Page 46 - Elana Freeland - Under an Ionized Sky
P. 46

barium-strontium-titanate (BaSr )TiO .
                                              x
                                                    3
                   This is the chemical process of an artificially nucleated condensation trail. In 2005, a paper
               recounting spectrometer measurements of negative-ion composition and density taken from the
               exhaust  of  a  J85-GE-5H  turbojet  at  ground  level  indicated  that  “ion  nucleation  is  a  probable
               mechanism for volatile aerosol formation.”


                     Introduction. Chemiions produced in jet engine combustion are speculated to play a role in ion-induced nucleation of
                     aerosols,  possibly  followed  by  condensation,  which  may  result  in  the  formation  of  contrails,  cirrus  clouds,  and
                     pollutants. 86

                   Kautz-Vella realized that recent plant degeneration in Norway was not so much due to the
               chemistry of non-soluble particles but to their electrochemical / optical properties, and that the
               delivery system seemed to originate from the aerosols in the jet trails overhead. Two compounds
               were most prevalent: aluminum oxide (Al O ) and barium-strontium-titanate (BaSr )TiO .
                                                                                               x
                                                                                                     3
                                                        2 3
                   The 1990 Welsbach patent named Al O  as the primary compound in aerosol spraying:
                                                       2 3
                     A method is disclosed for reducing atmospheric warming due to the greenhouse effect resulting from a greenhouse
                     gases layer. The method comprises the step of seeding the greenhouse gas layer with a quantity of tiny particles of
                     materials  characterized  by  wavelength-dependent  emissivity  or  reflectivity,  in  that  said  materials  have  high
                     emissivities in the visible and far infrared wavelength regions and low emissivity in the near infrared wavelength
                     region. Such materials can include the class of materials known as Welsbach materials. The oxides of metal, e.g.,
                     aluminum oxide, are also suitable for the purpose. The greenhouse gases layer typically extends between about seven
                     and  thirteen  kilometers  above  the  earth’s  surface.  The  seeding  of  the  stratosphere  occurs  within  this  layer.  The
                     particles suspended in the stratosphere as a result of the seeding provide a mechanism for converting the blackbody
                     radiation emitted by the earth at near infrared wavelengths into radiation in the visible and far infrared wavelength so
                     that this heat energy may be reradiated out into space, thereby reducing the global warming due to the greenhouse
                     effect. 87


                   Kautz-Vella posited that the Al O  from military afterburner technology in jets and rockets
                                                  2 3
               attaches to the membranes of trees’ tiny rootlets and blocks nutrient uptake, causing the roots to
               die. Aluminum oxide can be created in spray pyrolysis but only in the beginning phase of the
               engine  firing,  as  monocrystalline  structuring  needs  at  least  1700°C  (3092°F).  Thus  the  lion’s
               share of Al O  in the soil must be coming from afterburner technology inbuilt into an endless
                           2 3
               number of military aircraft.
                   The  second  compound  of  (BaSr )TiO   piezoelectric  crystals  is  formed  during  the  engine
                                                         3
                                                   x
               combustion process due to the presence of barium, strontium, and titanium salts in the fuel.
                   In 1996, scientist Jim Phelps of Oak Ridge National Laboratory invented a titanium-based
               (Ti) aerosol “shield” system that formed less toxic fluor-aluminum compounds, prevented ozone
               loss,  and  reduced  global  warming  by  seeding  reflective  particles  that  blocked  sunlight  while
               allowing infrared (IR) through. Unfortunately but not surprisingly, the military promptly abused
               Phelps’ invention in (BaSr )TiO .
                                              3
                                         x
                   Combined  with  barium  (Ba)  and  strontium  (St),  Ti  piezocrystals  photo-ionize  to  block
               sunlight during the day while allowing IR at night. Phelps explained:

                     The UV sprays use the same techniques to leave a spray of barium and titanium materials in the air. Plain titanium
                     dioxide is an extremely good UV blocker. This brings on the last shield system, on the very surface or Earth and on
                     the most vulnerable UV target organ. The US has arranged for titanium dioxide to be used in things like soap and
                     detergent, which leaves one covered with a film of this material. One can usually see the paint-like scum in showers
                     from the sticky titanium dioxide build up, along with calcium. This same film is all over most persons’ skin and helps
                     shield  the  skin  from  UV.  The  body  is  very  tolerant  of  titanium  and  is  not  prone  to  set  off  the  immune  system
   41   42   43   44   45   46   47   48   49   50   51