Scaling Model of Low-Temperature Transport Properties for Molecular and Ionic Liquids

Table 4

Percentage contribution of molecular-based mechanism into the transport of heat (%, (29)) and momentum (%, (30)).

(a)

Argon			Nitrogen			Ethylene
, K	, %	, %	, K	, %	, %	, K	, %	, %
83,804	26,00	73,45	63,16	33,91	72,32	104	39,43	70,28
84	25,96	73,46	64	33,77	72,52	110	39,80	71,02
85	25,73	73,50	66	33,38	72,94	120	40,25	72,30
86	25,48	73,54	68	32,91	73,31	130	40,46	73,40
87	25,22	73,57	70	32,37	73,63	140	40,43	74,29
88	24,95	73,60	72	31,73	73,90	150	40,11	74,97
			74	30,99	74,13	160	39,45	75,45
			76	30,13	74,31	169,13	38,47	75,74
			77,35	29,48	74,42

(b)

[bmim][BF4]			[bmim][PF6]			[pmmim][Tf2N]
, K	, %	, %	, K	, %	, %	, K	, %	, %
290	71,52	20,87	290	72,49	14,37	290	77,97	9,95
300	71,90	23,80	300	72,81	17,04	300	78,50	12,57
310	72,25	26,82	310	73,12	19,89	310	79,00	15,52
320	72,59	29,86	320	73,40	22,85	320	79,48	18,74
330	72,91	32,89	330	73,67	25,88	330	79,93	22,18
340	73,21	35,86	340	73,91	28,93	340	80,36	25,77
350	73,50	38,75	350	74,14	31,96	350	80,78	29,43
360	73,77	41,53	360	74,35	34,94	360	81,17	33,09
370	74,03	44,19	370	74,54	37,83	370	81,54	36,70