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Measurements were carried out in order to investigate the temporal behaviour of temperatures in the channel axis of sparks in hydrogen in which different amounts of energy were released. It was found that with increasing energy input the temperature rises to approximately 60 000 °K . A further enhancement of temperature above this value could not be observed in spite of increasing energy dissipation. This effect can be explained by the fact that an increasing amount of the released energy is converted into expansion energy.

Untersuchung der Temperatur und der Expansion von Funkenkanälen in H 2 bei variabler Energiezufuhr