I've certainly taken your chemical advice seriously and thank you for that.
One point is that the pyrex was at atmospheric pressure or greater because there were no restrictions to flow. Reduced pressure was not responsible for the tubing collapse. The transformer power available shouldn't have been enough to cause what I observed. My disclosure has been complete as I review all my posts, and at my age and financial security I have no interest in making money on this as an invention. Also there is the frustration at being house bound with no access to a laboratory for a repeat of the reactor experiment. I'd like before leaving the scene to have someone repeat what I've observed and report sucess or failure. Then I'd rest easy. No fishing here, never liked the idea of using bait. My approach to doing experiments has always been to take varied positions relative to interpreting results.
So, to reiterate simply take a colloidal suspension of green nickelous oxide and soak into FiberFrax (alumina fibers) and stuff into an alumina cylinder with a high temp fiberoptics probe imbedded into the reactor charge. Set up the reactor with hydrogen flow and slowly heat to 830 C. There should be a sudden thermal increase when fusion initiates. Let's do it rather than endlessy talk about it.