f2nuclear
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	EXPeriment = CERN-NA-004
	REACtion = muon C --> muon X
	Plab = 200 GeV
	Collaboration = BCDMS
	Author = Benvenuti et al
	REFerence = Zeit. Phys. C63 (1994) 29
	Additional info : The carbon structure function as measured by the BCDMS
	collaboration in 200 GeV muon-carbon deep inelastic
	scattering. The (fi)s are multiplicative factors for
	the different systematic errors by which the F2 has to
	be multiplied or divided. The meanings are listed
	after the table. The upper limits are 90% confidence
	levels. The absolute normalisation uncertainty of the
	data is smaller than 3%.

	x Q**2 F2(C) stat systematic effects
	GeV**2 /nucleon errors fr fb fs fd

	0.85 61 0.001560 0.000094 1.160 1.055 1.093 0.997
	0.85 85 0.001260 0.000069 1.096 1.036 1.068 0.999
	0.85 150 0.001090 0.000078 1.060 1.010 1.043 0.999

	0.95 61 0.000266 0.000023 1.240 1.110 1.140 0.997
	0.95 85 0.000258 0.000019 1.163 1.075 1.102 0.999
	0.95 150 0.000261 0.000028 1.105 1.022 1.070 0.999

	1.05 61 0.0000641 0.0000074 1.320 1.202 1.203 0.998
	1.05 85 0.0000478 0.0000052 1.238 1.137 1.149 0.999
	1.05 150 0.0000458 0.0000051 1.176 1.046 1.109 0.999

	1.15 61 <0.0000270
	1.15 85 <0.0000151
	1.15 150 <0.0000223

	1.30 61 <0.0000069
	1.30 85 <0.0000054
	1.30 150 <0.0000038

	fr - effect of systematic uncertainty in the detector resolution.
	fb - effect of systematic uncertainty in the beam energy.
	fs - effect of systematic uncertainty in the spectrometer magnetic field.
	fd - effect of systematic uncertainty in the detector efficiences.

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