Table 3. Open in new tab The data used...

Survey

(GHz)

Res.

(arcmin)

N_side

Calibration (per cent)

Reference

Haslam

.408

512

700

Haslam et al. (1982)

RRLs

512

Alves et al. (2012)

Reich

.420

512

140

Reich & Reich (1986)

Jonas

256

Jonas et al. (1998)

C-BASS

.76

256

King et al. (2010)

WMAP

512

.04

Bennett et al. (2013)

WMAP

512

.04

Bennett et al. (2013)

WMAP

512

.04

Bennett et al. (2013)

WMAP

512

.04

Bennett et al. (2013)

WMAP

512

.03

Bennett et al. (2013)

Planck

.65

1024

.009

Planck Collaboration I (2014)

Planck

.92

1024

.009

Planck Collaboration I (2014)

Planck

.01

1024

.008

Planck Collaboration I (2014)

Planck

143

.04

2048

.0006

Planck Collaboration I (2014)

Planck

353

.43

2048

.0003

Planck Collaboration I (2014)

Planck

545

.80

2048

.0001

Planck Collaboration I (2014)

Planck

857

.67

2048

.000 06

Planck Collaboration I (2014)

COBE-DIRBE

1249

1024

.5 MJy sr⁻¹

Hauser et al. (1998)

COBE-DIRBE

2141

1024

.8 MJy sr⁻¹

Hauser et al. (1998)

COBE-DIRBE

2997

1024

.7 MJy sr⁻¹

Hauser et al. (1998)

Derived

MEM

128

–

Bennett et al. (2013)

MCMC

–

Bennett et al. (2013)

Table 3.

Open in new tab

The data used in this paper alongside their frequency, FWHM, healpixN_side, calibration uncertainty, average thermal noise (in mK Rayleigh–Jeans unless stated otherwise) and reference. The two bottom rows are derived component separation products.

Survey	ν	(GHz)	Res.	(arcmin)	N_side	Calibration (per cent)		σ		Reference
Haslam	0	.408	51		512	10		700		Haslam et al. (1982)
RRLs	1	.4	14	.8	512	15		5		Alves et al. (2012)
Reich	1	.420	35		512	10		140		Reich & Reich (1986)
Jonas	2	.3	20	.0	256	5		30		Jonas et al. (1998)
C-BASS	4	.76	43	.8	256	5		6		King et al. (2010)
WMAP	22	.8	49		512	0	.2	0	.04	Bennett et al. (2013)
WMAP	33	.0	40		512	0	.2	0	.04	Bennett et al. (2013)
WMAP	40	.7	31		512	0	.2	0	.04	Bennett et al. (2013)
WMAP	60	.7	21		512	0	.2	0	.04	Bennett et al. (2013)
WMAP	93	.5	13		512	0	.2	0	.03	Bennett et al. (2013)
Planck	28	.4	32	.65	1024	0	.4	0	.009	Planck Collaboration I (2014)
Planck	44	.1	27	.92	1024	0	.4	0	.009	Planck Collaboration I (2014)
Planck	70	.4	13	.01	1024	0	.4	0	.008	Planck Collaboration I (2014)
Planck	143		7	.04	2048	0	.4	0	.0006	Planck Collaboration I (2014)
Planck	353		4	.43	2048	0	.4	0	.0003	Planck Collaboration I (2014)
Planck	545		3	.80	2048	7		0	.0001	Planck Collaboration I (2014)
Planck	857		3	.67	2048	7		0	.000 06	Planck Collaboration I (2014)
COBE-DIRBE	1249		37	.1	1024	13	.5	0	.5 MJy sr⁻¹	Hauser et al. (1998)
COBE-DIRBE	2141		38	.0	1024	10	.6	32	.8 MJy sr⁻¹	Hauser et al. (1998)
COBE-DIRBE	2997		38	.6	1024	11	.6	10	.7 MJy sr⁻¹	Hauser et al. (1998)
					Derived
MEM	22	.8	60		128	–		–		Bennett et al. (2013)
MCMC	22	.8	60		64	–		–		Bennett et al. (2013)

Survey	ν	(GHz)	Res.	(arcmin)	N_side	Calibration (per cent)		σ		Reference
Haslam	0	.408	51		512	10		700		Haslam et al. (1982)
RRLs	1	.4	14	.8	512	15		5		Alves et al. (2012)
Reich	1	.420	35		512	10		140		Reich & Reich (1986)
Jonas	2	.3	20	.0	256	5		30		Jonas et al. (1998)
C-BASS	4	.76	43	.8	256	5		6		King et al. (2010)
WMAP	22	.8	49		512	0	.2	0	.04	Bennett et al. (2013)
WMAP	33	.0	40		512	0	.2	0	.04	Bennett et al. (2013)
WMAP	40	.7	31		512	0	.2	0	.04	Bennett et al. (2013)
WMAP	60	.7	21		512	0	.2	0	.04	Bennett et al. (2013)
WMAP	93	.5	13		512	0	.2	0	.03	Bennett et al. (2013)
Planck	28	.4	32	.65	1024	0	.4	0	.009	Planck Collaboration I (2014)
Planck	44	.1	27	.92	1024	0	.4	0	.009	Planck Collaboration I (2014)
Planck	70	.4	13	.01	1024	0	.4	0	.008	Planck Collaboration I (2014)
Planck	143		7	.04	2048	0	.4	0	.0006	Planck Collaboration I (2014)
Planck	353		4	.43	2048	0	.4	0	.0003	Planck Collaboration I (2014)
Planck	545		3	.80	2048	7		0	.0001	Planck Collaboration I (2014)
Planck	857		3	.67	2048	7		0	.000 06	Planck Collaboration I (2014)
COBE-DIRBE	1249		37	.1	1024	13	.5	0	.5 MJy sr⁻¹	Hauser et al. (1998)
COBE-DIRBE	2141		38	.0	1024	10	.6	32	.8 MJy sr⁻¹	Hauser et al. (1998)
COBE-DIRBE	2997		38	.6	1024	11	.6	10	.7 MJy sr⁻¹	Hauser et al. (1998)
					Derived
MEM	22	.8	60		128	–		–		Bennett et al. (2013)
MCMC	22	.8	60		64	–		–		Bennett et al. (2013)

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