Erratum

This article refers to:

Time-dependent paths, fictive temperatures and residual entropy of glass

In Philosophical Magazine, Volume 90, Issue 33, 21 November 2010, pp. 4377–4392, we published ‘Time-dependent paths, fictive temperatures and residual entropy of glass’ by G.P. Johari and D.P.B. Aji.

Owing to a misunderstanding during the production of this paper, several serious errors appeared in Table 1 in the final published version.

Table 1. T _g and T _f values of several glasses as determined from the enthalpy and Ciausius entropy limit considerations, the areas (integral values) used in determining the T _f values, the ratio of the T _f values and of the areas. Note that and were determined for samples cooled and heated at 20 K/min. and are for samples that were quenched from the melt state and aged. The as-made Pd₄₀Ni₁₀Cu₃₀P₂₀ glass and Mg₆₅Cu₂5Tb₁₀ glass were kept at ambient temperature for an unknown period. The basalt composition glass was (i) quenched and (ii) quenched and annealed, and the NRS-710 glass was Quenched.

Material	(K)	(K)	(K)	(K)	A H (J/g)	A σ (mJ/g K)	/	AH/Aσ
Pd40Ni10Cu30P20 glass	567	567	592.0	593.6	4.54	8.3	1.00	547
Mg65Cu25Tb10 glass	411.1	411.1	417.8	416.9	0.77	1.5	1.00	513
Basalt glass fiber (quenched)^(1)	912.7	913.1	1090.8	1143.6	51.68	64	1.05	807.5
	916.5^b	916.8	1101.0	1173.9	51.68	64	1.06	807.5
	903.4^c	904.2	1079.0	1117.7	51.68	64	1.04	807.5
Basalt glass fiber (aged)^(2)	912.6^a	913	1053.6	1079.1	41.14	48.3	1.03	852
	921.1^b	921.3	1078.2	1140.1	41.14	48.3	1.06	852
	903.0^c	903.8	1047.0	1067.7	41.14	48.3	1.02	852
NBS-710 fiber (quenched)^(3)	843^a	843	1148	1351	71.38	99.9	1.18	714.5
	844^b	844	1160	1463	71.38	99.9	1.26	714.5
	842^c	842	1139	1303	71.38	99.9	1.14	714.5
Notes: ^(1)Values obtained when the assumed dC p/dT for the ultraviscous liquid is taken as: ^a zero, ^b −4.33 × 10^−4 J/g K^2, and ^c 7.46 × 10^−4 J/g K. ^(2)Values obtained when the assumed dC p/dT for the ultraviscous liquid is taken as: ^a zero, ^b −9.25 × 10^−4 J/g K^2, and ^c 7.75 × 10^−4 J/g K^2. ^(3)Values obtained when the assumed dCp/dT for the ultraviscous liquid is taken as: ^a zero, ^b −8.32 × 10^−5 J/g K^2, and ^c 9.95 × 10^−5 J/g K^2.

Taylor & Francis apologise to the authors for the confusion thus caused, and welcome the opportunity to correct the record.

The correct version of Table 1 appears on the following page.