Abstract
Some possible sources for differences in a.c. losses and time constants inmeasuring arrangements and their expected values in real magnetic systems are summarised: induced currents in end portions, field variations in time and space, mixed contributions from substructures and normal parts, longitudinal field effects, different loss contributions, inductive coupling of current loops. Along with uncertainties in determining the effective resistivities, all effects are important at evaluating the expected losses, time constants and discharging process in superconducting cables. The spatially changing fields and coupling of current loops seem to be the most important effects for magnet design.
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