Indeed, in both the TFTR and the JET devices, experiments using deuterium and tritium produced more than 10 megawatts of fusion power and essentially energy breakeven conditions in the plasma itself.
Obviously the heat transfer performances of the classic and innovative synthetic jet devices are strictly related to their impinging flow field.
The heat transfer performances have been enhanced through the design of innovative synthetic jet devices, as the twin synthetic jets device.
The chapter describes the applications and physics of the flow and heat transfer phenomena, available empirical correlations and values they predict, and numerical simulation techniques and results of impinging jet devices for heat transfer.
Another means of LTP-cellular interaction is the electric field that is generated at the effluent tip of DBD jet devices.
A representation of one potential treatment delivery system is outlined in Figure 3. DBD configuration plasma jet devices have already been fabricated and delivered via flexible optical fibres for the treatment of carcinoma, with outer diameters as fine as 60 μm [ 110].
