	503	5	15.07	0.09
UVOT	u	513	5	15.14	0.10
UVOT	u	523	5	15.12	0.10
UVOT	u	533	5	15.20	0.10
UVOT	u	543	5	15.25	0.10
UVOT	u	553	5	15.23	0.10
UVOT	u	717	10	15.44	0.08
UVOT	u	4834	100	17.74	0.08
UVOT	u	6269	100	18.27	0.10
UVOT	u	16 707	116	19.13	0.15
UVOT	u	34 925	6	> 20.3	nan
UVOT	u	56 063	3776	21.56	0.34
UVOT	u	69 374	5761	21.79	0.41
UVOT	u	86 665	6117	22.73	1.72
UVOT	u	108 800	305	> 23.1	nan
UVOT	u	142 443	11665	> 22.7	nan
UVOT	u	264 669	25515	> 23.1	nan
UVOT	u	328 082	42	> 21.6	nan
UVOT	white	101	5	15.21	0.05
UVOT	white	111	5	15.01	0.05
UVOT	white	121	5	14.89	0.05
UVOT	white	131	5	14.80	0.05
UVOT	white	141	5	14.76	0.05
UVOT	white	151	5	14.72	0.05
UVOT	white	161	5	14.56	0.05
UVOT	white	171	5	14.66	0.05
UVOT	white	181	5	14.61	0.05
UVOT	white	191	5	14.70	0.05
UVOT	white	201	5	14.77	0.05
UVOT	white	211	5	14.72	0.05
UVOT	white	221	5	14.72	0.05
UVOT	white	231	5	14.80	0.05
UVOT	white	241	5	14.70	0.05
UVOT	white	593	10	15.74	0.04
UVOT	white	767	10	16.05	0.05
UVOT	white	868	75	16.25	0.03
UVOT	white	5244	100	18.54	0.05
UVOT	white	6678	57	18.80	0.08
UVOT	white	57 887	225	21.69	0.29
UVOT	white	142 681	11 739	> 24.4	nan
UVOT	white	265 252	25 641	> 27.0	nan
UVOT	white	328 259	42	> 21.5	nan
UVOT	uvw1	692	10	17.52	0.33
UVOT	uvw1	4629	100	20.01	0.41
UVOT	uvw1	6064	100	20.71	0.68
UVOT	uvw1	15 801	450	21.39	0.60
UVOT	uvw1	34 019	450	22.02	0.96
UVOT	uvw1	51 655	5523	> 21.8	nan
UVOT	uvw1	68 467	5757	> 23.6	nan
UVOT	uvw1	85 759	5610	> 21.7	nan
UVOT	uvw1	107 894	450	21.83	1.27
UVOT	uvm2	677	10	20.05	0.86
UVOT	uvw2	628	10	18.96	0.89
OSN	V	24 852	600	19.83	0.11
OSN	V	27 020	600	19.96	0.11
OSN	V	29 186	600	20.07	0.11
OSN	V	115 713	600	22.63	0.19
OSN	V	117 851	600	22.97	0.22
OSN	V	120 677	600	23.11	0.30
OSN	I	25 781	600	18.99	0.20
OSN	I	27 944	600	19.14	0.20
OSN	I	29 931	600	19.33	0.20
OSN	I	116 628	600	22.17	0.35
OSN	I	119 433	600	22.29	0.33
OSN	I	121 592	600	22.03	0.46
OSN	R	24 537	300	18.89	0.15
OSN	R	25 469	300	18.89	0.15
OSN	R	26 393	300	19.03	0.15
OSN	R	26 706	300	19.04	0.15
OSN	R	27 632	300	19.06	0.15
OSN	R	28 557	300	19.09	0.15
OSN	R	28 871	300	19.17	0.15
OSN	R	29 798	300	19.22	0.15
OSN	R	30 723	300	19.28	0.15
OSN	R	115 404	300	21.89	0.27
OSN	R	116 320	300	21.97	0.26
OSN	R	117 235	300	22.32	0.34
OSN	R	117 543	2798	21.94	0.20
OSN	R	120 369	2130	21.90	0.22
OSN	R	376 511	5329	22.65	0.27
BOOTES	i	28 937	1200	19.57	0.18
BOOTES	i	30 413	1800	19.74	0.18
BOOTES	i	32 305	1800	19.94	0.21
BOOTES	i	34 310	1800	20.17	0.24
BOOTES	i	40 041	2100	20.51	0.30
BOOTES	i	42 288	2700	> 19.97	nan
BOOTES	i	45 521	2640	> 19.65	nan
GTC	Sloan-g	2.1 × 10⁷	140 × 3	> 24.7	nan
GTC	Sloan-r	2.1 × 10⁷	90	> 24.3	nan
GTC	Sloan-i	2.1 × 10⁷	90 × 4	> 24.6	nan
GTC	Sloan-g	8.2 × 10⁷	150 × 7	25.01	0.20
GTC	Sloan-r	8.2 × 10⁷	120 × 7	24.94	0.24
GTC	Sloan-i	8.2 × 10⁷	90 × 8	24.71	0.32
Spitzer	3.6 μm	2.9 × 10⁷	100 × 72	22.01	1.00

MASTER-net

Amur	P∖	37	10	14.26	0.06
Amur	P∖	72	10	14.48	0.06
Amur	P∖	111	20	14.06	0.08
Amur	P∖	151	30	13.78	0.13
Amur	P∖	206	40	13.86	0.11
Amur	P∖	277	50	14.15	0.07
Amur	P∖	348	60	14.61	0.06
Amur	P∖	443	80	14.70	0.07
Amur	P∖	550	100	15.05	0.13
Amur	P∖	672	120	15.23	0.17
Tunka	P∖	1156	180	16.50	0.35 (a)
Tunka	C	2725	180	16.85	0.09
Tunka	V	2924	180	17.06	0.08
Tunka	R	2968	180	16.62	0.08
Tunka	V	3172	180	17.59	0.13
Tunka	R	3218	180	16.88	0.09
Tunka	V	3426	180	17.49	0.12
Tunka	R	3471	180	16.87	0.09
Tunka	V	3691	180	17.49	0.12
Tunka	R	3737	180	17.11	0.11
Tunka	V	3941	180	17.56	0.13
Tunka	R	3987	180	16.98	0.10
Tunka	V	4188	180	17.76	0.16
Tunka	R	4233	180	17.23	0.12
Tunka	P-	4553	180	17.87	0.23
Tunka	P\|	4553	180	17.55	0.14
Tunka	P\|	4803	180	17.72	0.15
Tunka	P-	4803	180	17.79	0.22
Tunka	P-	5046	180	17.81	0.22
Tunka	P\|	5047	180	17.84	0.17
Tunka	P-	5287	180	17.92	0.24
Tunka	P\|	5289	180	17.98	0.19
Tunka	P\|	5531	180	17.90	0.17
Tunka	P-	5533	180	17.87	0.23
Tunka	P-	5778	180	18.38	0.32
Tunka	P\|	5778	180	18.29	0.23
Tunka	P\|	6023	180	18.16	0.21
Tunka	P-	6025	180	18.08	0.27
Tunka	P\|	6289	180	18.19	0.21
Tunka	P-	6293	180	18.13	0.28
Tunka	P-	6534	180	18.25	0.30
Tunka	P\|	6534	180	18.18	0.21
Tunka	P-	6775	180	18.34	0.31
Tunka	P\|	6777	180	18.41	0.25
Tunka	P\|	7016	180	18.15	0.21
Tunka	P-	7019	180	18.12	0.27
Tunka	P-	7257	180	18.07	0.27
Tunka	P\|	7258	180	18.13	0.21
Tunka	P-	7505	180	18.25	0.30
Tunka	P\|	7507	180	18.25	0.22
Tunka	P\|	7748	180	18.26	0.22
Tunka	P-	7748	180	18.45	0.34
Tunka	P-	7990	180	18.99	0.45
Tunka	P\|	7991	180	18.33	0.24
Tunka	P-	8233	180	18.34	0.31
Tunka	P\|	8234	180	18.34	0.24
Tunka	P\|	8490	180	18.37	0.24
Tunka	P-	8491	180	18.59	0.36
Tunka	P-	8733	180	18.16	0.28
Tunka	P\|	8734	180	18.23	0.22
Tunka	P-	8976	180	18.30	0.31
Tunka	P\|	8977	180	18.35	0.24
Tunka	P-	9228	180	18.43	0.33
Tunka	P\|	9229	180	18.40	0.25
Tunka	P\|	9471	180	18.50	0.26
Tunka	P-	9471	180	18.93	0.43
Tunka	P-	9711	180	18.09	0.27
Tunka	P\|	9716	180	18.59	0.28
Tunka	P\|	9952	180	18.58	0.28
Tunka	P-	9953	180	19.08	0.47
Tunka	P-	10 189	180	18.70	0.38
Tunka	P\|	10 191	180	18.78	0.31
Tunka	P-	10 431	180	19.07	0.47
Tunka	P\|	10 432	180	18.68	0.30
Tunka	P-	10 682	180	18.42	0.33
Tunka	P\|	10 684	180	18.75	0.31
Tunka	P-	10 923	180	19.21	0.50
Tunka	P\|	10 924	180	18.86	0.33
Tunka	P\|	11 175	180	18.79	0.32
Tunka	P-	11 176	180	20.13	0.75
Tunka	P-	11 431	180	18.87	0.42
Tunka	P\|	11 431	180	18.50	0.26
Tunka	P-	11 686	180	19.18	0.49
Tunka	P\|	11 688	180	19.09	0.38
Tunka	P-	11 933	180	18.62	0.37
Tunka	P\|	11 934	180	18.45	0.26
Tunka	P-	12 173	180	19.88	0.67
Tunka	P\|	12 175	180	18.57	0.28
Tunka	P-	12 412	180	18.61	0.37
Tunka	P\|	12 413	180	18.67	0.29
Tunka	P-	12 652	180	18.51	0.35
Tunka	P\|	12 654	180	18.82	0.32
Tunka	P\|	12 905	180	17.61	0.14
Tunka	P\|	13 152	180	18.32	0.23
Tunka	P-	13 394	180	18.29	0.31
Tunka	P\|	13 396	180	18.70	0.30
Tunka	P\|	13 638	180	18.87	0.33
Tunka	P\|	13 882	180	19.07	0.37
Tunka	P\|	14 119	180	18.78	0.32
Tunka	P\|	14 347	180	18.73	0.31
Tunka	P\|	14 586	180	18.50	0.26
Tunka	P\|	14 819	180	18.91	0.34
Tunka	P\|	15 059	180	20.17	0.68
Tunka	P\|	15 301	180	19.06	0.37
Tunka	P\|	15 550	180	19.81	0.56
Tunka	P\|	15 799	180	18.97	0.35
Tunka	P\|	16 057	180	19.91	0.59
Tunka	P\|	16 302	180	18.54	0.27
Tunka	P\|	16 553	180	20.11	0.66
Kislovodsk	C	22 078	1080 (b)	19.74	0.13
Kislovodsk	R	22 078	1080 (c)	19.42	0.22
Kislovodsk	C	23 985	1980 (d)	19.42	0.13
Kislovodsk	R	24 382	1800 (e)	19.19	0.22
Kislovodsk	C	26 759	1620 (f)	19.78	0.13
Kislovodsk	R	26 759	2160 (g)	19.88	0.22

Notes. No correction for galactic extinction is applied. Optical data from different telescopes. Column 1: Telescopes’ name. Column 2: filter used for observation. Column 3: the time interval between the middle of exposure and trigger time. Column 4: exposure time of observation. Column 5: photometry data for GRB 140629A. Column 6: error of the photometry data. For the UVOT observations, after 2000 s the exposure corresponds to the bin width rather than the exposure of individual images (see Sect. 3.1). Photometry data for GRB 140629A by MASTER in the polarisers and R, V, C bands. The designation C indicates white light that approximately corresponds to 0.2B+0.8R. The designation P|, P∖, P- indicate polarisers orientated at 0°, 45°, 90° to the celestial equator, respectively. The absolute fluxes can be obtained using zero points from http://master.sai.msu.ru/calibration/. All magnitudes are in Vega system except the GTC data.

^(a)

Evening sky observation.

^(b)

Coadd 6 frames.

^(c)

Coadd 6 frames.

^(d)

Coadd 11 frames.

^(e)

Coadd 10 frames.

^(f)

Coadd 9 frames.

^(g)

Coadd 12 frames.

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