gas that is composed in volume of 66 66 h2 and 33 33 o2 therefore we have the anomaly of 12 3 11 2 1 gram per mole corresponding to 8 8 anomalous value of the specific weight therefore rather than the predicted 66 66 of h2 the gas contains only 60 79 of the species with 2 amu and rather than having 33 33 of o2 the gas contains only 30 39 of the species with 32 amu these measurements provide direct experimental confirmation that the hho gas is not composed of a sole mixture of h2 and o2 but has additional species moreover the gas was produced from distilled water therefore there cannot be an excess of o2 over h2 to explain the increased weight therefore the above measurement establish the presence in hho of 5 87 of h2 and 2 94 o2 bonded together into species heavier than water to be identified via mass spectroscopy adsorption research laboratory also conducted gas chromatographic scans of the hho gas reproduced in fig6 confirming most of the predicted constituents of this invention in fact the scans of fig6 confirm the presence in the hho gas of the following species here.