Reference: http://www.lenr-canr.org/acrobat/FocardiSevidenceof.pdf
*Evidence of electromagnetic radiation from Ni-H Systems* *Conclusion:* We have presented experimental results for photon emission observed in three different experiments performed during a preliminary preparation step of a Ni-H heat production system. In this section we briefly reconsider the main phenomena detected in all these experiments. *First experiment *A fast loading of hydrogen was observed (a typical loading is shown in Fig. 12) which involved large gas quantities. Radiation was emitted in an early time with peaks that showed low intensities for few days and extremely low intensity for 40 days. It disappeared before the beginning of energy production. No neutron emission was detected during this experiment. Moreover, excess heat was observed [11-13] that persisted for 22 days with a energy production of about 35 MJ. After the experiment, nickel samples were analysed with a Scanning Electron Microscope (SEM) to investigate morphological and elemental difference from a blank sample. The measurements were performed by using an energy dispersive X-ray system for elemental analysis. The most interesting result is shown in Fig. 13: new elements (Cr and Mn) were detected in a wide region of a sample *Second experiment *A slow loading of hydrogen was observed (a typical loading is shown in Fig. 14) which involved small gas quantities. Radiation was emitted early in the run with peaks that showed high intensities for many days, they decreased slowly and persisted for 78 days (26 in H atmosphere). No neutron emission or excess heat production were detected during this experiment. No quantitative changes were detected in surface analysis. *Third experiment *A very slow loading of hydrogen was observed which involved very small gas quantities (few tens of mbar, characteristic time of weeks). Radiation was always present with peaks that showed low intensities. A thermal excitation provoked a transient increasing in radiation emitted. A spontaneous increasing persisted for weeks. No neutron emission or excess heat production was detected during this experiment. In our opinion, these experiments show the complexity of phenomena involved in the physics of the Ni –H. *This indicates to me that the emission of radiation is caused by a cold lattice.* * * *As conjectured by Dr. Kim, the lattice must be above the curie temperature of nickel indicating a magnetic connection associated with heat production: i.e the formation of proton coherence. * * * On Fri, Dec 30, 2011 at 12:13 AM, Horace Heffner <[email protected]>wrote: > > On Dec 29, 2011, at 3:42 PM, Jones Beene wrote: > > Horace**** > ** ** > Ø Once again - there is ZERO evidence of fusion. And for that matter - > there is no evidence for any known nuclear reaction. **** > ** ** > How about the detection of gammas by Celani on start-up and shut down? > Celani is credible. The gammas admittedly could be faked. **** > ** ** > > Yes Celani is credible, but this is evidence of a startup device and > nothing more. He admits as much.**** > ** ** > ** ** > > > > I seem to recall the gammas occurred at cool down too. > > Best regards, > > Horace Heffner > http://www.mtaonline.net/~hheffner/ > > > > >
