This was a test of the diverter-type SunCell with induction heating startup versus using an overhead furnace. Induction heating is capable of nearly 100% efficiency for input electrical energy to thermal inventory of the heated object. Startup can occur safely with a single compact inexpensive IGBT in minutes versus 6 hours using the replaced 10kW furnace. During the run the input power, 1500 sccm H2, and 2 sccm O2 were constant while the argon flow was varied. Argon increases the atomic H and HOH catalyst lifetime. The fast-uprising white vapor is due to hydrino wherein hydrino gas permeates through the dome where the hydrino reaction is most intense. In the presence of metal oxide, the hydrino gas can cause polymerization to form angel-hair as shown in this video of the detonation of a Zn wire in a water vapor-air atmosphere that serves as a source of H and HOH catalyst:
https://www.youtube.com/watch?v=xueLsn-XFCc&t=18s
The angle hair is magnetic as shown in this video:
https://www.youtube.com/watch?v=Epenv-PPLJM
The EPR spectrum is reported in the 2024 Hagen Mills paper:
https://brilliantlightpower.com//pdf/General_EPR_pattern_from_molecular_hydrino_produced_in_various_reactors.pdf
General EPR pattern from molecular hydrino produced in various reactors.