Table 5.

Reference Correlations and Primary Data Sets for the Saturated Liquid Dynamic Viscosity of n-C₆H₁₄, n-C₈H₁₈, n-C₁₀H₂₂, and n-C₁₆H₃₄ Used for Comparison with the SLS Measurements

1st author	year of publication	technique employeda	100Ur	number of data points	AADb / %
n-C6H14
Reference correlation
Michailidou46	2013				0.5
Primary data
Oliveira47	1992	VW	0.5–2.4	3	0.2
Assael48	1991	VW	0.5	1	0.7
Berstad49	1989	OCup	1.15	6	1.0
Knapstad50	1989	OCup	0.33–0.56	7	0.3
Grigor’ev51	1988	Cap	0.9c	4	0.7
Bauer52	1984	Cap	0.3	4	0.6
Dymond53	1980	Cap	0.5	12	0.7
Dymond54	1980	FB	2	4	1.5
Agaev55	1963	Cap	1-3c	21	1.6
n-C8H18
Reference correlation
Huber13	2004				0.8
Primary data
Dymond53	1980	Cap	0.5	8	0.8
Badalyan56	1986	Cap	1	10	2.0
Knapstad50	1989	OCup	0.33–0.56	5	0.5
Keramidi57	1991	Cap	1–3d	6	3.2
Oliveira47	1992	VW	0.5–2.4	3	0.4
Harris58	1997	FB	2	5	0.4
Caudwell59	2009	VW	2	4	0.7
n-C10H22
Reference correlation
Huber13	2004				1.6
Primary data
Dymond60	1981	Cap	0.5	8	0.5
Knapstad50	1989	OCup	0.33–0.56	11	0.5
Assael61	1992	VW	0.5	6	0.5
Oliveira47	1992	VW	0.5–2.4	3	0.7
Caudwell59	2009	VW	2	4	0.2
n-C16H34
Reference correlation
Meng14	2018				0.9
Primary data
Nederbragt62	1947	Cap	N/Ae	5	1.0
Dymond53	1980	Cap	0.5	4	0.4
Dymond54	1980	FB	2	10	0.5
Wakefield63	1987	Cap	0.5	3	0.5
Wakefield64	1988	Cap	0.5	2	0.2
Tanaka65	1991	TC	2	3	1.1
Wu66	1998	Cap	0.1	4	1.0

^aCap, Capillary viscometer; FB, Falling body viscometer; OCup, Oscillating cup viscometer; TC, Torsional crystal viscometer; VW, Vibrating wire viscometer.

^bAbsolute average deviation between the literature data set and eq 2

^cUncertainties taken from Reference 46

^dUncertainties taken from Reference 13

^eUncertainties are not specified