High-Density Polyethylene and Heat-Treated Bamboo Fiber Composites: Nonisothermal Crystallization Properties

Table 2

Nonisothermal kinetic parameters at different relative crystallization of HDPE and its composites based on the Jeziorny model.

Samples	/K/min
HDPE	2.5	2.96	0.47	2.95	0.19	1.54	0.9999
	5	3.1	1.42	26.23	0.28	1.92	0.9995
	10	2.88	1.82	65.68	0.18	1.52	0.9999
	20	2.74	2.31	202.19	0.12	1.30	0.9988
	35	2.65	2.65	446.34	0.08	1.19	0.9982
373 K BF/HDPE	2.5	3.05	0.67	4.65	0.27	1.85	0.9990
	5	2.96	1.35	22.5	0.27	1.86	0.9992
	10	2.89	1.94	87.54	0.19	1.56	0.9996
	20	2.93	2.44	275.99	0.12	1.32	0.9993
	35	2.98	2.9	795.39	0.08	1.21	0.9945
423 K BF/HDPE	2.5	3.3	0.86	7.33	0.35	2.22	0.9996
	5	2.8	1.16	14.53	0.23	1.71	0.9987
	10	2.68	1.75	56.02	0.17	1.50	0.9973
	20	2.68	2.11	128.54	0.11	1.27	0.9994
	35	2.89	2.63	422.02	0.08	1.19	0.9995
453 K BF/HDPE	2.5	2.56	0.4	2.49	0.16	1.44	0.9991
	5	2.33	0.74	5.49	0.15	1.41	0.9964
	10	3.38	2.44	273.11	0.24	1.75	0.9993
	20	3.16	2.66	455.38	0.13	1.36	0.9990
	35	2.96	2.96	911.61	0.08	1.21	0.9997