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7 Jun 2010: b 0.15 15. c 0.4 80. ka. = 100. 0.1. (1 11 1. ). =.

7 Jun 2010: where kA. and n characterise the reaction as a function of time, temperature and other. ... variables. The values of kA. and n can be obtained from experimental data by plotting.

7 Jun 2010: ξ = 1 exp{kAtn} (2)where t is the time, kA and n rate constants and ξ is given by.

7 Jun 2010: 3. 1ij ik kj. ka b c. =. = would use do loops both to perform the summation over k, and to run over all the values of i and j, setting each

7 Jun 2010: ξ = 1 exp{kaG3It4}. where ka is a constant.[40%]. END OF PAPER.

7 Jun 2010: Substituting for ψ(x) we get: A sin kaB cos ka = 0 (1). ... A sin kaB cos ka = 0 (3). Adding equations (1) and (3) gives: 2Bcos(ka) = 0.

7 Jun 2010: ξ = 1 exp{kAtn} (2). where t is the time, kA and n rate constants and ξ is given by.

30 Jun 2017: 1. 1.5Major and Minor loops. H (kA/m). B (T). Minor loop evolu<ons giving incremental permeability.

23 Nov 2019: 113] and Joubouri et al.[118] – the latter has been corrected to the Co Ka wavelengthto permit the comparison.

25 Nov 2014: Sample V ms / A m2 kg1 He / kA m1.