be planar with respect to backplate 10 or it may be bent with respect to backplate 10 at a dihydral angle theta as shown in fig2 b this plate acting in conjunction with the magnetic assembly pulls the magnetic energy from the pole pieces through the ferrous or non ferrous conduit with the fluid or fuel contained therein thus experiencing a much higher flux density needed to arrive at stochiometric combustion this increase in magnetic flux density occurs by the plate completing the magnetic circuit in fig3 the securing backplate 10 is depicted with the aforementioned formed plate the purpose of the series of backplates is to produce a gauss intensity on a fluid or fuel flowing through conduct 60 that is within the range of optimal treatment it has been proven through experimentation and commercialization of such devices that the effect of a magnetic field to produce stoichiometric combustion is non linear and that according a specific field intensity must be maintained as to provide consistent performance of such devices also fig3 can be utilized as a device for treating the air induction of any combustion device if the polarity of the magnetic field is negative with the respect to the oxygen flowing in the conduit while it is preferable to use a ferrous paramagnetic material in the construction of a backplate it should be noted that any material that is capable of modifying a magnetic field can be used diamagnetic material can modify the action of a magnetic field and consequently are also candidates for such application and an example is bismuth which has the greatest diamagnetic property of the common elements in terms of other paramagnetic.