Hi People,
Wasn't sure where to post this so here we are. I'm trying to dissociate water molecules by using high voltage and/or mechanical vibration at the molecular resonant frequency of water. I'm going to assume for the sake of simplicity the gap between the electrodes will be 1mm.
You can see the graph showing the absorption spectrum. Absorption equates to greater bending of the molecule. This is copied from this page http://www.lsbu.ac.uk/water/vibrat.html . I don't understand what is cm^-1? What is wave number? Can we use this information to extrapolate the proper pulse frequency?
Wasn't sure where to post this so here we are. I'm trying to dissociate water molecules by using high voltage and/or mechanical vibration at the molecular resonant frequency of water. I'm going to assume for the sake of simplicity the gap between the electrodes will be 1mm.
You can see the graph showing the absorption spectrum. Absorption equates to greater bending of the molecule. This is copied from this page http://www.lsbu.ac.uk/water/vibrat.html . I don't understand what is cm^-1? What is wave number? Can we use this information to extrapolate the proper pulse frequency?