. 2023 Jul 4;28(13):5211. doi: 10.3390/molecules28135211

Table 2.

Rheological parameters of CMC-based film-forming solutions were calculated at different temperatures using the power-law model.

Samples	$k_{P L}$ (Pa·s)	n	$η_{1}$ (Pa·s)	$η_{10}$ (Pa·s)	$η_{100}$ (Pa·s)	T (°C)
CMC/O-CMCh_10%	8.7973	0.5099	2.7071	2.0333	0.9783	15
CMC/O-CMCh_10%	6.8765	0.5391	1.9459	1.5886	0.8636	25
CMC/O-CMCh_10%	5.5768	0.5362	1.5683	1.2776	0.6837	35
CMC/HTCMCh_10%	9.2297	0.5082	2.9375	2.1512	1.0171	15
CMC/HTCMCh_10%	6.4761	0.5434	1.8805	1.5285	0.8260	25
CMC/HTCMCh_10%	5.2879	0.5415	1.4607	1.2248	0.6657	35
CMC/HACC_10%	11.1922	0.4578	6.2172	3.0673	1.1879	15
CMC/HACC_10%	10.1251	0.4631	5.0656	2.4074	0.9069	25
CMC/HACC_10%	5.6527	0.4937	2.8466	1.3937	0.5750	35
CMC/CNC_10%	11.5919	0.4808	3.6063	2.5182	0.8147	15
CMC/CNC_10%	8.8637	0.5168	2.5765	1.9835	1.0099	25
CMC/CNC_10%	7.1385	0.5287	1.9328	1.6053	0.8605	35
CMC/CNF_10%	8.0515	0.5042	2.7048	1.8902	0.8744	15
CMC/CNF_10%	6.8930	0.5299	2.1640	1.6343	0.8308	25
CMC/CNF_10%	5.2780	0.5327	1.5827	1.2078	0.6411	35