. 2015 May 9;75(5):204. doi: 10.1140/epjc/s10052-015-3397-6

Table 5.

The values of $χ^{2} / N_{pts}$ for the data sets included in the global fit. For the NuTeV $ν N \to μ μ X$ data, the number of degrees of freedom is quoted instead of $N_{pts}$ since smearing effects mean nearby points are highly correlated. The details of corrections to data, kinematic cuts applied and definitions of $χ^{2}$ are contained in the text

Data set	LO	NLO	NNLO
BCDMS $μ p$ $F_{2}$ [125]	162/153	176/163	173/163
BCDMS $μ d$ $F_{2}$ [19]	140/142	143/151	143/151
NMC $μ p$ $F_{2}$ [20]	141/115	132/123	123/123
NMC $μ d$ $F_{2}$ [20]	134/115	115/123	108/123
NMC $μ n / μ p$ [21]	122/137	131/148	127/148
E665 $μ p$ $F_{2}$ [22]	59/53	60/53	65/53
E665 $μ d$ $F_{2}$ [22]	52/53	52/53	60/53
SLAC $e p$ $F_{2}$ [23, 24]	21/18	31/37	31/37
SLAC $e d$ $F_{2}$ [23, 24]	13/18	30/38	26/38
NMC/BCDMS/SLAC/HERA $F_{L}$ [20, 24, 63–65, 125]	113/53	68/57	63/57
E866/NuSea $p p$ DY [88]	229/184	221/184	227/184
E866/NuSea $p d / p p$ DY [89]	29/15	11/15	11/15
NuTeV $ν N$ $F_{2}$ [29]	35/49	39/53	38/53
CHORUS $ν N$ $F_{2}$ [30]	25/37	26/42	28/42
NuTeV $ν N$ $x F_{3}$ [29]	49/42	37/42	31/42
CHORUS $ν N$ $x F_{3}$ [30]	35/28	22/28	19/28
CCFR $ν N \to μ μ X$ [31]	65/86	71/86	76/86
NuTeV $ν N \to μ μ X$ [31]	53/40	38/40	43/40
HERA $e^{+} p$ NC 820 GeV [61]	125/78	93/78	89/78
HERA $e^{+} p$ NC 920 GeV [61]	479/330	402/330	373/330
HERA $e^{-} p$ NC 920 GeV [61]	158/145	129/145	125 /145
HERA $e^{+} p$ CC [61]	41/34	34/34	32/34
HERA $e^{-} p$ CC [61]	29/34	23/34	21/34
HERA $e p$ $F_{2}^{charm}$ [62]	105 /52	72/52	82/52
H1 99–00 $e^{+} p$ incl. jets [126]	77/24	14/24	–
ZEUS incl. jets [127, 128]	140/60	45/60	–
DØ II $p \bar{p}$ incl. jets [119]	125/110	116/110	119/110
CDF II $p \bar{p}$ incl. jets [118]	78/76	63/76	59/76
CDF II $W$ asym. [66]	55/13	32/13	30/13
DØ II $W \to ν e$ asym. [67]	47/12	28/12	27/12
DØ II $W \to ν μ$ asym. [68]	16/10	19/10	21/10
DØ II $Z$ rap. [90]	34/28	16/28	16/28
CDF II $Z$ rap. [70]	95/28	36/28	40/28
ATLAS $W^{+}, W^{-}, Z$ [10]	94/30	38/30	39/30
CMS $W$ asymm $p_{T} > 35 G e V$ [9]	10/11	7/11	9/11
CMS asymm $p_{T} > 25 G e V, 30 G e V$ [77]	7/24	8/24	10/24
LHCb $Z \to e^{+} e^{-}$ [79]	76/9	13/9	20/9
LHCb $W$ asymm $p_{T} > 20 G e V$ [78]	27/10	12/10	16/10
CMS $Z \to e^{+} e^{-}$ [84]	46/35	19/35	22/35
ATLAS high-mass Drell–Yan [83]	42/13	21/13	17/13
CMS double-diff. Drell–Yan [86]	–	372/132	149/132
Tevatron, ATLAS, CMS $σ_{t \bar{t}}$ [91–97]	53/13	7/13	8/13
ATLAS jets (2.76 +7 TeV) [107, 108]	162/116	106/116	–
CMS jets (7 TeV) [106]	150/133	138/133	–
All data sets	3706/2763	3267/2996	2717/2663