Method for producing X-ray photons of 0.5 MeV by means of electron annihilation radiation with a relatively low linear acceleration voltage, for the purpose of applications in medical diagnostics, non-destructive workpiece testing and, in particular, also for interacting with gravitative electrinofermions for the purpose of producing heat energy in the red-shift reactor

摘要

A new method is described for producing X-ray photons of great hardness using a low tube voltage, which method can be used for any desired conventional X applications, but especially in RV converters in their interaction with gravitinos for producing heat energy. In order to produce the X photons of E = 0.5 MeV, the e<->/p<+> process is used in this case instead of the conventional e<->/e<+> process, with the "positron which has become defective" being superfluous. p<+> protons come into collision with e<-> electrons in a vacuum vessel which is doped, for example, with hydrogen gas for proton development. Since the + charge of the proton briefly compensates for the - charge of the electron in the collision and, in consequence, the mass of the electron diffuses as a "Strobel quark" of gravitative effect, this quark is combined with the Spint e<-> charge to form a photon of 0.5 MeV and the p<+> structure of the proton remains unchanged and can continue to be used for a large number of further subsequent collisions with electrons, so that the proton budget works out very favourably. The protons are produced by ionisation of H2 in the vacuum container.