There have been many objections to how flow calorimetry has be done in the Ni/H reactor demos.
If a demo must be done using flow calorimetry, in a LENR environment when flow rates are irregular with peaks and valleys in the flow rate, where steam might appear which could be wet or dry or both, and where occasional steam based pressure excursions are possible, a highly insolated tank with sufficient capacity to buffer the irregular flow and even out the differences in the state change of the water seems like a good idea. A dedicated highly accurate flow pump could empty the insolated buffering tank at a constant rate set at the average flow rate of the system in parallel as the Ni/H reactor heats water that flows into it. http://www.coleparmer.com/Category/Metering_Pumps/4808 Is such a concept in the toolbox of the professionals that perform calorimetry? Are there any pitfalls in this idea? Is this idea an improvement over the demo procedures that have been done for the Ni/H reactors up to now?
